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End-to-End IoT Solution ServicesIoT Product Design & Development

Full-Stack IoT Hardware, Firmware & App Engineering.

From early IoT schematic capture and multi-layer PCB layout to secure edge firmware, responsive mobile/web apps, and BI cloud dashboards, Semconix operates as your complete in-house IoT engineering department. We design IoT systems built to scale seamlessly.

Full-Stack Scope

Our 6-Tier Engineering Services

We eliminate multi-vendor friction by handling IoT hardware design, edge firmware integration, wireless RF connectivity, cloud integration, mobile/web apps, and BI dashboard architectures under one roof.

Tier 01 Capability

IoT Hardware Design

Industrial-grade electronic schematic capture and high-density PCB layout for IoT devices. We engineer boards optimized for harsh operating environments, featuring low-noise analog signal conditioning, high-speed differential routing, and specialized IoT sensor integration.

Ideal For:Mission-critical IoT hardware, medical telemetry units, and harsh outdoor environmental sensors.
IoT Hardware Design

Key Engineering Deliverables & Scope:

  • IoT Sensor Integration & Multi-Layer Schematic Capture
  • Gerber, Drill, Pick-and-Place, and Assembly Drawings
  • High-Frequency RF Impedance Matching for IoT Radios
  • Low-Power Battery Management Circuitry
  • Pre-Compliance EMI / EMC Testing & Mitigation
Supported Silicon, Protocols & Engineering Tools:
Altium DesignerOrCAD XARM Cortex-MNordic SoCEspressif ESP32STM32Signal Integrity Simulation
Tier 02 Capability

IoT Firmware Development

Deterministic, rock-solid firmware engineered for ultra-low power consumption in IoT deployments. We develop low-level Hardware Abstraction Layers (HAL), FreeRTOS/Zephyr real-time operating systems, and fail-safe over-the-air (OTA) bootloaders for remote edge devices.

Ideal For:Battery-powered IoT sensors, industrial Modbus/CAN controllers, and edge devices requiring remote OTA updates.
IoT Firmware Development

Key Engineering Deliverables & Scope:

  • Bare-Metal C/C++ & Real-Time Operating System (FreeRTOS / Zephyr)
  • IoT Peripheral Driver Development (SPI, I2C, UART, CAN, Modbus)
  • Deep-Sleep µA State Machines for IoT Nodes
  • Dual-Bank Cryptographic Bootloader & OTA Update Engine
  • Hardware-level TLS 1.3 / AES-256 Payload Encryption
Supported Silicon, Protocols & Engineering Tools:
Embedded C/C++FreeRTOSZephyr RTOSARM GCCSegger J-LinkOpenOCD
Tier 03 Capability

IoT Wireless Networks

Engineering robust wireless telemetry for IoT sensor networks across challenging industrial topologies. Whether you need short-range coverage via BLE mesh networks or long-range connectivity through sub-gigahertz radios and cellular NB-IoT modems, we ensure unbroken data transmission everywhere.

Ideal For:Smart city utility meters, remote mining telemetry, fleet logistics trackers, and campus-wide IoT sensor meshes.
IoT Wireless Networks

Key Engineering Deliverables & Scope:

  • LoRaWAN, LoRa Mesh and Hybrid LoRA Network Integration
  • IoT sensors & Gateway Integration
  • Cellular NB-IoT / LTE-M CAT-M1 Modem Firmware Stacks
  • BLE 5.x Industrial Mesh & Beacon Localization Topologies
  • MQTT, CoAP, HTTPS, and WebSockets Network Protocols
Supported Silicon, Protocols & Engineering Tools:
LoRaWANLoRa MeshChirpStackBLE MeshWifi 6Cellular (NB-IoT, LTE-M)MQTT / CoAP
Tier 04 Capability

IoT Cloud Architecture & Integration

Enterprise backend cloud pipelines built to securely ingest, decode, and manage millions of incoming telemetry packets. We construct auto-scaling serverless infrastructures and custom APIs to bridge the gap between edge devices and your enterprise data lake.

