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Multi-Domain Operational Intelligence

Fragmented signals.
One operational platform.

Empyrean fuses air, ground, maritime, space, RF, cyber, and narrative signals into a shared operational picture and common operating view - then makes it actionable with sensor fusion, physics-grounded wargaming, electromagnetic battle management, and policy-driven response workflows. Edge-deployable on a single 75W box. Air-gappable. Built by operators, for operators.

Sense
Make Sense
Fusion & Decision Engine

Multi-hypothesis tracking, identity resolution, cross-domain correlation, policy-driven automation.

Operator Surfaces
Act
Courses of actionEffector taskingAlerting & orchestrationC2 integration
Why Now

The threat landscape has changed. Most tools haven't.

Threats have become faster, cheaper, more hybrid, and more distributed. Most systems of record were not built for that reality.

A

Cheap threats, strategic effects

A
A

A $500 drone shuts down an airfield. A bot network reshapes a narrative overnight. The cost curve inverted and most defensive tooling still assumes threats are expensive and slow.

K

Hybrid conflict is the new normal

K
K

They jam your comms, flood social media, launch a swarm, and probe your network. All at once. Single-domain tools see one thread. The campaign goes undetected.

Q

Integration happens in PowerPoint

Q
Q

Systems don't talk at the point of need. They talk in planning meetings and slide decks. By the time two systems share data through a formal integration, the moment has passed.

J

The data exists. The connections don't.

J
J

Every sensor, feed, and analyst notebook holds a piece of the picture. They live in different tools, different networks, different chains of authority. The problem was never collection. It's correlation.

10

The edge is more contested than ever

10
10

Forward-deployed teams operate where bandwidth is a luxury and connectivity is a target. Software that needs a persistent cloud connection isn't just inconvenient out there. It's a liability.

The Problem

Modern threats don't stay in one domain.

A drone swarm launches from a tree line while a jammer degrades your search radar from a different azimuth. Social media posts geotagged near your perimeter spike an hour before the first RF detection. A satellite you didn't know was overhead collected imagery of your sensor layout yesterday. Each signal lives in a different system, monitored by a different team, on a different screen. By the time someone correlates them, the moment has passed.

Most organizations see only slices. The air defense team sees tracks. The spectrum manager sees emitters. The OSINT analyst sees narratives. The cyber team sees alerts. Each domain has its own tool, its own data format, its own operating picture. The convergence between them - the part that tells you this isn't three separate events but one coordinated action - goes undetected because no single system sees across all of them.

Fragmentation isn't a technology gap. It's an architecture problem. Bolting another feed onto a legacy COP doesn't solve it. Adding another analyst to manually cross-reference screens doesn't scale. The problem demands a platform that fuses at the data layer, correlates across domains automatically, and gives every echelon the same shared operational picture; from the sensor operator to the commander.

Approach

Built from the sensor up. Not the top down.

Legacy systems start with dashboards, requests, and reporting chains. Empyrean starts with the signal itself. By fusing at the sensor and feed layer first, Empyrean gives operators, watch floors, and operations centers the same shared operational picture. No more passing fragments up and summaries back down.

Legacy Model
Sensors & Feeds
siloed ingest
Separate Systems
fragmented correlation
Analysts & Dashboards
filtered outputs
Reporting Layers
summaries passed down
Different Teams, Different Pictures
different pictures at every level
Fragmented ingest
Delayed correlation
Filtered outputs
Different pictures at different levels
Empyrean Model
Sensors & Feeds
unified ingest
Early Fusion
identity · correlation · policy
Shared Operational Picture
one core truth
Operators
Watch Floor
Operations Center
Command & Planning
Fuse at ingestion
Shared operational picture
Same core truth across levels
Action and planning from one system
Time Compression

JADC2, made practical.

The military calls it Joint All-Domain Command and Control. The private sector calls it a coordination problem. Either way, the challenge is the same: sense what matters, make sense of it fast, and act before the moment passes. Empyrean turns that idea into one operational platform.

ActMake SenseSense

"Cross-domain correlation caught a coordinated RF + UAS pattern our single-domain tools missed entirely."

Cross-domain fusion, identity resolution, and composite threat scoring. Turn fragmented signals into shared understanding.

Ingest
Correlate
Decide
Authorize
Act
Assess

Accelerate decisions. Collapse hybrid threats.

The Platform

The tool your team wished it had ten years ago.

15-year-old Java thick client not included.

Sub-second fusion at operational load

Multi-hypothesis, sensor-agnostic fusion with optimal global assignment across every detection and track. Not greedy matching. Not order-dependent. Radar, RF, EO/IR, acoustic, cooperative, passive. All correlated in under one second at sustained operational tempo with live, historical, and analytical views from the same platform.

Validated against 60+ object contested airspace scenarios with 10+ heterogeneous sensor types at wildly different accuracies and update rates. That's the SLA under full load with all modules running.

Dozens of integrations and connectors across SA and C2. Days to add the next one.

Sensor and source agnostic. Push or pull. Serial or network. Drive a Skydio or DJI mission and stream the feed back over RTSP with full kinematics on the map. Or ingest from any protocol your sensors speak. Data is normalized at the edge so every workspace gets the same UX regardless of what's feeding it.

New sensor types and connectors integrate in days, not the 12-18 month cycles you've been quoted before. That's not a goal. It's how the architecture was designed.

What it does. What it doesn't. No bullshit.

