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IoT Software
Physical Assets, Digital Intelligence

End-to-end IoT software engineering — from device firmware and edge computing to cloud ingestion platforms and real-time analytics — that turns your physical asset estate into a continuous stream of operational intelligence.

Design Your IoT Architecture →All Solutions

Bridging the Physical and Digital — At Enterprise Scale

The gap between what your physical assets actually know and what your operations teams can see is one of the most consistently underexploited competitive advantages in asset-intensive industries. Equipment that could tell you it's about to fail waits in silence. Processes that could be monitored continuously are sampled manually on a shift-by-shift basis. Environmental conditions that drive quality variation go unrecorded until a defect surfaces downstream.

SWA's IoT practice builds the software stack that closes that gap — device firmware and embedded software, edge computing layers for local processing and latency reduction, secure device management and OTA update infrastructure, cloud ingestion pipelines for high-volume telemetry, and real-time analytics platforms that surface actionable insights to the teams positioned to act on them.

  • Embedded software and device firmware development
  • Edge computing and local inference (AWS Greengrass, Azure IoT Edge)
  • IoT cloud platform development and integration (AWS IoT Core, Azure IoT Hub)
  • Device provisioning, management, and OTA update infrastructure
  • Real-time telemetry streaming and predictive maintenance analytics
IoT Software Development

What We Deliver

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Embedded & Firmware Development

C/C++ firmware development for microcontrollers and RTOS environments — sensor integration, power management, communication protocol implementation (MQTT, CoAP, LwM2M), and hardware abstraction layers for field-deployable devices.

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Edge Computing

Edge inference and pre-processing layers that reduce cloud data transfer costs, support offline operation during connectivity gaps, and enable low-latency control loops that cloud-only architectures can't achieve.

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IoT Cloud Platform

Scalable device ingestion infrastructure on AWS IoT Core or Azure IoT Hub — handling millions of device connections, message routing, device shadow management, and rule-based event processing at the throughput your device fleet generates.

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Device Security

Mutual TLS authentication, certificate rotation, secure boot, encrypted OTA updates, and hardware security module integration — securing the device-to-cloud channel against the growing attack surface that IoT deployments represent.

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Telemetry & Analytics

Real-time streaming analytics for condition monitoring, anomaly detection, and predictive maintenance — surfaced in operational dashboards that tell maintenance teams which assets need attention before the asset tells them with a failure.

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Device Management

Fleet provisioning, remote configuration, OTA firmware deployment, and device lifecycle management — enabling you to manage thousands of deployed devices without a field engineer for every firmware update.

Why Choose SWA for IoT

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Full-Stack IoT Expertise

Most IoT consultancies are strong on cloud and weak on embedded, or vice versa. Our practice spans the full stack — firmware through analytics — so the architecture decisions at each layer are informed by the constraints of the layers adjacent to it.

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Security From Firmware Up

IoT security failures are almost always rooted in firmware or device management — not cloud. We address security at the hardware abstraction layer and work upward, not as a cloud-layer afterthought when the devices are already deployed.

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Outcome-Oriented Analytics

We design IoT analytics around the operational decision the data should enable — not around the data the sensors happen to produce. The result is dashboards that operations teams use daily, not once-a-quarter data that only engineers understand.

Ready to Extract Intelligence From Your Physical Assets?

Share your use case and asset environment — we'll design an IoT architecture that turns sensor data into operational advantage without drowning your operations team in telemetry noise.