UNCLASSIFIED · CAPABILITY BRIEFING · FOR OFFICIAL DISCUSSION
Multinational Special Operations · Mission Network

See the mission.
Share with control.
Act with confidence.

One governed operational picture across the coalition — maps, communications, sensors, and evidence — without any nation surrendering control of its own data.

The proposition

TraceVector turns sovereign national data, TAK activity, sensors, communications, and operational evidence into one governed multinational picture — with sharing decided by policy, not by the network.

Why it holds up in the field

Five commitments to the commander

01
Sovereign by design
Hosting, ownership, and release stay under NATO, SOFCOM, and national policy. You decide what is shared.
02
Operationally familiar
TAK stays the field model your operators already use. Governed planning and analysis form up around it.
03
One picture, controlled sharing
National, regional, and coalition views stay in step through explicit policy — not a flat, trust-everyone network.
04
Explainable intelligence
Machine findings carry their sources, confidence, and version. A human accepts before anything reaches the operational picture.
05
Portable, transition-ready
Runs where you need it, degrades gracefully offline, and is documented for a deliberate handover to your own people.
What it does for the mission

Everything the watch floor needs, in one governed picture

TAK stays the field interaction model your operators already know. Around it, TraceVector adds planning, secure collaboration, live sensing, and analysis — coordinated, auditable, and released only where policy allows.

One picture across the coalition
Maps, tracks, markers, and overlays from every authorized node, resolved into a single common operational picture.
Sharing you control
Every item is released by policy. Local, national, partner, and pending deliveries are always distinguishable.
Sensors, video, and comms together
Field sensors, full-motion video, secure chat, and conferencing sit alongside the map — not in separate stovepipes.
AI that shows its work
Advisory analysis and translation that a human reviews — never a silent change to operational truth.
Keeps running when the link drops
Nodes operate disconnected and synchronize approved information the moment connectivity returns.
COMMON OPERATIONAL PICTURE LIVE
BALTIC APPROACHES · 5 TRACKS · 1 AIS LOSS
Illustrative. Live product view available in the briefing.
One suite · role-built modules
TraceVector Command
The headquarters, analyst, and planner web application — the coalition's main workspace.
TraceVector Field
Managed Android and iOS apps for the operator, with offline maps and ATAK integration.
TraceVector Connect
TAK, national-system, and partner-network integration — the bridges between systems.
TraceVector Watch
Watch-floor decks: alerts, track deck, federation health, and shift handover.
TraceVector Insight
Advisory analysis, correlation, summarization, and translation — with human review.
TraceVector Edge
Fixed and mobile sensing, edge collection, and offline relay at the tactical edge.
TraceVector Control
Service administration, accreditation evidence, and command-line automation.
Fed by the sources that matter

Bring in the data the mission runs on

The picture is only as good as what feeds it. TraceVector ingests operational and commercial sources side by side, resolves them to common tracks, and releases them under the same sovereign policy as everything else — so a partner's contribution and a bought feed are handled with the same control.

Maritime · AIS
Vessel movement
Live and historical AIS gives the maritime picture depth — tracks, ports of call, and the contact that goes quiet or spoofs its identity.
AdTech signals
Advertising-derived location
Device advertising signals reveal presence and pattern of life around a site or area — the same exhaust an adversary can buy, held under your control.
Commercial telemetry
Cell, location & OSINT
Cellular-network activity, commercial location data, vehicle telematics, and open-source reporting, fused into one movement and pattern picture.
Live sensors
Streaming sensor feeds
Full-motion video, RF, and fixed or mobile sensors stream straight onto the map, correlated to tracks as they arrive at the edge.
One platform, many missions

Mission modes fit the platform to the operation

A mission mode tailors the map, the vocabulary, and the workflow to the job at hand — so a watch floor, a maritime cell, and a forward team each work in terms they recognize, on one common platform.

