IoT Application Development Services

Bluetooth Low Energy (BLE), OBD-II, MQTT, HTTP/REST, WebSocket, WiFi, and cellular (LTE-M / NB-IoT). We’ve shipped 8+ connected products integrating with OBD-II vehicle sensors, medical monitoring devices, smart padlocks, and proprietary hardware. We handle device discovery, pairing, connection management, data serialization, and the cross-platform differences between iOS and Android that break most Bluetooth implementations.

We build everything the hardware talks to — mobile apps, cloud infrastructure, dashboards, APIs — but we don’t manufacture hardware. We’ve integrated with client-provided devices (Cox 2M’s OBD-II sensors, Leica survey equipment) and helped design the hardware-software interaction from the ground up (BoxLock, Intent Solutions). If you have hardware that needs a software ecosystem, or an idea that needs both, we’ll help you figure out the right approach.

Field connectivity is where most connected products fail. We design for the real world — intermittent Bluetooth connections, dead zones, offline operation, and graceful recovery. Our apps queue data locally, sync when connectivity returns, and handle device disconnection without losing state. We’ve built this into fleet tracking apps that work across rural highways, patient monitoring systems in facilities with spotty WiFi, and smart locks that operate reliably in any weather.

Yes. Many of our IoT engagements start with existing hardware or sensor infrastructure that needs better software. Cox 2M had OBD-II devices but no consumer app. Guardian had vital signs monitors but no mobile interface. We build the software layer — mobile apps, cloud pipelines, dashboards — that turns existing sensors into a usable product.

Security is designed in from day one, not bolted on. We implement TLS/SSL for all data in transit, encrypted storage at rest, secure device provisioning, and authenticated firmware communication. For healthcare IoT, we build to HIPAA compliance standards — we’ve done this for Intent Solutions (medication dispensing), Guardian (vital signs), and NeverAlone (remote patient monitoring).

An IoT proof of concept validates the device-to-cloud path in real conditions — not a lab demo. We connect your device (or a representative prototype) to a mobile app, push data through a cloud pipeline, and display it in a dashboard. The goal is to prove the integration works before you invest in the full build. Typically 4–8 weeks. We start most engagements with a Blueprint that maps the full architecture before building the POC.

An MVP with device integration typically takes 3–6 months. Kayo launched on 3 platforms in 6 months. Production systems with regulatory compliance run 6–12 months. We work in two-week sprints, so you see working software early — not at the end. Timeline depends on device complexity, number of platforms, regulatory requirements, and how many layers of the ecosystem you need built.