Sovereign Care for the Final Frontier

The Autonomous Medical AI for Space

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INIS-informatics is the nervous system for interplanetary civilization, ensuring that wherever humanity goes, our ability to care for one another follows.

For the next era of human exploration

The current cloud-tethered paradigm is a strategic liability

Traditional medical informatics rely on a “Cloud Trap”: vulnerable, synchronous, and tethered to Earth. In deep space or high-security combat zones, a 20-minute latency isn’t just a delay; it’s a mission failure.

One Architecture. Three Frontiers.

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Deep Space Operations
Enabling autonomous xEHR for long-duration crew health for environments where connectivity is impossible..
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Tactical Defense
Secure, air-gapped medical intelligence for DIL (Denied, Intermittent, Low-bandwidth) military environments.
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Sovereign Enterprise
Privacy-absolute informatics for high-security research, rural infrastructure, and concierge medicine.

Ditch the Tether. Own the Intelligence.

By eliminating reliance on vulnerable cloud uplinks, our local-first architecture ensures mission-critical medical intelligence remains fully operational during signal blackouts, interplanetary latencies, or pesky cybersecurity strikes.

The Sovereign Bio-Secure Stack

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1. The Rust-Based Security Substrate

Rust is chosen for its guarantee of memory safety without a garbage collector, a critical feature for real-time systems running on constrained hardware. For AI inference, the stack utilizes candle or mistral.rs, Rust-native inference frameworks that allow running quantized LLMs directly on edge devices.

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2. The Agentic FHIR Data Fabric

Built on a native FHIR R5 implementation which ensures that all data within the system adheres to international interoperability standards. Agent interaction is managed through an implementation of an MCP-FHIR Server, allowing local LLM agents to perform semantic queries and updates securely

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3. The Disruption-Tolerant Sync

INIS-informatics uses a Conflict-Free Replicated Data Type (CRDT) store to manage the FHIR state. This ensures that the system is truly disruption-tolerant, capable of maintaining data integrity even across interplanetary distances.

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4. Ambient Clinical Intelligence (ACI)

linical reasoning is provided by a fine-tuned Small Language Model (SLM) optimized for Tactical Combat Casualty Care (TCCC) and Space Medicine protocols. The Human-Agent Interface is voice-first, with the agent proactively alerting the crew to anomalies.

Engineering the Future of Autonomous Medicine.

By combining a Rust-based memory-safe substrate, localized agentic AI for real-time clinical reasoning, and DTN-native synchronization via CRDTs, we provide the mathematical certainty required to maintain life-critical operations in absolute isolation.

Vetted at the Edge of Innovation

INIS-informatics is a product of the elite innovation ecosystems at MTU (CyberInnovate) and Georgia Tech (CREATE-X). We bridge European security precision with American deep-tech acceleration to deliver the first truly sovereign medical AI stack.

We aren’t just building for the future; we are building to the specifications of the world’s leading research institutions.

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