Laytimely
The problem

Data is sensed but not transferred, integrated, or trusted across organisations and nations.

Modern operations are constrained by fragmented sensor networks, degraded or denied communications, and environments characterised by congestion, interference, deception, and concealment. Individual sensing systems give partial, context-dependent insight. When data cannot be shared, combined, or assessed collectively, gaps in coverage and confidence break the Common Operational Picture.

Laytimely closes that gap with sovereign, air-gappable AI fusion and explainable decision-support. We work at the sensor edge, across distributed networks, and at fusion and decision-support nodes.

What we build

Five capabilities. One platform. Five domains.

The technologies named in the NATO DIANA Multidomain Sensing and Advanced Data Processing for Intelligence and Surveillance challenge are load-bearing parts of our architecture, not items on a feature checklist.

  1. Model A

    Multidomain fusion

    Model F merges heterogeneous sensors with explicit sensor-availability metadata. Every fused track records which sensors contributed, their reliability, and how the conclusion would change if any single sensor were absent. Fusion under degraded conditions, not nominal ones.

  2. Model B

    AI-enabled analytics at the edge

    Detection, classification, behaviour inference, anomaly scoring. Runs at the sensor edge for latency, on-prem or air-gapped for sovereignty. The moat is in the architecture, not the algorithm.

  3. Model C

    Explainable decision-support

    Model G enforces SHAP, counterfactuals and most-influential variables on every output. The mechanism by which operators trust appropriately rather than bypass or over-trust. Human-in-the-loop, never autonomous.

  4. Model D

    Cross-domain cueing

    First-class primitive, not a downstream integration. A detection in one domain automatically tasks others. A passive-RF signature cues an IR look-down and queries airborne platform tracks.

  5. Model E

    STANAG-compliant outputs

    Data-centric architecture exporting to allied command-and-control systems. CISE, MARSUR, EMSA, NATO STANAG-aligned. Built to stay inside the allied information-sharing fabric, never a national silo.

Five domains, one codebase

Coverage that matches the threat. And the doctrine.

NATO's multidomain ISR doctrine names land, air, maritime, cyber and space. Most existing tools cover one. Laytimely fuses across all five, on a vendor-abstracted data plane that adds modalities as engineering, not re-architecture.

  • 01

    Land

    Ground radar (ASTERIX cat-21/48), passive RF, IR/EO, perimeter sensors, ground-vehicle telemetry. Edge fusion for sites without persistent backhaul.

  • 02

    Air

    ADS-B and primary radar, passive RF and IR, airborne platforms and UAV downlinks. The DIANA illustrative scenario (distinguishing safety incidents from threats) is our Phase 1 lighthouse.

  • 03

    Maritime

    AIS, SAR, EO, acoustic, vessel-behaviour analytics. The validated first domain: TRL 5 today on real Aegean data with honest measured accuracy.

  • 04

    Cyber

    Network and signal telemetry as a correlation channel. Emission classification, anomaly signatures, cross-domain cueing.

  • 05

    Space

    Satellite SAR/EO ingest, commercial space-tracking (TLE/SP3), space-situational and space-domain awareness as fusion inputs.

Compliance posture

Trustworthy under allied scrutiny. We built the company this way from the start.

EU AI Act
Operates within the exclusively-defence exclusion. Deliberately outside the migration / border high-risk category applying from ~2 December 2027.
No migration surveillance
Written policy in force. End-use clauses in every contract template. We do not track persons or vessels for interdiction.
Reg. (EU) 2021/821
Dual-use self-classification complete. Sensor-fusion outputs are not controlled cyber-surveillance items. Article 5 catch-all does not engage.
Human-in-the-loop
Decision-support triage with confidence, reasoning, and SHAP attribution on every output. Never autonomous.
Sovereign deployment
On-prem, EU sovereign cloud, or air-gapped with offline sync. No cloud-only dependency. No US data-residency requirement.
Allied interoperability
CISE, MARSUR, EMSA, NATO STANAG-aligned. Built to stay inside the allied information-sharing fabric.

Full posture, including GDPR DPIA progress, on the security page.

The team

Two Greek founders. A small team that ships.

Dimitris Kalligaridis builds the platform. Antonios Papatzanakis runs the company. Both have shipped real products before this one.

About the team
Talk to us

Allied operators, end-users, primes, investors. We want to hear from you.

We are looking for operational sponsors, NATO and EU test-centre opportunities, and partners in the sensor and platform layer.

Open a conversation