When minutes matter,
machines go first.
Titan deploys aerial, legged, and ground systems into hazardous environments to locate survivors, assess damage, and support rescue teams — without putting additional lives at risk.
Disaster Response
Coordinated multi-platform deployment within hours of natural disasters — aerial systems map the impact zone while ground and legged units begin systematic search operations.
Wilderness Search
Aerial platforms equipped with thermal and LiDAR sensors cover vast wilderness areas rapidly, narrowing search corridors and guiding ground teams to high-probability locations.
Structural Collapse
Legged systems navigate unstable rubble fields and confined void spaces that are too dangerous for human entry, relaying live sensor data to incident commanders.
Maritime Rescue Support
Aerial systems provide persistent overwatch of coastal and open-water search areas, tracking drift patterns and identifying survivors in conditions that ground visibility alone cannot cover.
Flood Response
Quadcopters sweep inundated neighborhoods for stranded residents while ground units hold the dry perimeter as supply and evacuation shuttles — searching water from above without adding boats to the hazard.
Communications Relay
When the disaster takes the network with it, Titan 0000 units carrying comms relay modules become the incident's backbone — a self-positioning mesh linking searchers, machines, and command.
From alert to found.
Search and rescue is a coverage problem under a clock. Titan's mission cycle is built to saturate a search grid with eyes — mobile and stationary — and convert detections into rescuer tasking.
Alert & Spin-Up
The Search & Rescue mission profile loads across the fleet at the staging area. Machines self-check, sensors calibrate, and the fleet rolls while incident command is still setting up tents.
Grid the Zone
Titan Command Center divides the search area into probability-weighted grid cells. Titan 88 quadcopters fly the first thermal sweep to shrink the zone before ground assets commit.
Drop the Grid
Module ESP pods disperse across the search grid — acoustic and thermal listening posts that keep watching a cleared cell after the machines move on. Searched never means unwatched.
Search Every Layer
Titan 0000 works roads and access routes, Titan 1111 goes into rubble, voids, and slopes no wheel can take, Titan 88 holds the thermal picture from above — one grid, three layers.
Detection to Rescuers
Model-first detection triages candidate signatures on-device; operators confirm and dispatch human teams with exact coordinates, approach routes, and a live feed of what's waiting.
Sustain & Hand Over
Battery packs swap in the field so coverage never pauses, and the hash-chained mission log hands incident command a complete timeline — every cell searched, every detection, every decision.
Everything that searches.
- Titan 0000 — access routes, supply runs, and mobile comms relay
- Titan 1111 — rubble, voids, and slopes beyond any wheel
- Titan 88 — thermal sweep, drift tracking, and overwatch
- Module ESP — dispersible listening posts across the search grid
- Thermal imaging modules for survivor detection day or night
- Spotlight and speaker emitters — illuminate, mark, and speak to survivors
- Swappable battery packs for field endurance without a return trip
- Search & Rescue mission profile — ships in Titan Core OS
- Mapping of collapsed and trackless terrain as it's encountered
- Model-first survivor detection (thermal + VLA / vision+LLM)
- Path planning across probability-weighted search grids
Disperse, listen, recover. Pods saturate the grid so a survivor who moves or calls out after the sweep is still heard — and when the search ends, the pods come home for the next one.
Software for the worst day.
Titan Core OS
Disaster zones have no network by definition. Titan Core OS runs the entire search stack on-device — navigation through unmapped rubble, detection, triage — buffers every finding, and syncs the moment a relay comes into range.
Titan Command Center
Titan Command Center is incident command's live map: every machine, pod, detection, and human team on one picture, with teleop into any unit when a void space needs a human's judgment through a machine's body.
Titan Matrix
You can't rehearse an earthquake on real rubble. Titan Matrix generates collapsed-structure worlds, night-storm searches, and sensor-degraded sweeps — so the fleet's first deployment into chaos is never its first exposure to it.
Built to run alongside human teams.
Machine detections, grid status, and live feeds share into the incident command structure rescuers already use. Titan extends the search — it doesn't ask the operation to reorganize around it.
Unstable voids, gas pockets, moving water — machines enter first and report. Human teams commit to a location because a machine has already been there and shown them what's inside.
With 8+ hours of continuous operation and battery packs swapped in the field, coverage is limited by the search plan, not by charge cycles — the grid stays watched through the night.
The hash-chained mission log reconstructs the entire operation — cells searched, timings, detections, decisions — for after-action review, training, and the accountability that follows every incident.
Autonomous systems don't replace rescuers — they protect them.
Every search and rescue operation is a race against time and risk. Titan's platforms enter hazardous environments first, providing real-time intelligence that allows human teams to operate with greater precision and less exposure. The result is faster response, broader coverage, and fewer secondary casualties.