Drone Integration, Both Sides
Red-side UAS command, telemetry, and video into the common operating picture. Blue-side detection, tracking, and cueing for counter-UAS. One team that understands both halves of the drone problem.
JAM MISSION SOLUTIONS // DELIVERING SOLUTIONS, NOT DREAMS
JAMMS builds TAK plugins, servers, and drone integrations that fuse tracks from any sensor and run on any hardware. Open standards, documented interfaces, and source your government team can read line by line.
CAPABILITIES
From the plugin on the operator's device to the server infrastructure behind it, JAMMS covers the full TAK stack.
Red-side UAS command, telemetry, and video into the common operating picture. Blue-side detection, tracking, and cueing for counter-UAS. One team that understands both halves of the drone problem.
Mission-specific capability delivered across the full TAK client family: ATAK, WinTAK, WebTAK, and TAKX. We design plugins around the operator's workflow, not around a product roadmap.
Deployment, federation, hardening, and long-term maintenance of TAK server infrastructure, sized for a squad or an enterprise. We keep the picture up and the certificates current.
Correlating detections from radar, RF, EO/IR, and acoustic sensors into single, trustworthy tracks. We work signals with and without demodulation, so even energy you can't decode still becomes actionable.
These four are where we're deepest, not where we stop. If your mission problem doesn't fit a box above, that's usually where we start. Tell us about it.
APPROACH
We own and maintain the software; your government team gets eyes on the source. Security reviews, audits, and assessments run against the real implementation, not a datasheet and a promise.
We don't sell hardware, so we have no reason to favor any. We develop to whatever radios, sensors, and compute your program has fielded, or plans to.
Open standards, documented interfaces, and portable architectures. Every design decision is tested against one question: does this narrow the program's options later?
Too much tactical software is a front end built by engineers for other engineers: lat/long, radians, altitude in meters. A military veteran vets everything we deliver, and we guarantee it speaks the operator's language. MGRS by default, three-digit headings in degrees, altitude in feet.
A capability you can't open up and inspect isn't a capability. It's a guess.
TRACK FUSION
Operators don't need three markers for one aircraft. Our fusion pipelines correlate detections across sensor types and confidence levels, deconflict them, and publish a single coherent track into TAK.
IN : RADAR · RF (DEMOD + NON-DEMOD) · EO/IR · ACOUSTIC
OUT : CORRELATED CoT TRACK · SOURCE LINEAGE · CONFIDENCE
QUALITY
Software that cues an operator to a track has to be right. Our quality practice is built in from the first commit, not bolted on at delivery.
Requirements traceability, peer review, and automated test gates run through the whole lifecycle. Verification is continuous, not a phase at the end.
Fusion and signal processing are validated against representative data, degraded links, and contested RF environments, because that's where they'll live.
Every delivery ships with the design docs, interface specs, and test evidence a government team needs to review it in depth and field it with confidence.
CONTACT
Whether you're scoping a plugin, standing up TAK infrastructure, or fusing a new sensor into the COP, start with a conversation with our engineers.