Know your environment before your adversary does.
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. Ubiquitous Technical Surveillance (UTS) for sanctioned observation operations - passive collection only, no active electronic warfare - giving you the same wireless picture an adversary would build, so you see it first.
The Problem
Your force radiates. Every phone, every Bluetooth device, every WiFi access point broadcasts presence data that an adversary can collect, correlate, and exploit. Most units have zero visibility into their own electronic signature or the surveillance infrastructure around them. A rogue AP near the TOC exfiltrates data. An IMSI catcher near the gate maps every phone that passes. A co-traveling device follows your patrol across three positions. You don't know because you've never looked. This is Ubiquitous Technical Surveillance - the adversary is already doing it to you. DFP gives you that same passive observation capability under sanctioned, auditable operations. No active EW. No jamming. Observation and assessment only - but with the depth to know what devices are present, where they are, who they belong to, and what that means for your security posture.
Who Has This Problem
Key Workflows
Capabilities
Platform Integration
DFP is its own analytical domain with its own workspace, ingest pipeline, and engines. It cross-correlates with EMSO (frequency, position, and time join for SDR corroboration), provides cellular RSRP ground-truth that calibrates EMSO propagation models, feeds the Policy Engine with 18 condition types for automated response, and renders collector positions and anomaly clusters on the COP. GNSS integrity observations complement SSA's space-side constellation awareness. Future integration with Cyber Operations via MAC address join and with Narrative Intelligence via geospatial device-to-identity correlation.
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What is Counter-UAS?
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What is JADC2?
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3,400 stochastic Monte Carlo runs across 44 configurations reveal the service-rate ceiling, residual warhead hazard, and closed-loop cascade failure mechanism of single-effector HPM defense against heterogeneous drone swarms of 40-400 threats. The Goldilocks zone is real and it is narrow.
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Electromagnetic Spectrum Operations Is Everyone's Problem. Let's Do Something About It.
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Would the Real Common Operating Picture (COP) Please Stand Up
The doctrinal COP promises a single fused display of relevant information shared across echelons. Reality delivers PowerPoint slides, uncorrelated sensor feeds, and TAK maps with six icons for one drone. Here's what a real COP requires: fusion, policy, edge deployment, and echelon-aware translation.
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Sense, Make Sense, Act: How to Conduct Counter-UAS From Sensors to Deployments
The complete Counter-UAS playbook: 8 sensor types, how to fuse them, when to jam vs. shoot, and how to build layered drone defense that works in DDIL. From a single site to a theater-wide CUAS architecture.
Why JADC2 Needs Sensor Fusion at the Edge
JADC2 assumes persistent cloud and top-down authority. The people who actually shoot have neither. Here's why sensor fusion has to happen at the edge, and what that architecture looks like when the link goes dark.
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A technical reference on intelligence fusion: the JDL/DFIG data-fusion model from signal to decision, the difference between data, sensor, information, multi-INT, and all-source fusion, the intelligence disciplines (GEOINT, SIGINT, MASINT, OSINT, HUMINT, FININT), the JADC2 and Multi-Domain Operations doctrine it serves, and what fusion looks like for civilian and dual-use operators who never use the word JADC2.
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A-to-Z reference of acronyms and terms used across electromagnetic spectrum operations, counter-UAS, sensor fusion, space situational awareness, JADC2, counter threat finance, entity resolution, ATAK/TAK ecosystem, and multi-domain command and control.
What is Counter Threat Finance?
A technical reference on Counter Threat Finance (CTF): the doctrine behind DoDD 5205.14 and JP 3-25, the difference between defense CTF and financial-sector AML/CFT, how sanctions, PEPs, debarment, shell companies, and trade-based money laundering fit together, the interagency architecture, and what operational counter-threat-finance software actually requires when the money trail has to tie back to a live sensor picture.
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What is Narrative Intelligence?
A technical reference on Narrative Intelligence (NARINT): the discipline of detecting, tracking, and countering narratives across the information environment. Covers Information Operations doctrine, MISO/PSYOP, the DISARM framework, Coordinated Inauthentic Behavior detection, SOCMINT/OSINT collection, counter-narrative operations, and what operational software requires.
What is EMSO?
A technical reference on Electromagnetic Spectrum Operations (EMSO): doctrine, Electronic Warfare, EMBM, JEMSO, the EMSO CFT, Electronic Order of Battle, CEMA, spectrum management, and what operational EMSO software actually requires.
What is a Common Operational Picture?
A technical reference on the Common Operational Picture (COP): what it is, why most COPs fail operators, the difference between a display and a decision surface, multi-domain integration, MIL-STD-2525 symbology, edge deployment, and what a fused COP actually requires.
What is Space Situational Awareness?
