Jeff Bezos launched Project Prometheus, an eye-popping $6.2 billion AI startup built to change how machines work in the real world. The company quickly hired over 100 top engineers from giants like OpenAI and DeepMind. Prometheus wants robots to fix factories, keep machines running smoothly, and even help design rockets. Bezos and his co-CEO Vik Bajaj are leading the project with huge funding and big plans. Their goal is to make smart robots that understand real-life things, which could totally transform factories and space travel.

Bezos' Project Prometheus Launches With $6.2B for Physical AI

Jeff Bezos Launches Project Prometheus, a $6.2 billion AI startup for the physical world, has stunned the sector with an unprecedented opening war chest and a high-profile talent raid. The company went public on 18 November 2025 and confirmed that it had already hired more than 100 engineers from OpenAI, DeepMind, and Meta.

Project Prometheus signals a power shift in industrial AI. Its mission is to move beyond text models and build systems that understand factories, supply chains, and even spacecraft.

Funding and Leadership: $6.2 Billion and Two CEOs

Prometheus opened its books with a colossal $6.2 billion in capital, a figure verified by a detailed New Atlas report. Jeff Bezos is sharing the corner office with physicist-entrepreneur Vik Bajaj, whose résumé spans Google X, Verily, and biotech incubator Foresite Labs. According to Data Center Dynamics, the stealthy firm has yet to name outside lead investors, though insiders confirm Bezos is a principal backer.

Jeff Bezos Launches Project Prometheus: Key Objectives

The startup concentrates on three industrial pillars:

• Adaptive robotics for manufacturing lines that reconfigure themselves in minutes.
• Predictive maintenance models that reduce equipment downtime by up to 30 percent, based on internal prototype tests.
• Aerospace simulation tools that speed composite-material design for next-generation launch vehicles.

Bajaj will steer research that blends large world models with high-fidelity sensor data. His background in health-tech and machine learning positions him to guide Prometheus from lab demos to factory floors.

Talent Magnet and Technical Roadmap

Recruitment has become an arms race. A piece in tech outlet VKTR notes that Prometheus offers compensation packages rivaling top Silicon Valley labs and is building a compute cluster rumored to exceed 30,000 GPUs. Early staff are already prototyping robots that can climb stairs, identify faults in conveyor belts, and swap grippers without human intervention.

Prometheus divides development into phased sprints:
1. Build foundational world models that learn physics and materials properties.
2. Integrate models with robotic platforms for dynamic task allocation.
3. Deploy pilot systems inside partner factories and logistics hubs by late 2027.

Why the Physical World Matters

Industrial processes account for almost 23 percent of global GDP. Current large language models excel at code and text but struggle with torque limits or thermal stress equations. Prometheus aims to fill that gap by coupling simulation with real-time feedback. If successful, the company could reshape manufacturing efficiency, aerospace design cycles, and even climate-tech solutions that depend on rapid prototyping.

The startup remains tight-lipped about its headquarters and first commercial customer. Yet, with billions in the bank, marquee leadership, and a clear focus on world-changing hardware, Project Prometheus has placed a bold bet on the next frontier of artificial intelligence.

Jeff Bezos Launches Project Prometheus, a $6.2 billion AI startup for the physical world, has stunned the sector with an unprecedented opening war chest and a high-profile talent raid. The company went public on 18 November 2025 and confirmed that it had already hired more than 100 engineers from OpenAI, DeepMind, and Meta.

Project Prometheus signals a power shift in industrial AI. Its mission is to move beyond text models and build systems that understand factories, supply chains, and even spacecraft.

Funding and Leadership: $6.2 Billion and Two CEOs

Prometheus opened its books with a colossal $6.2 billion in capital, a figure verified by a detailed New Atlas report. Jeff Bezos is sharing the corner office with physicist-entrepreneur Vik Bajaj, whose résumé spans Google X, Verily, and biotech incubator Foresite Labs. According to Data Center Dynamics, the stealthy firm has yet to name outside lead investors, though insiders confirm Bezos is a principal backer.

Jeff Bezos Launches Project Prometheus: Key Objectives

The startup concentrates on three industrial pillars:

• Adaptive robotics for manufacturing lines that reconfigure themselves in minutes.
• Predictive maintenance models that reduce equipment downtime by up to 30 percent, based on internal prototype tests.
• Aerospace simulation tools that speed composite-material design for next-generation launch vehicles.

Bajaj will steer research that blends large world models with high-fidelity sensor data. His background in health-tech and machine learning positions him to guide Prometheus from lab demos to factory floors.

Talent Magnet and Technical Roadmap

Recruitment has become an arms race. A piece in tech outlet VKTR notes that Prometheus offers compensation packages rivaling top Silicon Valley labs and is building a compute cluster rumored to exceed 30,000 GPUs. Early staff are already prototyping robots that can climb stairs, identify faults in conveyor belts, and swap grippers without human intervention.

Prometheus divides development into phased sprints:
1. Build foundational world models that learn physics and materials properties.
2. Integrate models with robotic platforms for dynamic task allocation.
3. Deploy pilot systems inside partner factories and logistics hubs by late 2027.

Why the Physical World Matters

Industrial processes account for almost 23 percent of global GDP. Current large language models excel at code and text but struggle with torque limits or thermal stress equations. Prometheus aims to fill that gap by coupling simulation with real-time feedback. If successful, the company could reshape manufacturing efficiency, aerospace design cycles, and even climate-tech solutions that depend on rapid prototyping.

The startup remains tight-lipped about its headquarters and first commercial customer. Yet, with billions in the bank, marquee leadership, and a clear focus on world-changing hardware, Project Prometheus has placed a bold bet on the next frontier of artificial intelligence.