Engineering Intelligence Under Constraints

A new class of AI architectures built for predictable compute, continual learning, and scalable intelligence.

The Structural Limits of Today’s AI

Cost Explosion

Modern AI systems grow by scaling parameters, driving inference and training costs to unsustainable levels.

Fragile Learning

Dense models forget prior knowledge and require expensive retraining whenever new data arrives.

Deployment Rigidity

Once deployed, models adapt poorly to changing environments and depend on massive centralized infrastructure.

Our Approach

Compute Governance

Bound computation by design to ensure predictable performance, bounded latency and energy‑proportional scaling.

Structural Learning

Enable learning through structural adaptation rather than costly retraining, supporting continual improvement.

Stable Cognition & Adaptive Memory

Separate stable cognitive priors from adaptive memory so knowledge persists while memory can change rapidly.

Generator‑Defined Connectivity

Generate connectivity on demand using compact codebooks and deterministic rules, eliminating memory explosion.

Patent Pending (India)

SPARSITRON™ Architecture

A compute-governed neural architecture that enforces hard compute budgets while enabling continual learning through structural adaptation.

Technical Deep-Dive

INVAFLARE™ Platform

A scalable intelligence platform built on SPARSITRON™ that provides cost‑governed inference, adaptive agents and integration with dense AI models.

Patent Pending (India) Technical Report Released Public Benchmark Suite DPIIT Recognized Startup