A technical reference on Space Situational Awareness (SSA) and Space Domain Awareness (SDA): orbital tracking, TLE propagation, the Space Surveillance Network, satellite characterization, counterspace threats, and why the space domain impacts every other domain you operate in.
What is Counter-UAS?
A technical reference on Counter-UAS (C-UAS): the threat, sensor modalities, sensor fusion, effector types, legal authorities, and layered defense architecture for military and critical infrastructure protection.
What is JADC2?
A technical reference on Joint All-Domain Command and Control (JADC2): what it is, why the top-down implementation is failing, what sensor-up architecture actually means, and why edge-deployed fusion is the only model that survives contact with reality.
What is Sensor Fusion?
A technical reference on multi-sensor fusion: state estimation, data association, multi-hypothesis tracking, identity provenance, and why fusion has to run at the edge. Written for operators and engineers who are tired of marketing hand-waving about AI.
High-Powered Microwave (HPM): From Hard Kill to Residual Risk
3,400 stochastic Monte Carlo runs across 44 configurations reveal the service-rate ceiling, residual warhead hazard, and closed-loop cascade failure mechanism of single-effector HPM defense against heterogeneous drone swarms of 40-400 threats. The Goldilocks zone is real and it is narrow.
The Devil Dog and the Dragon: USMC Organic IADS Against PLARF Cruise Missile Saturation on the First Island Chain
50 Monte Carlo seeds. 60 CJ-10 cruise missiles. 80 SkyHunter interceptors. 92.7% kill rate. The MRIC battery works brilliantly - then the magazine runs out at T+28:37 and everything on Miyakojima dies. The math says the Marines need more rounds.
Quantifying Layered Naval Defense Against Hypersonic Glide Vehicles
We simulated a DF-17 hypersonic glide vehicle salvo against an Arleigh Burke destroyer. 50 Monte Carlo seeds. The ship died every time. SM-6 achieved a 23% kill rate. PAC-3 MSE achieved zero. The engagement timeline - not the interceptor - is the binding constraint.
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Empyrean Defense Release Log, Vol. 1: Maritime Intelligence & UAS Traffic Management
Empyrean ships Maritime Intelligence (MARINT) with 20+ environmental and regulatory data sources, Air Domain Intelligence (ADI) with FAA Aircraft Registry enrichment, and UAS Traffic Management (UTM) with 21-dimension Safety Risk Management scoring against Part 91/107/108/135/137. Route risk scoring, oil drift prediction, PSC detention screening, SIGMET/AIRMET integration, and Part 146 ADSP architecture for BVLOS operations.
The Environment Is Trying to Kill Your Mission. We Want to Mitigate It.
How Empyrean's Weather and Environmental Intelligence Service (WEIS) fuses atmospheric, fire, terrain, and space weather data into your operational picture - automatically modifying sensor confidence, route feasibility, and UAS BVLOS risk scoring across 12 dimensions.
Electromagnetic Spectrum Operations Is Everyone's Problem. Let's Do Something About It.
A comprehensive deep dive into Electromagnetic Spectrum Operations (EMSO) and Joint EMSO (JEMSO): the history of electronic warfare, doctrinal evolution from EW to CEMA to EMSO, cross-domain effects, and what military, law enforcement, and critical infrastructure operators can do about it today.
Would the Real Common Operating Picture (COP) Please Stand Up
The doctrinal COP promises a single fused display of relevant information shared across echelons. Reality delivers PowerPoint slides, uncorrelated sensor feeds, and TAK maps with six icons for one drone. Here's what a real COP requires: fusion, policy, edge deployment, and echelon-aware translation.
Building Physics-Backed, Unclassified, Open-Source Defense Research
Introducing Empyrean Defense Research: unclassified, physics-backed wargaming analysis built on open-source data. Our first publication drops 1,500 Monte Carlo simulations of an Arleigh Burke vs. DF-17 hypersonic glide vehicles. The ship died every time.
How the Space Domain Impacts Your Operations
A deep dive into Space Situational Awareness (SSA) and Space Domain Awareness (SDA), the cross-domain effects of space on electromagnetic, ground, maritime, air, and information operations, and what you can do to counter them.
Sense, Make Sense, Act: How to Conduct Counter-UAS From Sensors to Deployments
The complete Counter-UAS playbook: 8 sensor types, how to fuse them, when to jam vs. shoot, and how to build layered drone defense that works in DDIL. From a single site to a theater-wide CUAS architecture.
Why JADC2 Needs Sensor Fusion at the Edge
JADC2 assumes persistent cloud and top-down authority. The people who actually shoot have neither. Here's why sensor fusion has to happen at the edge, and what that architecture looks like when the link goes dark.
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