Top 10 Asian Countries Powering Quantum Computing Startups in 2025

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea

• Startups: QRT, Korea Quantum Computing
• Funding: $1.2 billion in government grants till 2030
• Edge: Known for photonic quantum processors.

5. Singapore

• Startups: Horizon Quantum, SpeQtral
• Backing: $300M+ from SGInnovate and global VCs
• Specialty: Secure satellite-based quantum communication.

6. Taiwan

• Startups: Taiwan Quantum, TQIC (Taiwan Quantum Innovation Center)
• Highlights: Focus on hardware-software co-design
• Support: Backed by Academia Sinica & government R&D funds.

7. Israel (Asian region adjacent)

• Startups: Quantum Machines, Classiq
• Global Reach: Collaborating with India and Japan
• Edge: Scalable quantum orchestration platforms.

8. UAE

• Startups: Qureca (partnered with UAE labs), Dubai Quantum Center
• Drive: $500M sovereign investment into quantum education and commercialization.

9. Malaysia

• Programs: MyQAS (Malaysia Quantum Applied Science)
• Developments: Emerging quantum education initiatives with AI crossover.

10. Thailand

• New Entrants: Chula Quantum, ThaiQ
• Focus: Hybrid models combining AI, ML, and quantum computing.

---

🔍 How Much Should You Invest in a Quantum Startup?

Quantum computing is capital-intensive. A basic prototype and simulation environment can cost $500,000 to $2 million. Scaling hardware-based quantum processors often exceeds $10 million+ depending on complexity and qubit architecture. However, software-focused quantum startups (like QunaSys or BosonQ Psi) offer leaner investment routes, starting from $250,000 with strategic cloud partnerships.

---

🚀 The Future of Quantum Computing in Asia: 2035 Outlook

Asia is forecasted to own over 40% of the global quantum market share by 2035, driven by deep talent pools, sovereign investment, and real-world applications in finance, health tech, logistics, and defense.
Expect AI-quantum convergence, enhanced cryptography, and quantum SaaS models to reshape how startups raise capital, go to market, and scale.

---

🤖 FAQs on Quantum Computing Startups in Asia

Q1: What is the salary in quantum computing jobs?

Quantum engineers and scientists in Asia earn between $60,000 to $200,000/year, depending on location, experience, and specialization (hardware vs. software).

Q2: How do I start a quantum computing startup in Asia?

Build a strong academic foundation (physics/CS), secure grants (like India’s NQM or Singapore’s SGInnovate), and explore open-source quantum SDKs like Qiskit and Cirq to prototype.

Q3: What are the key tools used in quantum computing?

• IBM Qiskit
• Google Cirq
• Microsoft Azure Quantum
• Honeywell’s H-System
• Xanadu’s Strawberry Fields (for photonic quantum)

---

Conclusion: Quantum Asia Is Just Getting Started

The quantum race in Asia is not just about hardware supremacy—it’s about real-world application, global partnerships, and long-term vision. Countries like China, Japan, and India are fueling massive growth, while emerging nations are embracing it through education and niche services.

For startup founders, investors, or tech enthusiasts, quantum computing is no longer theoretical it’s operational.

As Asia cements its status as a global tech powerhouse, quantum computing is no longer just a futuristic concept it’s becoming a competitive battleground for innovation and economic dominance. Countries like China, Japan, India, and South Korea are not just investing but commercializing quantum technologies through aggressive startup growth, national initiatives, and strategic partnerships.

Want to see how robotics and EVs are also reshaping Asia’s startup space? Dive deeper with:

• How East Asia’s Robotics Startups Are Automating the Future of Manufacturing
• Tesla Model Y Launches as First Tesla Car in India

Stay Ahead. Stay Informed. Read More at BestStartup.Asia

---

Quantum Computing Startups Are Taking Over Asia in 2025

Quantum computing startups in Asia are gaining rapid momentum in 2025 as countries across the region race to claim dominance in next-gen computation. With quantum technology promising exponential boosts in processing power, security, and AI integration, governments and private sectors are aggressively investing in this future-shaping tech.

While the West focuses on hardware giants like IBM and Rigetti, Asia is quietly building a quantum revolution with startups and research labs transforming concepts into scalable, profitable ventures. Let’s break down how the top 10 countries in Asia are leading this charge—and which startups you should be watching.

---

🌏 Top 10 Asian Countries Leading Quantum Computing Startups in 2025

1. China

• Startups: Origin Quantum, SpinQ Technology
• Investment: Over $15 billion (government + private)
• Notable Growth: Origin Quantum launched a 24-qubit processor in 2024.

2. Japan

• Startups: QunaSys, Fixstars
• Funding: ~$3.5 billion cumulative investment
• Highlight: QunaSys works with cloud platforms and aims at quantum drug discovery.

3. India

• Startups: BosonQ Psi, Qulabs.ai
• Investments: ₹8,000 crores ($1B+) under National Quantum Mission
• Focus: Quantum for aerospace and simulation-driven engineering.

4. South Korea