Your assets already talk. We help you listen.

What you run, what it already reports, over which protocols and networks, where that data goes now and who sees it, and what can be read today without touching control.What you run, what it already reports, over which protocols and networks, where that data goes now and who sees it, and what can be read today without touching control. One site or one fleet.

How field data reaches your operations without putting control at risk: read-only first, which networks are segmented from which, where the data lives and stays, who sees what.How field data reaches your operations without putting control at risk: read-only first, segmentation, where the data lives and stays, who sees what, upgrades and backups, what your security review will want written down.

The workshop that writes down your operating model: your assets and the places they belong to, the measurements that matter for each, what “normal” means for it, which changes deserve a person, and who that person is.The workshop that writes down your operating model: your assets and the places they belong to, the measurements that matter, what “normal” means for each, which changes deserve a person, and who.

One site, a scope, the people, and the checks that decide it in advance: what counts as proof, measured how, by when.

The devices already on your assets are read over the protocols they speak: cellular trackers, LoRaWAN, Modbus, BACnet, OPC UA, OCPP, SNMP. Across a line that reads and never writes; the read-only state is proven by a test, not promised.The devices already on your assets are read over the protocols they speak, across a line that reads and never writes.

Every asset becomes one row of one record on your server, with its live reading, its history, its place and its people. One record across depots, sites and hauliers, not one dashboard per vendor.Every asset becomes one row of one record on your server: live reading, history, place, people.

The record learns each asset’s usual for this hour of the week — a median and a spread over 28 days — written out so a person can check it.The record learns each asset’s usual for this hour of the week, written out so a person can check it.

A reading leaves its band, a trend runs toward a limit at its own rate, an upstream fault explains a dozen silent devices at once. The record says which, in a sentence with its evidence.A reading leaves its band, a trend runs toward a limit, an upstream fault explains a dozen silent devices at once. The record says which, with its evidence.

A work order reaches the technician’s phone, offline or not; the result reaches your ERP through the interfaces you name. Nothing acts on a machine unless you switch that on, with a written reason, and it counts as done only on the machine’s own evidence.A work order reaches the technician’s phone, offline or not; the result reaches your ERP. Nothing acts on a machine unless you switch that on, with a written reason.

vehicles · farms · buildings · remote sites · energy plants · EV depots

cellular trackers · LoRaWAN · LwM2M (NB-IoT, LTE-M) · Modbus TCP · SunSpec · BACnet/IP · OPC UA · OCPP 1.6 / 2.0.1 · SNMP · MQTT · Sparkplug B · CoAP · HTTP

each asset’s usual by hour of week (a median and a spread), its trends at their own rate, its dependencies, and rules proposed from its own history with their backtest; a person confirms every one.

nothing, unless it is switched on for that site, with a written reason; a command counts as done only on the device’s own evidence.

annual, per installation: the platform, the verticals you run, and a device tier.

A LoRaWAN smart-city system demonstrated to the Punjab Information Technology Board. Under a memorandum of understanding signed in April 2021, Chirp built and demonstrated a working LoRaWAN system for the province’s smart-city programme in Lahore.Under an MoU signed in April 2021, Chirp built and demonstrated a working LoRaWAN system for the province’s smart-city programme in Lahore.

A field tool for commissioning LoRaWAN sensors. For an IoT product company: an Android app that connects to a sensor over Bluetooth, walks the installer through deploying it on a LoRaWAN network and registers it with the cloud.For an IoT product company: an Android app that walks the installer through deploying a sensor on a LoRaWAN network and registers it with the cloud.

An end-to-end LoRaWAN water-metering system for a town’s water utility. Before Chirp, its founder was the system’s IoT architect: meters in the pits, the gateways, the network server and its device provisioning, the sensor decoders, the head-end, the utility’s own dashboards.Before Chirp, its founder was the system’s IoT architect, from the meters in the pits to the utility’s own dashboards.

ChirpyWAN, Chirp’s own deployment tool for LoRaWAN networks, a finalist in Momenta’s LoRaWAN Startup Challenge. One of five finalists, chosen to pitch in Berlin on 13 June 2019. The application built, tested and validated a LoRaWAN network in the field — a network scan, a built-in sniffer, power-level, data-rate and channel validation, range tests — with coverage surveys, installation and end-to-end testing as the services around it. Each finalist received a year’s Adopter membership of the LoRa Alliance (the Alliance’s letter of 3 June 2019, on file). No source names the winner, so this line stops at finalist.One of five finalists, chosen to pitch in Berlin on 13 June 2019. The application built, tested and validated a LoRaWAN network in the field: a network scan, a built-in sniffer, power-level, data-rate and channel validation, range tests. Each finalist received a year’s Adopter membership of the LoRa Alliance (the Alliance’s letter of 3 June 2019, on file). No source names the winner, so this line stops at finalist.

4.9 of 5 from four verified client reviews of our engineering work.