Sovereign AI for Defense & National Security

Trusted for sovereign AI operations

Defense AI succeeds or fails on sovereignty, auditability, and controlled deployment. Lascaris is built to run in a sovereign cloud, on-premise, and air-gapped, with verifiable outputs and a full audit trail.

GDPR aligned

NIS2 aligned

CER aligned

Sovereign deployment

The decision layer you don't outsource.

Lascaris is the sovereign operating system for AI agents. It runs autonomous agents on your own infrastructure, on-premise, in a sovereign cloud, or fully air-gapped, so sensing, deciding, and acting stay inside your authority boundary. Every action is grounded, policy-checked, and written to an immutable audit trail. Your data never becomes someone else's training set.

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Data Sovereignty

Agents run where your data lives, on-premise, in a sovereign cloud, or air-gapped. Data, prompts, and model artifacts stay inside your authority boundary and never leave your control.

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Policy Alignment

Every agent action is checked against your policy and clearance rules before it executes. Mission teams share intelligence across organizations without centralizing data or crossing mandate lines.

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Verifiable Accuracy

Outputs are grounded in controlled sources and written to an immutable audit trail. Every decision carries a citation back to the evidence, so findings hold up under oversight.

Mission profiles

How defense, security, and critical-infrastructure organizations put sovereign AI agents to work, from the analyst's desk to the operational edge.

Intelligence & OSINT Fusion

Fuse open-source and classified inputs into one entity graph where every edge carries a citation, so analysts build assessments that survive oversight.

Situational Awareness

Turn sensor, signal, and field feeds into a common operating picture in seconds, with every element traceable back to the underlying source.

Logistics & Sustainment

Analyze supply and movement across disparate systems, predict disruption early, and plan resource allocation inside secure network boundaries.

Mission Knowledge

Give teams permission-aware assistants across classified and restricted repositories, returning verifiable summaries that respect every clearance line.

Policy & Compliance

Map doctrine, rules of engagement, and procurement language to control objectives, flag gaps, and produce auditable findings with citations to source.

Critical Infrastructure Protection

Monitor and defend networks and operational technology under NIS2 and CER, detect anomalies, and act with a full immutable audit trail.

Built for defense ministries, security and intelligence agencies, and critical-infrastructure operators across Europe.

Decentralized Analytics and AI for Defense and National Security

Using decentralized analytics to support operational planning and data-driven decisions in defense environments.

Sovereign Threat Analytics for Critical Infrastructure

AI-driven cybersecurity strengthens critical infrastructure by processing sensitive data within decentralized environments.

Sovereignty by Design

Keep data, prompts, and model artifacts within your control boundary. Deploy on-premise, in a sovereign cloud, or air-gapped.

Auditability for Oversight

Support policy enforcement with access control, traceable workflows, and review-ready artifacts that align to governance and accountability needs.

Verifiable Outputs

Reduce hallucination risk with grounded responses, controlled retrieval sources, and verification steps appropriate for public-sector decision support.

Ready for a Security Briefing?

We will walk through deployment options, authority boundaries, and an audit-ready operating model for private AI in government environments.

Schedule Security Briefing Request Technical Demo

About Scalytics

Scalytics architects mission-critical streaming, federated execution, and sovereign AI systems. We help defense, infrastructure, and regulated organizations turn real-time data streams into trusted decisions reliably and under production load.
Our founding team created Apache Wayang, the federated execution framework that lets computation run where the data lives and dramatically reduces unnecessary data movement.
We also built and maintain kafSCALE, a high-performance, Kafka-compatible streaming platform designed for Kubernetes and object storage. It delivers elastic scale without broker complexity or lock-in.

‍Our mission: Keep data in place. Bring compute to the data. Enable secure, sovereign, and production-ready AI operations.