Safety · the pillar
The human mesh is the people you already trust to notice. Edge Orbital is the infrastructure underneath it — the layer that lets your people see you before something happens, not after.
Most safety tools wait for a perfect button press under stress. This one starts earlier — route, motion, context, and the network itself — so the moments that matter don’t fall through the cracks between attention and infrastructure.
Four doors, one mesh
Each radar is the same underlying system — sensor fusion, route awareness, silent escalation — tuned to a different failure mode. Start at the one that fits the walks you already take.
The walk from the library to the dorm. The sorority house to the bar. Roommates and the closest people, made into a system that notices when the corridor doesn’t complete.
Lead pillar →Bourbon Street to your Uber. The late shift to your car. Off-campus walks that don’t fit a campus boundary — same radar, broader corridor.
For the city →The team that travels together. The cohort that splits and regroups. Athletic teams, study-abroad groups, conference travel — the mesh that holds when the group can’t.
For groups →Backcountry, search-and-rescue, the corners of a city where cellular fades. The radar designed for the conditions where everyone else’s tools quietly stop working.
For the gaps →For operators · the parallel pillar
The radar built for the walks you take has a structural counterpart: a sensing layer for the infrastructure that does not have a person walking it. Pre-incident detection for the unguarded — built for the 74,000 substations, 900+ rural electric cooperatives, BESS, solar, and small-industrial sites that enterprise security vendors don’t profitably serve. Same architecture, different door.
Public safety is an information problem. Power and pole networks are first-strike targets — and the smaller utilities that own most of them can’t afford enterprise perimeter vendors. The human mesh is the dual-use answer: continuous visibility into critical infrastructure at a price the rural co-op can actually write a check for, deployed by the same protocol stack that supports campus and city-center safety today.
Live on the App Store
The first node in the human mesh is the phone in your pocket. Tripwire Recon is the live iOS app that proves the sensing layer ships now — accelerometer, microphone, GPS, Bluetooth, UWB, LiDAR — while the broader radar is being built on top of it.
No signup · iOS only
What the radar watches for
A real safety layer starts before the panic moment, with signals that travel even when attention breaks. These are the four the system is built around.
A stop in the wrong place at the wrong time should not look invisible to the people who are supposed to notice.
Movement tells the truth faster than most people can narrate it. The radar knows the difference between normal drift and something worth checking on.
Silence is a signal. Missed arrivals and missing motion should propagate through the mesh, not stay buried in one phone.
Trusted contacts get a clean path to context, location, and urgency — without forcing the user into a loud, visible action.
Why the human mesh, why now
FAQ
The people you already trust to notice — roommates, group chats, the friend who waits up. Edge Orbital builds the infrastructure that lets that mesh see you before something happens, not after, instead of asking it to react in the moment.
Sensor fusion and edge AI for personal safety. The phone is the first node: it runs Tripwire Recon, a live iOS app that proves the sensing layer today. Wearables, ambient nodes, and a live spatial database extend the radar over time.
A reactive button asks for a perfect press under stress, after the moment that should have triggered concern has already passed. The radar starts earlier — route awareness, deviation detection, missed check-ins, and silent escalation to your people — so context travels even when attention breaks.
Coverage gaps are exactly where most safety tools fail. The human mesh is built so the network gets stronger, not weaker, when infrastructure gets unreliable — phones cooperate, nearby nodes carry signal, and the spatial database keeps context flowing.
Start where the walks already happen. The campus pillar is the lead surface; Tripwire is the live proof you can hold today.