DPIIT Recognised Startup

Safety infrastructure for the dead zones that matter most

Enterprise emergency alerts that work in basements, stairwells, parking garages, and every other place your phone signal dies. No cellular dependency. No blind spots.

Open Live Dashboard →
0 ms
Cellular dependency
BLE
Multi-hop relay mesh
Patent
Pending (April 2026)

Your safety system has a coverage problem

Enterprise SOS systems depend on cellular signal. But emergencies don't wait for bars. Stairwells during evacuations. Parking garages at night. Basement server rooms. These are the exact environments where people need help most, and where their phones go silent.

๐Ÿ—๏ธ
Basement levels B1-B3 No Signal
๐Ÿ…ฟ๏ธ
Underground parking No Signal
๐Ÿšช
Fire stairwells No Signal
โš™๏ธ
Service corridors No Signal
๐Ÿฅ
MRI/shielded rooms No Signal

Alerts that propagate through walls, not airwaves

01

SOS Triggered

Employee presses the physical button on their ID-card-sized Safety Node. No phone needed. No app to open.

โ†’
02

Relay Hops

Alert propagates via BLE through fixed anchor nodes at structural choke points. Hop by hop, through concrete and steel.

โ†’
03

Gateway Reached

Signal reaches a gateway at the connectivity boundary. Duplicate suppression ensures one clean alert, not noise.

โ†’
04

Ops Alerted

Security operations dashboard lights up with the exact zone, time, and identity. Response begins immediately.

Built for the hardest environments

๐Ÿ“ก

Safety Node

Compact wearable in ID card form factor. Physical SOS button. Zero training required. Clip it on and forget about it until you need it.

๐Ÿ”—

Relay Anchors

Low-power fixed nodes installed at structural choke points. They form the mesh backbone that carries alerts through dead zones.

๐Ÿ“Š

Monitoring Dashboard

Web-based interface for security operations teams. Real-time alert tracking, zone mapping, and incident history.

Open Live Demo →
๐Ÿ”ฌ Patent-Pending Technology

The last safety gap in enterprise infrastructure is about to close

Zevoria's three-variable scheduling algorithm with bounded propagation logic and duplicate suppression is purpose-built for the physics of indoor dead zones. Not repurposed from consumer IoT. Not adapted from outdoor mesh. Designed from first principles for the spaces everyone else ignores.