When a phone has no signal, a phone-based SOS is useless. Zevoria is building the relay infrastructure that bridges that gap — from deep cellular dead-zones to server, without depending on the user's phone.
Basement parking, stairwells, service exits, and loading corridors have no usable cellular signal. Phone-based SOS fails silently — no alert, no record, no response.
CCTV and guard logs document what happened after an incident. They cannot generate a real-time alert while one is unfolding.
Company duty of care does not end at the office gate. Night shift transport is the highest-risk window. No existing product covers the journey door-to-door.
Under OSHWC Code 2020, inability to demonstrate real-time safety infrastructure is not just an HR gap. When an incident occurs in a dead zone, it becomes a corporate liability event.
You don't install safety infrastructure because you expect an emergency. You install it because your legal team cannot resurrect an employee.
A fire extinguisher is used in 0.01% of cases. A seat belt in 0.01% of journeys. Safety infrastructure is never measured by how often it triggers. It is measured by the cost of the one time it is needed and is not there.
Fixed relay anchors at structural choke points bridge the signal gap. The alert propagates hop by hop until it reaches a connected gateway — no cellular required at the point of trigger.
A physical button press on a compact wearable device initiates an emergency packet. Dual-press activation. No phone, no app, no network required at the point of trigger.
Relay anchor nodes installed at stairwell landings, lift lobbies, and corridor junctions receive the signal and forward it hop by hop. Bounded propagation logic prevents network flooding. Duplicate suppression eliminates rebroadcast chaos.
Fixed anchor architectureA receiver at a connectivity boundary captures the relayed alert, appends timestamp and metadata, then forwards structured event data upstream via Wi-Fi or cellular.
Security teams see the alert, origin, relay path, and status on a monitoring interface. Real-time. Documented. Auditable. No silent failure.
Architecture under alpha validation. System design subject to refinement based on controlled test results.
A compact wearable in ID card form factor. Physical SOS trigger. Short-range BLE communication. Designed for zero-friction continuous carry — it looks like a standard employee badge.
Low-power nodes installed at structural choke points: stairwell landings, lift lobbies, service corridor junctions. Bridges vertical and horizontal signal gaps in concrete environments.
A fixed receiver at each connectivity boundary. Extracts structured event data from the relay chain, appends reception metadata, and forwards upstream.
A web-based dashboard for security operations teams. Active alerts, event history, relay path, deployment status. Every event timestamped and auditable by legal teams.
Multi-level concrete structures with zero cellular penetration across floors and ramps.
Enclosed vertical shafts between floors. No line of sight. No coverage. Maximum isolation.
Back-of-house corridors, loading docks, and staff-only access zones beyond CCTV reach.
Low-traffic pathways, remote blocks, and unmonitored open areas on large campuses.
Company cab pickup and drop-off. Duty of care extends beyond the gate. Phase 2 coverage.
Dense structural environments where signal penetration is consistently unreliable across the site.
Zevoria is not a building product. It is infrastructure for every segment of the employee journey — from home to campus and back.
Zevoria is an early-stage company. This section exists to be transparent about what is done, what is in progress, and what does not exist yet.
We are looking for enterprise environments with signal-shadowed zones willing to participate in early exploratory conversations. No purchase commitment required.
Evaluating embedded systems firms and engineers with BLE firmware, wireless protocol, and IoT hardware prototyping experience. RFQ available under NDA.
If your organisation employs people in environments with limited cellular coverage — corporate campuses, hospitals, industrial facilities, universities — we want an exploratory conversation. No purchase commitment required. We are building the pilot cohort.
Start a conversation →If your firm specialises in BLE firmware, wireless protocol development, or IoT hardware prototyping, we are evaluating development partners for the alpha build. A filed patent, a scoped RFQ, and a committed founder are already in place.
Review the RFQ →DPIIT-recognised deep-tech startup with a filed provisional patent, a defined alpha scope, and a technically validated architecture. Regulatory tailwind from OSHWC Code 2020. Building the safety data layer that India does not yet have.
Request a briefing →Zevoria is a founder-led deep-tech initiative built from first principles. Amit Prabhakar Shirke is leading product definition, patent strategy, engineering partner search, and early enterprise conversations from Mumbai.
His prior career spans 12 years of operational leadership, building and managing teams across multiple geographies. That execution discipline — not a technical background — is what drives the approach to building safety infrastructure from the ground up.
Every submission to this site goes directly to Amit. No SDR queue. No auto-responder. Every conversation is read personally.
Open to discussions with enterprise safety teams, engineering firms, and investors. Every message goes directly to the founder.
If your organisation has environments with limited coverage and you are exploring safety technology, we welcome a conversation. No purchase commitment. No sales process. Just a direct conversation with the founder.
BLE firmware, wireless protocols, IoT hardware prototyping. We are evaluating development partners. RFQ document available under NDA. DPIIT-recognised startup, committed founder, scoped budget.
Amit Shirke · Founder and CEO
amit@zevoria.in · +91 9619678822
LinkedIn Profile · Mumbai, India
Your message has reached Amit directly. Every submission is read personally. If there is a fit, you will hear back within two business days.
Reviewed personally. No SDR queue, no auto-filter.
Response within two business days if there is a fit.
No commitment required. First conversation is exploratory on both sides.