PetalNet™ | The Future of AI Processing
Decentralized, Portable, And Sovereign compute infrastructure engineered to replace GPU bottlenecks. Built in Canada. Designed for the world
A Breakthrough Post-GPU AI Processor
PetalNet™ is a next-generation AI processing system designed to outperform GPUs in key AI workloads like training and inference. With persistent unified memory, real-time portability, and decentralized mesh support, PetalNet can power LLMs, edge AI, and sovereign compute clusters without relying on Big Tech.
Built for Edge, Data Center & Sovereign AI
90% Less Power Draw than GPUs
Up to 6× Faster Matrix Compute Throughput
Sovereign Compute for the Next 100 Years
PetalNet is more than a chip. It’s a movement toward digital independence. With PetalNet, Canada and its partners can build AI infrastructure that is private, secure, and locally governed — away from monopolized GPU supply chains.
Memory That Never Forgets. Speed That Never Waits.
At the heart of PetalNet is 1TB of persistent, unified memory integrated directly on-chip. That means zero offloading, no latency spikes, and complete data continuity — even after power cycles. Perfect for mission-critical inference, real-time robotics, and large-scale language training. It doesn’t just run AI — it remembers it.
Decentralized Compute, Reinvented
Traditional GPU systems rely on central orchestration and server farms. PetalNet flips that model. Using a custom mesh protocol and direct peer-to-peer communication between nodes, it forms a resilient, load-balanced fabric where every chip is a leader — not a follower. One node failing doesn’t bring the system down. It adapts.
Low Power. High Throughput. Massive Possibilities.
PetalNet consumes a fraction of the power of a typical GPU cluster — while exceeding performance in FP32 and FP16 operations thanks to its novel processing architecture. Whether deployed in edge environments, satellites, or mobile units, it brings efficient AI performance wherever electricity is scarce or mobility is essential.
