Blameless Verification for Autonomous Fleets & Industrial OT.
When an autonomous haul truck, port crane, or AGV fleet stalls, downtime costs $100,000+ per hour—and vendors point fingers. Nifler correlates wireless networks, onboard compute, and fleet controls in real time to prove root cause and automate Site Acceptance Testing (SAT).
End the Multi-Vendor Blame Game
Replace days of war-room finger-pointing across RF, compute, and robotics vendors with one deterministic root-cause verdict.
Blames site wireless coverage whenever an autonomous haul truck, crane, or AGV triggers an emergency stop.
Blames onboard compute buffers or clock sync when packets fail to reach the autonomy stack.
Blames fleet navigation software when PLC and safety heartbeats miss their deterministic deadline.
Built for Mission-Critical Environments
Mining, Quarries & Autonomous Haulage
Validate haul truck connectivity, positioning stability, and sub-second recovery across open-pit and underground shadow zones.
Ports, Maritime & Intermodal Terminals
Prevent ship-to-shore crane and AGV stalls across high-density container yards, wireless handoffs, and hoist interlocks.
Autonomous Warehouses & Smart Factories
Eliminate high-speed aisle roaming blackouts, fleet broker desyncs, and PLC conveyor handoff failures before go-live.
Energy, Utilities & Defense Robotics
Certify BVLOS drones, substation robotics, and air-gapped edge fleets with deterministic Site Acceptance Testing (SAT).
Network Gateway Mode (Works With Locked OEM Fleets)
Ideal for warranty-locked OEM vehicles (Caterpillar, Komatsu, Konecranes, Geek+, Dematic). Passively verifies per-vehicle health directly from your network gateway or switch without touching the vehicle OS.
Onboard Edge Mode (With Dead-Zone Sync)
Lightweight edge deployment for custom robotics and industrial IPCs. Buffers high-precision diagnostics during offline RF shadow zones and syncs automatically on reconnect.
Ready to Ship Without Breaking Production?
Connect your staging or preview environment and get your first autonomous full-stack test run in under 5 minutes.