Krobjob Grid — Bangkok Showcase (Pratunam)

Network health

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Merchants connected

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Fleet online (drivers + tags)

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Avg delivery reliability

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Radio channel load

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Busiest device airtime (legal ≤1%/hr · NBTC)

Deployment plan (Pratunam)

Place a ~100-node grid across the district: a gateway hub, a backhaul ring of relays, a merchant node on every real venue, plus asset-tracker tags across the market.

Place equipment (tap, then tap map)

GGateway hub

RMesh relay

MMerchant node

🏍️Driver

TIoT tracker

Scenario

Coverage & cellular-dead zones

No-cell zones (red hatch) are curated garment-market interiors, podium parking, underground rail and canal-side blocks where carriers fade but our sub-GHz mesh reaches — the exact places the energy dashboard's “no cell” badge comes from. Coverage gaps (grey) shade anywhere outside every mesh ring — “needs a node”. Toggle both from the ⚙ options bar.

For terrain-exact links, import a Meshtastic Site Planner GeoJSON export (run at 17 dBm e.i.r.p. from your gateway site).

Show terrain overlay

No terrain loaded — using the flat log-distance model.

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Hardware

Signal power

Antenna

Height

Indoor loss

Hardware catalog — live numbers

Range at the current area type + preset: hubs/relays = coverage to a street-level device; devices = uplink to an 8 m gateway mast. Every unit ≤50 mW e.i.r.p.

Legend

Gateway Relay Merchant Driver IoT No-cell (mesh-only) Coverage gap Direct packet Relayed packet