// 05 // NETWORK LAYER //

Distributed P2P Mapping Network

A hybrid WebRTC peer-to-peer mesh carrying real-time GPS telemetry and social mapping for millions of concurrent drivers.

Following the same scaling model that made Spotify's early distribution economics work, active nodes relay encrypted location deltas and map chunks directly between peers.

Server bandwidth is offloaded to the edge of the network, eliminating the central bottleneck of conventional navigation platforms. Density becomes an asset: the more drivers in a region, the faster the mesh resolves tiles and the lower the marginal infrastructure cost per user.

ENCRYPTED DATA CHANNELSSIGNALLING FALLBACKEDGE TILE CACHE

PEER OFFLOAD

87%

bandwidth served by edge nodes

CONCURRENT NODES

1.2M

sustained mesh capacity target

P2P LATENCY

24ms

median data-channel round trip

SERVER COST

-71%

per active user at density scale

05.2 // CORE FEATURE

Global Synchronized Telemetry

GLOBAL SYNCHRONIZED COMMUNITY ODOMETER LIVE INGEST

,,KM

Every kilometer driven by every node anywhere on the planet lands in a single authoritative counter within milliseconds — a powerful social primitive and a solved distributed engineering problem.

INGEST RATE

1.4M coord/s

SYNC WINDOW

< 1 ms

ACTIVE DRIVERS

LIVE COUNT

05.3 // OBSERVABILITY

System Diagnostics & State Hydration

An automated bug reporting engine sits under the entire application. On any critical failure it captures a full GPS state snapshot, the routing error chain, the client state tree and the local session logs, seals them into an encrypted packet and ships them ready to debug.

Satellite sync status, mesh health and network jitter are sampled continuously, so regressions surface as telemetry before a single user files a report.

[+] State tree snapshot on crash
[+] GPS + routing log capture
[+] Encrypted diagnostic packets
[+] Continuous network health checks

/var/log/streetwizard/diagnostics.log SAT SYNC: NOMINAL

streetwizard@edge:~$ █