InteopleUnreliable connectivity
Devices that only work with a perfect network are useless in the places they're needed most.
We solve it with offline-first design: local buffering, store-and-forward sync and edge processing.
IoT & Embedded Systems
Connected products that run in the real world.
We engineer the full connected-product stack — firmware, edge devices, telemetry pipelines and secure device-to-cloud — with offline-first behavior, OTA updates and fleet management built to survive the field, not just the lab.
What this is
Hardware meets software — engineered as one system
The hardest part of IoT isn't the device — it's making thousands of them reliable, secure and updatable once they're deployed and out of reach.
We build connected products that bridge the physical and digital worlds: firmware on constrained microcontrollers, edge intelligence that processes data where it's generated, and cloud back-ends that ingest telemetry and manage fleets securely at scale.
It's a capability we've proven in the hardest setting — the Healodex Kit brings diagnostics to low-connectivity healthcare environments, where offline-first sync and device security aren't optional.
- Firmware and embedded software for MCUs and embedded Linux
- Edge processing, sensor fusion and on-device inference
- Telemetry pipelines and device-to-cloud connectivity
- Secure OTA updates and fleet provisioning & monitoring
Problems we solve
Where connected products fail in the field
No way to update fielded devices
A bug or security flaw becomes a recall when there's no safe way to push firmware remotely.
We solve it with signed OTA pipelines, staged rollouts and automatic rollback.Insecure devices
Unauthenticated, unencrypted devices are an open door into the network and the data.
We solve it with secure boot, per-device identity, encrypted transport and least-privilege cloud access.Power & resource limits
Battery devices and tiny MCUs can't run cloud-grade software without dying or choking.
We solve it with low-power firmware, efficient protocols and edge inference sized to the hardware.No visibility into the fleet
When you can't see device health, failures are discovered by customers, not dashboards.
We solve it with telemetry, remote diagnostics and fleet dashboards with alerting.Hardware/software silos
When firmware and cloud teams don't speak, the seams between them are where products break.
We solve it with one team owning the device-to-cloud contract end to end.
What's included
Capabilities we deliver
Firmware & embedded software
Bare-metal, RTOS and embedded Linux firmware for ESP32, STM32, Nordic and ARM Cortex-M targets.
Edge computing & sensor fusion
On-device processing, sensor fusion and TinyML inference so devices act fast without round-tripping the cloud.
Device-to-cloud connectivity
MQTT, CoAP and HTTPS pipelines, gateways and protocol bridges that move data reliably from device to back-end.
Telemetry & time-series data
High-throughput ingestion, time-series storage and analytics for monitoring, alerting and insight.
Secure OTA updates
Signed, staged firmware updates with rollback and A/B partitions, so fielded fleets stay current and safe.
Device security & provisioning
Secure boot, per-device identity, encrypted storage/transport and zero-touch provisioning at manufacture.
Technologies we use
From silicon to cloud
We choose hardware and protocols to fit power, cost and connectivity constraints.
MCUs & platforms
ESP32STM32Nordic nRFARM Cortex-MRaspberry Pi
Firmware & RTOS
C / C++RustFreeRTOSZephyrESP-IDFEmbedded Linux
Connectivity
MQTTCoAPBLELoRaWANWi-FiCellular / LTE-M
Edge AI
TensorFlow LiteTinyMLONNXEdge Impulse
Cloud & data
AWS IoTAzure IoTInfluxDBTimescaleDBKafka
Fleet & ops
OTA (signed)MenderGrafanaPrometheus
Benefits
What you get from working this way
Reliable in the field
Offline-first behavior and robust firmware keep devices working where connectivity can't be assumed.
Updatable for life
Secure OTA means you can fix, improve and extend products long after they ship.
Secure by design
Security built from the firmware up protects your data, your network and your brand.
One accountable team
Device, connectivity and cloud owned together — no finger-pointing across the seams.
Example outcomes
The kind of results this work produces
Representative of outcomes from connected-product engineering, proven in the Healodex Kit.
Diagnostics without a network
Edge devices that capture and process data locally, then sync reliably when connectivity returns.
Fleets kept current & safe
Signed OTA pipelines that roll out firmware in stages with rollback — no recalls for software fixes.
Telemetry you can act on
Device health and sensor streams surfaced on dashboards with alerting before failures reach users.
FAQ
Questions teams ask before starting
Do you handle both hardware and software?
We specialize in firmware, embedded software and the full device-to-cloud stack, and we work with your electronics/hardware partners or ours on schematics, board bring-up and enclosure integration. We can own the complete connected-product software lifecycle.
How do devices work with poor or no connectivity?
We design offline-first: local buffering, store-and-forward sync, edge processing and conflict resolution, so devices keep working and reconcile data when connectivity returns. This is proven in Healodex for low-connectivity healthcare settings.
Can you update firmware on devices already in the field?
Yes. We build secure over-the-air (OTA) update pipelines with signed images, staged rollouts and rollback, plus fleet management to monitor and manage devices at scale.
How do you secure connected devices?
With secure boot, encrypted storage and transport (TLS/mTLS), per-device identity and credentials, signed OTA, and least-privilege cloud access — security designed in from the firmware up.
Explore capabilities
IoT & Embedded
Building a connected product?
From firmware to fleet, we'll engineer a device-to-cloud system that's reliable, secure and updatable for its whole lifetime.