Morrvin is designed for real-time Op-Sindoor-class scenarios, countering Chinese-style barrage jamming (+40 dB J/S) by detecting disruptions and recovering waveforms in under 0.5 seconds. It ensures deterministic legacy waveform recovery with +6 dB link margins, giving pilots fused live pictures from PL-15 launches. At its core is the Morrvin Edge AI (developed in-house), powered by Oscilon (invented in-house)a C++ framework for targeted genetic evolution that mutates sparse error nodes 5-10x faster than Transformers/NEAT, deployable on edge SoCs. This "scalar" approach, via algorithms like SENF (Sparse Error Node Flagging), TGM (Targeted Genetic Mutation), and DFT (Deterministic Fitness Thresholding), guarantees reproducibility and truth-optimized outputs, ideal for high-stakes domains like electronic warfare and SIGINT.

Components of the Morrvin Suite
The suite is modular, comprising hardware, software, and sustainment elements for seamless integration across domains:

• Morrvin Hardware Node + Edge AI Core: Deployed on airborne early warning platforms like Netra AEW&C, this node runs our in-house edge EAI for real-time sensor fusion.
• Morrvin Software Gateway: Acts as the central hub, linking fighter aircraft (e.g., Rafale, MiG-29UPG, Jaguar, Mirage-2000, Tejas Mk1A), army air defense (Akashteer batteries, AAD systems, SAMs), naval operational centers (INS Vikrant, destroyers), and ground C2 (forward division HQs, Western Air Command bunkers). It provides encrypted, adaptive networking with blind/force fallback.
• Sustainment Software Suite: Ensures long-term viability with imported Link-16/BEL SDR compatibility, monitoring network health, and auto-adapting to post-Sindoor threats like jamming or cyber intrusions.
• Morrvin Ground Entry Station: Portable, soldier-worn units with tablets for entry into the network, offering a common operational picture via secure data links.