Facility
Facility Security
Protect a base, campus, or gate — access, patrols, sensors, and alerts on one picture.
Theater
Maritime Domain Awareness
Track vessels and contacts across an area of responsibility with kinematic history.
Theater
Battlefield Operations
A shared common operational picture — friendly units, control measures, and tactical graphics.
Region
Supply-Chain Risk
Watch suppliers, routes, and ports for the events that put sustainment at risk.
Site
Critical Infrastructure
Keep watch over sites and utilities whose loss would degrade the mission.
Facility
Insider Threat
Surface the pattern that doesn't belong before it becomes a compromise.
Venue
Executive Protection
Screen the environment around a principal and their movements.
Sector
Border Operations
Correlate crossings, movement, and activity along a sector of responsibility.
Zone
Counter-Surveillance
Detect who is watching your force, and where.
Site
Counter-UAS
Maintain awareness of the small-unmanned-aircraft threat over a site.
Theater
Disaster Response
Coordinate people, assets, and reporting across a response area.
Force protection · digital domain

Force protection now extends to your signature

Force protection is NATO doctrine — preserving personnel, facilities, and operations to keep the mission effective. In a networked force, the digital signature is part of what must be protected: an adversary can piece together signals, patterns, and routes to find, disrupt, or target your people.

TraceVector was built around exactly those signals. The same platform that gives the coalition its picture governs the force's own exposure — treating counterintelligence, insider threat, OPSEC, and mission assurance as one discipline.

OPSEC
Sharing is a protection decision
Every item is released by policy, so the coalition sees what it needs and an adversary sees nothing it shouldn't. Controlled sharing is OPSEC made routine.
Counter-exploitation
The signature you don't want read
Face, plate, and RF signals are the same exhaust an adversary would collect. Holding them in a governed, sovereign picture keeps your force from being profiled the way it profiles others.
Insider threat
The pattern that doesn't belong
The correlation that builds the picture also flags the person moving without their usual devices, or carrying someone else's — the early indicator of a compromised force.
Mission assurance
Truth you can trust under contest
Zero trust, sovereign data, and human-approved AI keep the operational picture dependable when it's being probed, spoofed, or degraded.
Sovereign by design

Every nation keeps its own hand on the release

Run inside a shared coalition service or on a physically separate national node. Either way, a nation decides what leaves its node — and keeps operating when the link goes down.

Federation topology SOFCOM CENTRAL FEDERATION National Node A National Node B Regional Hub Shared-Tenant Nation
PATTERN A
Shared sovereign service
One coalition-run service in an approved NATO nation. Each nation gets an isolated workspace. Fastest route to initial capability.
PATTERN B
Sovereign national node
A physically separate deployment a nation runs itself. Full local control of release, and independent operation when federation is lost.
PATTERN C
Hybrid federation
Shared services and national nodes side by side, with optional regional hubs. No single flat trust domain required.
Zero trust
No user, device, or feed is trusted for its network location alone.
Accreditation-ready
A repeatable evidence package and control matrix, owned with your authority.
Store and forward
Disconnected and degraded operation is a normal design condition, not a failure.
99.9% availability
Multi-zone deployment, service-level objectives, and disaster recovery.
A staged path to capability

Fielded fast, scaled deliberately, handed over on your terms

Standing on a platform already in service, the network moves to operational use in weeks — under interim approval owned by your accreditation authority — then scales as nations come aboard.

1,500
Federated users at full operating capability, scaling toward 15,000+.
Day 60
Initial capability for 500 users under interim approval; no later than Day 90.
99.9%
Targeted service availability across production zones.
12 + 4
Month base period plus four option years, with annual in-sourcing review.
DAY 0
Stand up
Deploy on a platform already in service; connect TAK, comms, and initial national participants.
DAY 60–90
Initial capability
500 enabled users operating under interim security approval, evidence package pre-agreed.
DAY 180
Full capability
1,500 federated users across coalition and national nodes, staged full accreditation underway.
ANNUAL
Progressive handover
Readiness review, knowledge transfer, and runbooks for deliberate transfer to your control.
The next step

Let's walk your mission through it

Request a capability briefing. We'll take one of your scenarios end to end — picture, sharing, sensing, and analysis — and map it to your accreditation and sovereignty requirements.

Name / rank
Nation / command
Official email
Focus for the briefing
REQUEST BRIEFING →
Or contact directly · sales@tracevector.tech
TRACEVECTOR MISSION NETWORK
Vendor-authored capability material in response to NATO SOFCOM RFI-SH-26-01. Not a NATO document; carries no NATO classification marking. Proposed baseline — an RFI response is not a contract.