Spectara fuses radar, ADS-B and orbital tracks into a single operating picture today — with AIS, subsurface and cyber on the roadmap — and is engineered to stream exactly what each operator needs, and is cleared to see, at the scale of hundreds of thousands of tracks.
One controlling source per track. Viewers, the rule engine and every operator agree on where a track is — and was.
100k+ tracks across domains. Interest-managed delivery streams only what's relevant — never the firehose.
NATO-aligned classification + need-to-know on every object. You see only what your clearance and compartments allow.
Self-hosted on your own infrastructure. Your auth, your data, your keys — no third-party cloud dependency.
Air is operational today and the space propagator is built; sea, subsurface and cyber are on the roadmap. Every domain enters through its own adapter and becomes one canonical track — same identity, taxonomy and security label. Switch domains:
ASTERIX CAT048/CAT034 from primary radar, SBS/ADS-B from cooperative traffic, and a decoded proprietary classification field for drone discrimination — running in production today. Heading, classification and kinematics are fused into a single canonical track.
A Rust SGP4 propagator syncs the space-object catalog (OMM) and produces authoritative state vectors — built and accuracy-validated against an independent oracle. Satellites render natively in 3D; integration into the unified picture is underway.
NMEA / AIVDM streams from thousands of vessels will decode into the same canonical track model as air — identity, course and speed through the identical fusion, tiering and labeling pipeline.
Below the waterline: sonar and acoustic contacts become tracks in the same picture, carrying depth as the third spatial dimension. The volumetric model that lets an area rule extend to the seabed is the same one that lets an air zone reach an altitude ceiling.
Non-kinetic, on the same canvas: cyber events, emitters and indicators modelled as entities alongside kinetic tracks — so a rule can correlate a network event with a physical contact. Activity-based intelligence across the kinetic / non-kinetic boundary.
Fanning every track to every client doesn't survive six figures. Spectara streams each operator a snapshot then versioned deltas of exactly the tracks they're interested in — and cleared for.
Each client declares an area of interest plus standing profiles (domain, tier, class). Edge gateways enforce clearance, apply the exact spatial + semantic filter, and emit coalesced, versioned deltas. RabbitMQ coarse domain.tier.cell routing slots in underneath as load grows.
A track is promoted through tiers as sensors corroborate it — each tier fused from the last, classification carried at the high-water mark.
A single sensor's contact. Raw, immediate, sensor-local truth.
Multiple sensors fused into one authoritative track with a controlling manager.
System tracks correlated across sites into a shared regional picture, with handoff.
Synthetic & propagated tracks — orbital objects, predicted intercepts, planned entities.
Independent dead-reckoning means two screens disagree and a geofence fires on a position no one saw. Spectara refuses that. One authority publishes timestamped, versioned samples; every viewer, the rule engine and every track manager read the same timeline.
A distributed authoritative clock — NTP-disciplined, with socket time-sync down to every client and feeder — stamps sensor data, track samples and operator actions on one timebase. "Where is it, where was it" has exactly one answer.
Every track carries a bound, integrity-protected label: a classification level and a set of categories. You see a track only if your clearance dominates its level and you hold all its categories. Change your clearance and watch the picture change.
Author a rule once; the server evaluates every track against it — and notifies the right people, on the right channel, within their clearance.
Enter / exit / cross / within-distance against operator-drawn areas and lines — shared across web and mobile.
Terrain-aware occlusion with earth-curvature correction — does this track actually see that point?
Appear / disappear / on-course-to / anomalous behaviour / type & class — the patterns, not just the positions.
How many tracks in this area, of this class, right now — thresholds that fire on the count, not the contact.
In-app, email and push — recipient-resolved and clearance-filtered, so an alert never leaks classified detail.
Edit a rule and the engine picks it up immediately via a control fan-out — no restart, no polling lag.
Operators draw geometry and author rules once; they appear identically everywhere because they live in one shared, server-authoritative store.
Live tracks, drawable annotations, the rule builder, queue health & log stream — a full operations surface in the browser.
Native ArcGIS map, hooked-track trails, shared annotations & rules, push alerts — the same picture, in the field.
Space objects propagated and rendered in 3D — the elevated domain, layered onto the same operating picture.
Spectara runs entirely on infrastructure you control — self-hosted identity, database and storage, with no dependency on a third-party cloud. Authentication is locally-verifiable; data and security labels never leave your boundary.
Metrics, throughput & backpressure across the message bus and services.
Durable, partitioned messaging that decouples ingest, fusion and delivery.
Every track's authoritative timeline persisted — review exactly what happened, when.
GeoJSON, 2525 symbology, OMM, ASTERIX, NMEA — interoperable, not locked-in.
Air, sea and space — fused, time-synchronized, security-labeled, and streamed at scale to exactly the people who need it.