Labs · Internet of Things
IoT Labs builds connected products that sense, decide and act on their own — without streaming data nobody uses or waiting on the cloud. The edge AI, embedded firmware, sensor networks and secure fleet management are how we get there.
01 / The problem
Most connected products stream data nobody acts on, depend on the cloud to do anything, and can never be updated once they ship. We close that gap.
Sending every reading to the cloud adds latency, cost and a hard dependency on connectivity.
Dashboards full of telemetry but nothing that actually acts on what the sensors are saying.
Devices shipped and forgotten — no secure way to patch firmware or push new models.
02 / Capabilities
From the silicon to the dashboard — one team across firmware, connectivity, cloud and apps.
On-device inference so devices sense, decide and act without waiting on the cloud.
Low-power firmware for microcontrollers and SoCs, built for reliability in the field.
Telemetry pipelines from sensor to dashboard — buffered, compressed and resilient.
BLE, Wi-Fi, LoRa, cellular and MQTT — the right link for range, power and cost.
Provisioning, monitoring and secure over-the-air updates across the whole fleet.
Natural voice and ambient UX on-device — the same work behind our Sofi assistant.
03 / Systems we build
Vending machines, charging stations and workshop equipment all need the same thing: embedded software that keeps running for years with no developer nearby. We do that programming — the same firmware work as our robotics — and design the hardware and system architecture when something needs unblocking.
Controllers and telemetry for vending machines — cashless payments, stock and fault reporting, and remote monitoring so an operator sees every machine from one dashboard.
Control electronics and firmware for hydrogen (HHO) engine carbon-cleaning machines — electrolysis and gas-output regulation, safety cut-offs, treatment cycles timed to engine size, and workshop diagnostics.
Control electronics, metering and billing for car-charging and battery stations — connected, monitored and updatable in the field.
Board-level design reviews and system architecture for IoT and robotics — we come in to find and fix the block that is holding a machine back.
04 / How it connects
Every layer is ours to build and to run — so there is no gap between the firmware and the app your team opens.
Senses & runs edge AI
BLE · Wi-Fi · LoRa · cellular
Ingest, store & orchestrate
Monitor & control anywhere
05 / Questions
The full stack: device firmware and edge AI, the connectivity layer, the cloud backend that ingests telemetry, and the apps and dashboards your team uses to monitor and control the fleet.
Start
From prototype to production fleet — we’ll build the hardware-software stack around it.
Get in touch or see our IoT solutions service