Service 06 · IoT & Hardware
Connected equipment, and data you can use.
Most IoT projects don't fail on the sensor. They fail on the parts in between: patchy connectivity, devices that can't be updated, data nobody trusts, and dashboards that never reach the people who need them. We own the whole chain, so the device, the network, and the software are designed to work together from the start.
A proof of concept works on ten devices, then falls apart at a thousand because provisioning, updates, and monitoring were never planned.
Devices sit in basements, vehicles, and remote sites where networks drop. Data is lost unless the system is built to buffer and resend.
Machines and meters use Modbus, serial, or vendor protocols that don't connect to modern cloud platforms on their own.
Default passwords, unsigned firmware, and open ports turn connected devices into a liability.
Device, connectivity, cloud, and application design chosen together for your range, power, and cost limits.
Gateways that collect data from local equipment, filter and buffer it, and forward it securely.
Wi-Fi, BLE, LoRaWAN, LTE-M, NB-IoT, or Ethernet, picked for each site rather than by habit.
Provisioning, device registry, message ingestion, and storage on AWS IoT, Azure IoT, or self-hosted MQTT.
Signed, staged firmware rollouts with automatic rollback, so the fleet stays current and secure.
Live views, history, and alerts for operators, plus APIs that feed ERP, maintenance, and BI tools.
Agree what will be measured or controlled, how often, how many devices, and what a good result looks like.
Check power, connectivity, and environment on site, then choose hardware, protocols, and platform.
Deploy a small batch in the field to prove data quality, battery life, and connectivity before scaling.
Secure provisioning, OTA updates, fleet monitoring, and support runbooks are added before rollout.
Phased deployment with installation guides, plus ongoing monitoring, updates, and improvements.
Vibration, temperature, and current sensors on machines to spot problems before they cause downtime.
Location and status of vehicles, containers, tools, or returnable packaging, in real time.
Collect readings from meters across buildings or sites to find waste and verify savings.
Cold-chain, air quality, or humidity monitoring with alerts and an auditable record.
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