IoT Development Services
From sensor to dashboard, built as one system
What is IoT Development?
IoT projects fail in the gaps between layers. The devices work, the cloud platform works, and the integration between them turns out to be where the difficulty was hiding - intermittent connectivity, firmware that cannot be updated remotely, telemetry volumes nobody budgeted for, and no clear answer to what happens when a gateway goes offline for a day.
We build the whole path: device firmware, gateway software, ingestion, storage, analytics and the interface people actually use. Designing those together means the hard questions - buffering during outages, over-the-air updates, device provisioning and security, what gets processed at the edge versus the cloud - get answered at design time rather than discovered during rollout.
What We Deliver
Device and Firmware Development
Embedded software for ESP32, STM32, Raspberry Pi and custom hardware, written for constrained environments. Includes power management, local buffering and over-the-air update support so devices in the field stay maintainable.
Gateway and Edge Computing
Edge nodes that aggregate, filter and pre-process data before transmission. Cuts bandwidth cost significantly and keeps time-critical logic running when the connection drops, which on most industrial sites it eventually will.
Connectivity and Protocols
MQTT, CoAP, Modbus, BLE, LoRaWAN and cellular, chosen against range, power budget and data volume. Industrial deployments often need protocol translation between legacy equipment and modern platforms.
Telemetry Pipelines
High-throughput ingestion with time-series storage, downsampling and retention policies. Built to absorb bursts when a fleet reconnects after an outage without dropping readings or stalling.
Monitoring Dashboards
Real-time visibility into device health, sensor readings and alerts, with historical trends and configurable thresholds. Built for operators on a plant floor as much as managers reviewing weekly performance.
Device Management and Security
Provisioning, certificate-based authentication, encrypted transport, remote configuration and fleet-wide firmware rollout. Security designed in from the start, since retrofitting it across deployed devices is rarely practical.
Problems This Solves
“Devices drop offline and data is lost”
Local buffering with store-and-forward means readings are retained through outages and synchronised on reconnection.
“Updating deployed devices means site visits”
Over-the-air updates with rollback make fleet-wide firmware changes routine instead of a logistics exercise.
“Data costs more than expected”
Edge filtering and aggregation send what matters rather than every raw reading, typically cutting transmission volume dramatically.
“Old equipment has no connectivity”
Retrofit sensors and protocol gateways bring legacy machinery into the platform without replacing it.
How We Work
Site and Requirements Survey
Assess equipment, connectivity, power and environmental constraints.
Prototype
Prove the sensing and transmission path on a small number of devices.
Platform Build
Ingestion, storage, dashboards, alerting and device management.
Rollout and Support
Staged deployment with monitoring and operator training.
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NDA available upon request.