Designing custom NPU (Neural Processing Unit) and processor architectures from scratch, optimized for the 2035 agentic hardware paradigm.
Current architectures—ARM and x86—were designed for general-purpose computing. As AI moves from cloud-based transformers to localized, agentic silicon, the overhead of legacy instruction sets becomes a bottleneck for efficiency, latency, and power consumption.
Pursuit is a research initiative to build a non-ARM, task-specific processor architecture. We are designing a silicon-bio hybrid logic that treats "Agentic Fleet Orchestration" as a first-class citizen in the hardware pipeline.
The architecture focuses on Native Inference Latency. By stripping away general-purpose bloat, Pursuit aims to create NPUs that can run complex agentic loops with the power footprint of a standard microcontroller.
This is a moonshot venture. The impact isn't measured in today's revenue, but in the future autonomy of India's tech stack. Pursuit is our bid to ensure that the next generation of intelligent devices isn't just running on imported architectures, but on homegrown, agent-optimized silicon.