Sentinel is the vendor-neutral command layer for one-human-to-many-machine operations. One operator coordinates drones, robots, sensors, and AI agents — across vendors, in real time, with policy and audit built in.
Operators at critical sites are drowning. More autonomous systems doesn’t fix it — it makes it worse, because every vendor ships its own console.
The unsolved problem isn’t building more machines. It’s making them governable by small human teams.
Sentinel translates mission intent into coordinated action across mixed-vendor autonomy — and produces a defensible record of every decision.
Operator says “sweep north perimeter”. Sentinel resolves it into per-asset tasks across drones, robots, sensors, and AI agents from any vendor.
From thousands of inputs, surface only the few that need a human. Everything else is handled, queued, or logged automatically.
Policy, rules of engagement, and approval chains compiled into runtime enforcement. No escalation happens without the right human in the loop.
Every input, decision, override, and outcome timestamped and replayable. Audit-ready for operational review and regulators.
We sit between the vendor stack you already have and the human team you can’t hire more of.
Three forces converging in the same 18-month window.
Ports, airports, and utilities are adding drones, robots, and cameras — each from a different vendor, each in its own console.
Staffing pressure, turnover, and rising expectations. Headcount cannot scale with machine count.
CISA, FAA, NERC, and DoD JADC2 / Replicator are writing human-machine teaming and auditable autonomy into requirements.
On-site walkthrough. We map your vendor stack, operator workflow, and bottlenecks. You get a deployment plan whether you continue or not.
Sentinel installed on one site, integrated with your existing assets. Measured against your current operator KPIs.
Full deployment with 24/7 monitoring, policy & ROE management, and audit pipeline. Expandable across additional sites.
Free two-week site assessment. We’ll map your stack and show you what a single operator could actually run.