Engineering the Human-Agent Boundary
At the intersection of high-dimensional machine intelligence and human cognitive boundaries, the primary bottleneck of technology is no longer compute—it is interaction. SRIPTO is a Deep-Tech systems engineering company focused on building advanced Human-AI Interaction Technologies, foundational AI infrastructure, intelligent platform layers, and production-grade applied research products. We drive our development as a long-horizon build—resolutely prioritizing structural depth, system coherence, and algorithmic defensibility over short-term iteration cycles.
Our architecture and deployments consolidate real-time communications, decision-layer intelligence, and scalable automation into unified, production-grade platforms. Underpinning this entire engineering ecosystem is our research into Artificial eXperience Intelligence (AXI). AXI formalizes the runtime control planes (the AXI Bridge) required to translate, govern, and calibrate autonomous agentic workloads, ensuring they align with human cognitive load thresholds, trust calibration curves, and deterministic safety policies.
Core Systems & Protocols
LetMeTeach letmeteach.in
Visual Interactive Learning Engine
An interactive canvas orchestration protocol and adaptive state-machine engineered for visual-first pedagogical systems. It dynamically regulates information complexity and interactive flows based on real-time student cognitive states.
Srift srift.app
Decentralized Direct Transport Protocol
A zero-metadata peer-to-peer transport protocol that executes end-to-end encrypted direct-channel routing, eliminating telemetry, persistence, and centralized signaling footprints.
AXI Research axi.sripto.tech
Artificial eXperience Intelligence
Academic and systems-level research establishing Artificial eXperience Intelligence (AXI) and the AXI Bridge runtime control loop designed to mediate agentic AI output and regulate cognitive load.
SRIX
Agent-Native Operating Architecture
A secure, agent-native operating system architecture designed to orchestrate autonomous tools and human operating flows within isolated sandbox environments.
AΞI
Empathetic Digital-Human Systems
Expressive digital-human interfaces utilizing low-latency neural synthesis and empathetic computing models to enable high-fidelity presence.