Empyrean fuses, correlates, and automates across domains. It does not replace your sensors, your analysts, or your judgment. Authority stays with the operator. Every automated action is logged, auditable, and traceable from sensor to decision to effect. Modern, containerized architecture purpose-built for analytical and operational workloads at the edge.

Air-gap is real but takes prep: cached tiles, reference data, build in the rear. Some external enrichments break. The platform degrades gracefully. We'll tell you exactly what works offline and what doesn't before you buy.

Deployment

TOC or SOC. Ruck or truck. Empyrean runs where you are.

One DGX Spark-class box runs the full platform at 75W under heavy ML and LLM load. Deploy it at the edge, in a server room, or in the cloud. The architecture is the same everywhere.

One Box, Full Stack
A single GB10 Grace-Blackwell class node runs every workspace, the fusion engine, decision automation, and the LLM. Four of them and a five-port switch fit in a medium ruck and weigh less than a SATCOM radio with extra batteries.
Edge, Cloud, or Both
Run it forward on bare metal, in a rack at the JOC, or in the cloud for reach-back analysis. Sensor-local workspaces like EMSO need edge hardware. Everything else runs wherever makes sense for the mission.
Modular by Design
Don't need EMSO? Disable it. No LLM required? Turn it off. The config adapts to the operator and the mission, not the other way around.
DDIL & Air-Gap Ready
Build in the rear, cache your tiles and reference data, deploy forward air-gapped. Some external enrichments won't reach. The platform degrades gracefully, never breaks.
75 Watts
Full operational load with ML inference and LLM analysis draws less power than a laptop charger. No generator dependency. No cooling drama. Vapor chamber handles the thermals.
Sovereign & Private
All processing runs locally on your hardware. ML, LLM, fusion, decision automation. No data leaves your network. Deploy on-prem, at the edge, or in your own cloud tenancy.
Capabilities

Domain-native. Cross-domain connected.

Each capability is a first-class operational tool. Together, they form a platform where fusion across domains is the core capability.

Common Operational Picture

Most "common operational pictures" aren't. They're a map with uncorrelated sensor feeds pinned next to each other - a dashboard the operator's brain is still expected to fuse under time pressure. Empyrean's COP is different: fused tracks with identity provenance, edge-deployed, air-gappable, and composable across every domain the platform covers.

Fusion & Decision Engine

Most fusion stops at the track - correlate the radar and the RF, draw a dot, call it a picture. Real fusion runs the whole stack: from raw signal, to object, to the situation those objects form, to what it means, to what you should do about it. Empyrean fuses across every source - sensors, identity and finance, environment, narrative, and space - through all six levels of the recognized data-fusion model, unclassified and deployable to the edge. Sensor fusion is Level 1. This is the other five.

Electromagnetic Spectrum Operations (EMSO)

Electromagnetic Battle Management that transforms raw spectrum data into an assessed Electronic Order of Battle with real propagation math, automated emitter classification, and operator-driven decision workflows.

Space Situational Awareness

Full-catalog satellite tracking with dual-mode pass windows, RF signature correlation, 5-factor risk scoring, interactive sensor footprint visualization, and policy-driven alerting, all fused into the operational picture.

Narrative Intelligence

Sovereign, on-prem narrative monitoring across X, Telegram, Bluesky, and RSS with a 12-stage ML enrichment pipeline, campaign detection, DISARM TTP mapping, and interactive graph visualization. Deployed on a single NVIDIA DGX Spark - no cloud dependency, no data exfiltration risk, no internet required after deployment. Operates in SCIF, SIPR, air-gapped, and forward-deployed environments where commercial SaaS tools cannot reach.

Digital Force Protection

Passive device environment awareness that tells operators what wireless devices are present in their area of operations, detects anomalous infrastructure like rogue access points and IMSI catchers, identifies co-traveling device patterns, and assesses blue-force electronic exposure. Not SIGINT. Not spectrum dominance. The assessed wireless picture for force protection and counterintelligence.

Threat Finance & Entity Resolution

Always-on sanctions and watchlist screening, corporate ownership resolution, and pivot-driven investigation across hundreds of millions of open-source entity records. Resolve the owner behind a vessel, the beneficial owner behind a trust-held aircraft, and the network behind a name - with provenance and confidence you can act on.

Cyber Operations

Coming Soon

Empyrean Cyber Operations (CyOps) will extend the platform with OCSF-native cyber enrichment, anomaly detection, offensive assessment tooling, and cross-domain correlation that joins cyber observables to RF, space, narrative, and geospatial signals already flowing through the fusion architecture. Not a SIEM. Not an EDR. The layer that makes cyber a first-class domain in a platform that already fuses the others.

Policy & Decision Layer

The decision automation layer that connects every domain on the platform. Define the rules your team operates by, across airspace, spectrum, orbital, narrative, and cyber, and the platform enforces them continuously with a full audit trail. Visual flow builder for multi-step response chains. Condition library so you define once and reuse everywhere. Every action logged, every gate respected.

Simulation & Wargaming

Most wargaming tools model one slice; a missile threat, an air engagement, a naval scenario. Empyrean models all of them simultaneously, with physics-grounded engagement resolution running in Rust, electronic warfare that degrades sensors the way real jamming does, and AI adversaries that fight according to published doctrine. It all runs on the same COP, fusion pipeline, and policy engine your operators use in live operations; not a separate training system. Author a scenario in minutes and learn from the physics.

Empyrean Defense

Ready to see the full picture?

Request a demo, discuss an integration, or explore how Empyrean fits your mission.