We’re advancing on-device AI with ExecuTorch, now deployed across devices including Meta Quest 3, Ray-Ban Meta, Oakley Meta Vanguard and Meta Ray-Ban Display. By eliminating conversion steps and supporting pre-deployment validation in PyTorch, ExecuTorch accelerates the path from research to production, ensuring consistent, efficient AI across a diverse hardware ecosystem. Read the full technical deep dive: https://lnkd.in/gjCzabnE
Unlocking on-device AI innovation for developers! 🚀
On-device AI isn’t just an upgrade — it’s a shift in architecture and expectation. Reducing conversion steps and integrating pre-deployment validation inside the PyTorch workflow means one thing: less friction from research to real-world deployment. ExecuTorch accelerating inference across diverse hardware ecosystems is a strong signal — the future isn’t cloud-dependent intelligence, it’s distributed, low-latency, privacy-preserving AI running where the user is. Big milestone — and a meaningful one for the next generation of edge applications.
That’s huge for Edge/on-device AI as it’s painful to run AI at edge at this stage even though it has improved in the past few years with OnnxRuntime Is it an alternative to ONNX format and Onnx runtime then? Thats saves us from conversion issues for some models but does it support all consumer desktop/laptop OSes for running them in end user systems too? Going to checkout the GitHub anyways just these are some key questions to understand if it’s a complete alternative to Onnx
any news on this https://developers.meta.com/blog/introducing-meta-wearables-device-access-toolkit/ I've applied so many times with so many emails 😄
Fantastic progress in on-device AI with ExecuTorch across Quest 3, Ray-Ban Meta, Oakley Meta Vanguard, and more. Cutting conversion steps and enabling pre-deploy PyTorch validation will speed things up and keep AI consistent across devices. Looking forward to the deep dive! 🚀 #OnDeviceAI
Thanks for sharing
ExecuTorch is not just deployment — it’s cognition moving closer to the edge. By removing conversion steps and validating directly in PyTorch, the path from research to production becomes a grammar of immediacy. Curious to see how this shift will redefine what “on‑device AI” really means. AI at Meta
🌎This is exactly the kind of foundation that enables the next era of fully immersive experiences. On-device AI through ExecuTorch means lower latency, more responsive interactions, and smarter scene understanding — all happening directly on the headset. For concepts like AI-driven cinematic immersion, this is critical. Amazing progress from Meta. #Meta #AI #VR #ExecuTorch #OnDeviceAI #MetaAI #ImmersiveTech #AIFuture #AICinematicImmersion #XR #3DReconstruction #SAM
This is a strong direction from Meta. ExecuTorch meaningfully reduces the friction between research-grade PyTorch models and real deployment, especially by removing format-conversion overhead and validating the execution path earlier. From an engineering-intelligence perspective, this kind of unified export–runtime flow is essential. It simplifies how models preserve behaviour across heterogeneous hardware while keeping inference predictable and traceable — a capability we also rely on in our own work with governed, physics-aligned reasoning systems for engineering platforms. Great to see the ecosystem moving toward more consistent, verifiable model execution at the edge.
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20hOn-device AI is where the real gains show up, lower latency, higher privacy, and consistency across hardware. ExecuTorch closing the gap between research and production is a meaningful step in that direction.