Internet of Things (Iot) Services & Solutions

Connected & Intelligent Devices

Hardware. Software. Intelligence. Unified.

We design and deliver custom smart devices, edge firmware, and cloud pipelines that extend modernization and AI into the physical world.

Enterprises need devices that sense, act, and connect operations to their platforms with reliability and security. We build that end-to-end system as one architecture, so enterprises can run smarter and more efficient operations.

How We Approach Connected Devices

Silicon to platform engineering

We engineer the full stack, from PCB and firmware to connectivity and cloud services, from prototype to manufacturing to field.

Intelligence everywhere

We embed decision logic at the edge and in the platform, so devices react in real time and improve through data and AI.

Built for scale and lifecycle

We design devices for manufacturability, secure onboarding, OTA updates, diagnostics, and long-term reliability across thousands of sites.​

Proven in the field

We’ve delivered diverse device families (thermostats, controllers, sensors, scanners, printers, adapters, meters, and more) shipped in high volumes and certified for global deployment, with several innovations granted US patents.

In Practice

In every project, we engineer the device, platform, and lifecycle as one system. Here’s how this looks in practice.

Aligned with operational value

Business framing

  • Align device behavior and data flows with real KPIs.
  • Design edge decisions that reduce cost and downtime, and improve responsiveness.
  • Engineer for real-world constraints: environment, power, RF, and installation patterns.
Robust edge-cloud architecture

Architecture design

  • Design ingestion, control, and fallback paths for live conditions.
  • Select physical connectivity options (wired, wireless, multi-protocol) based on environment and fleet constraints.
  • Use modular, API-first interfaces that integrate with enterprise systems.
  • Embed observability across firmware, cloud services and fleet operations.​
  • Factor deployment and logistics realities into architectural choices.
Designed for operability

Device & firmware engineering

  • Engineer PCB, RF, power, sensing, mechanical design, and materials to meet environmental, ergonomic, and certification constraints.
  • Implement firmware with recoverable states and strong protocol support (BLE, Wi-Fi, LoRa, RS485).
  • Apply DfX principles (DFM, DFA, DFT) to reduce cost, simplify assembly, and improve testability.
  • Validate performance under stress, RF noise, thermal load, and long-duration endurance tests.​
Production-ready

Device manufacturing

  • Plan stable BOMs, tooling, and calibration flows to ensure manufacturability across product lifecycles.
  • Manage pre-compliance and formal certification workflows (FCC, CE, UL).
  • Run QA/QC from PCB to final assembly for consistent performance at scale.
  • Package and ship finished devices to client hubs.​
Frictionless rollout at scale

Deployment & activation

  • Ship devices pre-configured for smooth onboarding.
  • Design hardware for straightforward installation and predictable workflows.
  • Provide standardized activation flows for installation teams.
  • Govern rollouts with readiness checks and telemetry signals.
  • Support activation and early field issues remotely.
  • Monitor fleets to catch anomalies early.​
Governed, reliable operation over years

End-to-end lifecycle

  • Enforce secure provisioning and certificate-based identity.
  • Run OTA pipelines with safe rollout, delta updates, and rollback.
  • Stream telemetry for performance and health.
  • Automate diagnostics to reduce maintenance effort.
  • Manage lifecycle with component-availability planning.
  • Treat OTA, provisioning, and identity as core architectural elements.
Reliable communication in unstable environments

Connectivity engineering

  • Support BLE, Wi-Fi, LoRa, RS485, HDLC, and Ethernet.
  • Tune antennas and board layout for RF performance.
  • Adapt messaging to bandwidth limits and intermittent networks.
  • Encrypt payloads with validated sessions and rotating keys.
  • Maintain predictable behavior when connectivity degrades.
Security embedded across device and platform

Security-by-design

  • Enforce secure boot, signed firmware, and authenticated updates.
  • Encrypt data in transit and at rest.
  • Detect tampering and log security events.
  • Integrate identity, access, and auditability into the platform.
  • Align governance with enterprise and regulatory needs.

How we engineer it differently

For mission-critical environments

We deliver devices for demanding sectors where temperature, RF noise, and operational constraints shape the hardware and firmware.

Production-grade from day one

We design with manufacturing in mind – stable BOMs, tooling, QA, calibration, and shipment – so devices scale cleanly from prototype to high-volume production.

Built for operability

We optimize devices for how they will be installed, activated, monitored, and serviced.

Security as an architectural constraint

Identity, secure boot, signed updates, and encrypted channels are treated as hard requirements that shape provisioning, firmware, and fleet operations.

In Action

Here are some examples of how how we used connected systems across digital and physical to solve real-world problems across various industries.

Food
An IoT-powered ecosystem for food safety in QSRs​

We partnered with a global QSR chain to create an IoT ecosystem, improving food safety, compliance, and efficiency across 35,000+ locations.​

+ more
  • Engineered a smart infrared thermometer that adjacently
    mounts to a smartphone’s camera for accurate temperature monitoring​
  • Delivered real-time alerts and automated workflows​
  • Integrated third-party devices for comprehensive IoT infrastructure​
  • Developed regulatory reporting tools for compliance​
  • All leading to reduced errors, minimized food waste and
    enhanced operational efficiency

> Learn more

Energy
Transforming energy efficiency with IoT and AI​

We helped a leading EaaS provider reinvent its business model by creating a secure IoT and AI-powered system deployed across 10,000 sites.​

+ more
  • Designed and deployed 13 custom IoT hardware, with several devices receiving U.S. patents​
  • Developed the software ecosystem, including real-time alerts, automated scheduling, demand response, event tracking, IoT fleet management, and data analysis​
  • Integrated predictive AI for energy optimization​
  • Leading to our client being recognized as one of America’s fastest-growing private companies

> Learn more

Sustainability
One bottle, two solutions

We created a stainless-steel smart water bottle that evolves through software to meet diverse goals.

+ more
  • In the GCC, it champions sustainability by rewarding reduced
    plastic waste, educating on carbon offsets, and promoting eco-    events
  • In the U.S., it promotes wellness by tracking hydration and encouraging a more active lifestyle in an insurance-led health
    initiative
    > Learn more

OUR TECH PROFILE

Here’s a look at how we approach modernization and AI, the capabilities we bring to every project, and proof of impact through client success across industries.

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