ZnakOS
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About

About ZnakOS

ZnakOS delivers signed road-condition alerts to vehicles over the cellular network, so every vehicle knows before it arrives.

ZnakOS is a working prototype running live in Dubai.

Contact

01 — ZNAKOS

Core Team

ZnakOS
A product of

NEXTWRKS

ZnakOS is built by Nextwrks, a strategic design and engineering practice that creates deeply integrated systems across architecture, artificial intelligence, mobility, robotics and digital experience.

  • Architecture
  • Artificial intelligence
  • Mobility
  • Robotics
  • Digital experience
Core Team
Owns
Direction, architecture and the long-term roadmap.
Guards against
Fragmented systems, short-term compromises and vision diluted in delivery.
Profile
Founder of Nextwrks. Leads ZnakOS from strategy to system architecture, shaping how connected and autonomous mobility can run on shared, trusted intelligence. Builds for the decade ahead, not the next release.
Owns
Build quality, speed and reliability of the platform and its interfaces.
Guards against
Slow responses, fragile releases, and a gap between what is designed and what ships.
Profile
Builds the fast front end, the real-time interfaces and the live-signal and animation layer that drivers and operators see. Keeps every screen fast, clear and consistent from first load to final alert.
Owns
Data protection, the integrity of signed messages and the resilience of the cloud side.
Guards against
Data leaks, tampering with signals and uncontrolled access.
Profile
Sets the rules for how signals are signed, who can read them and how the system recovers when something fails. Keeps security and resilience at the centre of every build.

02 — Roadmap

What runs today, and what comes next.

From the live core engine to the physical road.

  1. Phase 01

    Core V2N Engine

    Live · Dubai

    Edge signal dispatch, live obstacle indexing and dynamic speed-zone alerts, delivered through the operator console and the phone OBU.

  2. Phase 02

    Fleet Integration

    In development

    API connectivity for commercial fleets, public transit and emergency response units.

  3. Phase 03

    Autonomous Mesh

    Planned

    High-density vehicle-to-cloud telemetry mesh for autonomous navigation layers.

  4. Phase 04

    Hardware Edge Sync

    Planned

    Direct API protocols to ingest real-time spatial telemetry from miniaturized edge nodes, extending situational awareness beyond cellular devices to physical road infrastructure.

  5. Phase 05

    Ambient RF Tag Mesh

    Planned

    Backscatter tag deployment across physical road infrastructure to stream micro-location and barrier telemetry into the V2N network.