Oblate Optics Joins NVIDIA Inception Program: A Milestone in Our Innovation Journey

We're proud to share that Oblate Optics has been selected to join the prestigious NVIDIA Inception Program, marking a significant milestone in our company's growth and recognition within the AI and technology community.

What Joining NVIDIA Inception Program Means

Being accepted into NVIDIA Inception is more than just an acknowledgment of our technical capabilities—it's validation of our vision to revolutionize optical design through the power of artificial intelligence. The program, which supports over 25,000 cutting-edge startups globally, is highly selective and represents NVIDIA's commitment to fostering innovation across industries.

This selection places Oblate Optics among an elite group of companies that are pushing the boundaries of what's possible with AI-driven technologies. For a company specializing in manufacturing-aware inverse design for advanced optical systems, this recognition from the industry leader in AI computing is particularly meaningful.

The NVIDIA Inception Program offers far more than just recognition. As program members, we now have access to:

• Technical Resources: Access to cutting-edge GPU technology and software tools that will accelerate our development processes

• Expert Guidance: Direct technical support from NVIDIA's team of AI and computing experts

• Networking Opportunities: Connections with fellow innovators, potential partners, and industry leaders

• Market Access: Opportunities to showcase our technology at major industry events and connect with potential customers

• Cloud Computing Credits: Access to powerful computing resources through NVIDIA's cloud partnerships

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Looking Forward

Our platform combines GPU-accelerated computation with state-of-the-art deep learning to enable scalable design of advanced metastructured optics. This approach unlocks new performance possibilities across imaging, sensing, and beyond—transforming how we capture, process, and interpret optical information in ways that were previously impossible with conventional optics.