Vehicle-to-network road intelligence

Every vehicle knows before it arrives.

ZnakOS turns road changes into signed messages and delivers them to vehicles over the cellular network. No roadside hardware. Live today.

Move across the field. Every touch is a signal.

Status: ● Running
Message cell: About 1 km
Dubai time: 00:00:00 UTC+4
Dubai, United Arab Emirates: Entrant, RTA Dubai World Challenge for Self-Driving Transport 2027

02 — From road to cabin

How it works

01Declare
An authority or operator declares a change: roadworks, a lane closure, an obstruction or a diversion.
02Sign and publish
The platform signs the message and publishes it once per map cell of about 1 km.
03Resolve
Overlapping conditions are ranked by authority, and each vehicle gets guidance that fits its capability.
04Alert
The driver's phone checks the signature and alerts in the driver's language. Drivers can confirm or deny what they see.

03 — Signal levels

Five guidance levels from one signed message.

Distances are examples, not specifications.

04 — Built to be trusted

01/04

The driver's phone and the existing cellular network do the work.

02/04

Every message is signed, and the phone checks it before alerting.

03/04

It says when it is estimating, and it never replaces the driver's judgement.

04/04

The driver app speaks 8 languages, with short spoken alerts.

05 — Who it's for

Single-Source Dispatch & Proof of Notification

Publish Once, Broadcast Instantly: Declare active work zones, lane closures and emergency corridors once. They are propagated to all nearby endpoints in real time.
Cryptographic Audit Trail: Track exact vehicle reception timestamps and compliance data to support accountability for municipal road networks.

Machine-Readable Feeds & Chain-Collision Prevention

Low-Latency Ingestion: Direct API streams feed machine-readable hazards straight into telematics and route-planning engines.
Early Hazard Awareness: Anticipate slowdowns, severe weather and visual blockages well ahead of physical sensor range.

SAE Level 3 Handover & Sensor Gap Coverage

Structured Takeover Requests: Trigger timed driver-reengagement protocols before vehicles reach non-navigable road hazards.
Beyond-Line-of-Sight Data: Bridge visual occlusion gaps (blind curves, heavy dust, fog) with signed infrastructure telemetry.

Natural Language Warnings & Crowdsourced Proof

Plain Spoken Alerts: Receive clear, distraction-free voice warnings in your native language before encountering hazards.
Human-in-the-Loop Validation: Validate or clear live road conditions with a single touch or voice response to keep the mesh accurate.

Try the simulation, then add your name to the early access list.