Coverage that routes around obstacles
Place BliqRelays where BLE is actually heard. BliqMesh carries observations back over a self-forming, always-powered infrastructure.
Built on BliqMesh
Turn scattered Bluetooth sensors into a reliable mesh data network for industrial, commercial, smart-city, and smart-home environments—with local control, installer-grade diagnostics, and MQTT-ready observations.
The platform
BleMeshScanner collects every relevant advertisement through always-powered BliqRelays, moves it across BliqMesh, and delivers normalized observations to your applications—without forcing every sensor to reach one gateway.
Place BliqRelays where BLE is actually heard. BliqMesh carries observations back over a self-forming, always-powered infrastructure.
Track scanner provenance, RSSI, payload history, deduplication behavior, and device health from one installer workspace.
Publish predictable MQTT events to the system you already use. Local storage supports diagnostics; your application remains the system of record.
Declarative BLE rules can whitelist devices, suppress repeats, and move door, leak, or safety events to the front of the queue.
From truck roll to corporate platform
BleMeshScanner turns commissioning evidence into an operational data contract. The same local tools that help an installer finish the site also give engineering teams a repeatable way to govern and integrate it.
Watch real BLE advertisements arrive with address, company, payload, signal quality, and scanner provenance.
Know what is really in the air.See the BliqLink, BliqRelays, decoded sensors, advertisers, observed paths, and mesh routes in one live topology.
Prove coverage before leaving.Move from a node to its packets, RSSI, decoder output, route state, last-seen evidence, and service health.
Replace guesswork with evidence.Whitelist, blacklist, prioritize, decode, and select modes locally—then sync one intentional configuration.
Send only the data that matters.Consume normalized live MQTT events and portable versioned settings from your own corporate applications.
Build your workflow on top.Built to evolve
The roadmap grows the same observable BliqMesh foundation without turning cloud availability into a dependency for field operations.
Future industrial BliqRelays bring allowlisted CAN bus sensor frames into the governed mesh path, while BliqBridge expands Modbus and BACnet integration.
Hardware + protocol roadmapSigned firmware, compatibility checks, staged rollout, visible progress, rollback, and recovery are planned for managed BliqLink, BliqRelay, and BliqEdge fleets.
V1.5 security · V1.6 delivery roadmapSigned, isolated providers will push normalized events to AWS, Azure, Google Cloud, webhooks, databases, analytics, and private clouds without blocking local collection.
V3 after V2 hardware stabilityV1.15 is the end-to-end stabilization milestone for the first native BliqSensor across hardware, service, desktop, installer tablet, and installation packages. Its current BLE compatibility path is working; acknowledged high-priority custody remains in development and must pass hardware regression before release.
V1.15 end-to-end release gate · custody in developmentReduce the cost of every rollout
Traditional wireless deployments can consume hours in site surveys, placement experiments, troubleshooting, and return visits. BleMeshScanner gives installers live evidence while they work—and turns the first successful location into a repeatable network plan.
Place the BliqLink, BliqRelays, and Survey Beacons. Measure current links, difficult corners, obstructions, redundancy, route cost, and estimated packets per second.
Save the measured layout, capacity forecast, confidence, weak-link guidance, and device locations as a reusable site plan—not notes trapped in one installer’s memory.
At the next similar store or facility, follow the proven plan, power the network, confirm live coverage, and finish—without rebuilding the deployment from guesswork.
Built for real sites
Use the sensors you already trust, then expand coverage and observability without replacing the application above them.
Monitor doors, pallets, zones, and environmental conditions across aisles, docks, coolers, and hard-to-reach corners.
Bring temperature and humidity observations out of coolers and freezers with signal history that installers can verify.
Make water leaks, door changes, occupancy, and equipment conditions visible before they become support calls.
Bring BLE observations into plant, facility, vehicle, and automation workflows through MQTT today and an expanding industrial edge roadmap.
From wireless sensing to operational control
Use BleMeshScanner as the visibility layer for sensors, then connect normalized events to enterprise and industrial applications without turning every field device into a custom integration project.
Stream normalized observations, provenance, health, and decoded values into dashboards, automation, analytics, and customer applications.
Connect local registers and industrial devices to the same governed edge data path.
Bring building automation points and BLE sensing into a shared operational view.
Collect allowlisted CAN sensor frames at the relay, preserve bus provenance, and carry normalized measurements through the same managed mesh data path.
A platform, not a point product
Stable product roles sit above the transport, keeping deployments adaptable as radios and protocols evolve.
V1 delivers BLE collection, BliqMesh transport, diagnostics, and MQTT. The roadmap adds Modbus RTU, BACnet MS/TP, CAN bus sensors, secure OTA, and isolated cloud/customer Extensions without changing the product model.
Creates and manages the BliqMesh network.
Always-powered coverage and BLE collection.
Native sensor or actuator endpoints.
Connects external protocols and systems.
Local USB interface to host operations.
Technical details
Engineered as a native local service—not an appliance stack your customer has to babysit. Connect a BliqLink, install the service, and operate the network from a focused diagnostics experience.
Docker is used for development and the marketing website. The deployed BleMeshScanner agent runs directly as a managed operating-system service.
Connect the BliqLink and the host service discovers its serial interface, restores saved settings, and begins health reporting automatically.
V1 installer workflowOpen one timed commissioning session, press the Provision button on each approved device, then name and locate every successful join.
V1 active capabilityPan, zoom, identify, and inspect BliqAnchors, BliqRelays, BliqEdges, BLE sensors, route health, and last-seen evidence.
V1 diagnosticsDesigned for background operation on Windows, macOS, and Linux with platform-native service supervision and a separate operator UI.
macOS V1 · Windows/Linux rolloutEvery accepted observation is normalized, attributed to its scanner, hash-addressable, and delivered through an application-owned MQTT contract.
V1 data pathBliqBridge providers add local polling, caching, commands, and routing for Modbus, BACnet, and future industrial protocols.
V3 architecture roadmapFits your edge architecture
Use the USB BliqLink with a Windows, macOS, or Linux computer for a complete local installation. For embedded and industrial deployments, the UART BliqLink integrates the same BliqMesh data path into an edge gateway.
Direct to PC or local host
Embedded edge integration
NETWORK HEALTH
Installer-grade operations
✓Provision and locateName infrastructure by location and identify it with a physical LED.
✓Diagnose liveInspect packets, decoded sensors, signal strength, and mesh paths.
✓Self-monitorHealth indicators, watchdogs, reconnect logic, and service-owned configuration reduce field support.
Your data. Your applications.
Export a complete, versioned configuration for modes, rules, decoders, and delivery settings. Apply it to another store, compare its content hash, and do nothing when the site is already aligned.
bliqmesh/v1/links/{linkId}/desired/config
{
"schemaVersion": 1,
"configurationVersion": 42,
"contentHash": "sha256:…",
"sections": ["modes", "rules", "decoders"]
}Start a conversation
Tell us about the sensors, footprint, and systems you need to connect. We will map the shortest path to a useful pilot.