IoT Engineering Services
We provide practical, focused engineering services across the entire spectrum of connected-product creation—from physical circuit design and deterministic firmware to rapid bench prototyping and strategic architecture consulting.
IoT Firmware Development
“Bringing intelligence to connected devices.”
Development of reliable firmware for connected and embedded devices, from device interfaces and peripheral integration to connectivity and device management.
Ensures connected devices run deterministically 24/7 without lockups or memory leaks.
What We Can Help With
- Peripheral & sensor driver development (I2C, SPI, UART, ADC, PWM)
- Real-time task scheduling with FreeRTOS and bare-metal state machines
- Low-power management, deep sleep modes, and battery endurance tuning
- Robust Over-The-Air (OTA) firmware upgrade mechanisms with rollback protection
- Device security: hardware root-of-trust, encrypted storage, and TLS authentication
- Edge telemetry processing, filtering, and local buffering during network dropouts
Relevant Technologies & Standards
IoT Hardware Development
“Designing the electronics behind connected products.”
Custom electronic hardware development for IoT devices and connected systems, from hardware architecture and component selection to prototype-ready designs.
Creates reliable physical foundations specifically tailored to target operating conditions.
What We Can Help With
- Microcontroller and system-on-chip selection based on power, compute, and cost
- Power delivery architectures: battery management (Li-Po/LiFePO4), USB-C, and energy harvesting
- Analog and digital sensor integration for environmental, acoustic, and electrical parameters
- Protection circuitry: reverse polarity, electrostatic discharge (ESD), and surge suppression
- Modular breakout and expansion connectors for future sensor additions
- Hardware debugging interfaces (SWD/JTAG, serial logging, test point layout)
Relevant Technologies & Standards
IoT Product Prototyping
“Turning IoT ideas into working prototypes.”
We help transform concepts into functional IoT prototypes that can be tested, demonstrated and refined before moving toward production.
Validates technical feasibility, user experience, and architecture before expensive commitments.
What We Can Help With
- Rapid Proof of Concept (PoC) assembly combining modular boards and custom interposers
- Prototype PCB assembly and initial hardware bring-up verification
- Sensor telemetry bench testing with real-world stimuli
- Enclosure fitment, connector placement, and physical form factor considerations
- Field-testing units equipped with diagnostic telemetry for trial deployments
- Iterative design refinement based on real bench measurements and user interaction
Relevant Technologies & Standards
Schematic & PCB Design Support
“Turning circuit concepts into reliable hardware.”
Support for schematic development, PCB design, component selection, BOM preparation, design review and prototype preparation.
Minimizes fabrication revisions, prevents obsolete parts, and streamlines board assembly.
What We Can Help With
- Comprehensive schematic capture with clear hierarchical sheets and decoupling networks
- Multi-layer PCB layout with dedicated ground and power planes
- Signal integrity planning for high-speed buses and RF antenna matching networks
- Bill of Materials (BOM) preparation with lifecycle status and alternative component options
- Design for Manufacturing (DFM) and Design for Assembly (DFA) review
- Complete fabrication package generation (Gerbers, Drill files, Pick & Place, 3D STEP)
Relevant Technologies & Standards
IoT Product Consulting
“Helping you choose the right path from idea to product.”
Technical guidance for businesses and innovators developing IoT products—from architecture and technology selection to hardware, firmware, connectivity and prototype planning.
Prevents costly architecture mistakes, wrong chipset decisions, and dead-end technology choices.
What We Can Help With
- System architecture blueprinting (Edge vs Gateway vs Cloud computing allocation)
- Wireless connectivity trade-off evaluation (Wi-Fi vs BLE vs Cellular vs Sub-1GHz)
- Battery life feasibility studies and power budget modeling under varying duty cycles
- Component availability, obsolescence risk, and supply chain vulnerability analysis
- Hardware security roadmap: credentials storage, cryptographic co-processors, and TLS
- Development roadmap definition with achievable milestones and technical checkpoints
Relevant Technologies & Standards
Need a Combination of Hardware & Firmware?
Most connected products require tight synchronization across both domains. We can scope an end-to-end development milestone from circuit schematics to working prototype telemetry.