Ideal For:Large-scale device fleet management, secure data lakes, and enterprise cloud migrations.
IoT Cloud Architecture & Integration

Key Engineering Deliverables & Scope:

  • AWS IoT Core & Azure IoT Hub Device Provisioning
  • Serverless Backend Architecture (Lambda, API Gateway)
  • Secure MQTT Broker Setup & Topic Management
  • Over-The-Air (OTA) Campaign Management Servers
  • REST & GraphQL API Endpoints for Third-Party Integration
Supported Silicon, Protocols & Engineering Tools:
AWS IoT CoreAzure IoTNode.jsPythonServerless FrameworkDocker
Tier 05 Capability

Mobile/Web Apps for IoT Devices

Intuitive and responsive mobile and web applications tailored for seamless IoT device management. We build secure, real-time apps that allow users to provision edge devices, monitor live telemetry, and control hardware from any location.

Ideal For:Consumer IoT products, smart home automation, and enterprise device fleet management platforms.
Mobile/Web Apps for IoT Devices

Key Engineering Deliverables & Scope:

  • Cross-Platform Mobile Apps (iOS & Android) for IoT Control
  • Responsive Web Portals for Fleet Device Management
  • Real-Time Telemetry & WebSocket Integration
  • Secure User Authentication & RBAC for IoT Systems
  • Bluetooth (BLE) & Wi-Fi Device Provisioning Flows
Supported Silicon, Protocols & Engineering Tools:
React NativeFlutterNext.jsReactWebSocketsOAuth2.0 / JWT
Tier 06 Capability

BI Dashboards

Enterprise-scale Business Intelligence dashboards built to securely ingest, decode, and visualize millions of IoT telemetry messages. We deploy custom analytics platforms that turn raw sensor data into actionable insights and predictive maintenance alerts.

Ideal For:Centralized operational control rooms, predictive maintenance suites, and multi-tenant IIoT analytics portals.
BI Dashboards

Key Engineering Deliverables & Scope:

  • Custom React.js / Next.js IoT Analytics Dashboards
  • Real-Time Time-Series Data Visualization
  • Predictive Maintenance & Automated Alerting Systems
  • IoT Cloud Pipeline Integration (AWS IoT / Azure IoT)
  • Exportable BI Reports & API Endpoints for ERP/SCADA
Supported Silicon, Protocols & Engineering Tools:
Next.jsReactGrafanaThingsBoardInfluxDB / TimescaleDBD3.js / Recharts
Flexible Engagement

Tailored Engineering Engagement Models

Whether you need to outsource an entire turnkey IoT product or extend your internal engineering unit, we provide transparent, milestone-driven contracts.

Most Popular

Turnkey IoT Product Contract

Ideal for startups and enterprises seeking a fixed-cost, fixed-timeline roadmap from IoT concept to deployable prototypes and dashboards.

  • Fixed budget & milestone-based delivery
  • 100% IP, Gerber & source code transfer
  • Includes 3 to 5 physical PCBA prototypes
  • Strict mutual NDA & confidentiality
Enterprise

Dedicated IoT Team Extension

For engineering departments needing specialized IoT hardware, firmware, or app development talent to accelerate internal IoT product timelines.

  • Dedicated senior hardware & firmware engineers
  • Seamless integration with your Jira / Git workflow
  • Flexible monthly retainer billing
  • Immediate scaling without recruitment lag
Consulting

IoT Consulting & Remediation

For open-ended IoT research, BOM value engineering, RF connectivity troubleshooting, or auditing legacy IoT systems that need immediate technical remediation.

  • Pay only for actual engineering hours utilized
  • Ideal for EMI/EMC pre-compliance troubleshooting
  • BOM cost reduction & chip replacement redesigns
  • Rapid start with minimal contracting overhead
Engineering clarity

Services & Technical Capabilities FAQ

Answers to common technical, EDA software, and intellectual property questions.

We start with rapid IoT functional prototypes using development kits and draft firmware to prove sensor integration and RF connectivity. We then transition to custom-engineered, miniaturized IoT PCBs with optimized battery management and production-ready firmware.
Our IoT hardware engineering team primarily utilizes Altium Designer and OrCAD X for professional schematic capture and PCB layout. We design multi-layer boards for IoT devices ranging from standard 2-layer to complex 8-layer PCBs with dedicated RF ground planes for LoRaWAN, BLE, and cellular.
We implement defense-in-depth hardware and firmware security for IoT devices: 1) Using hardware security modules (HSM), 2) Enabling MCU read/write protection, 3) Cryptographic signed bootloaders, and 4) TLS 1.3 / mTLS mutual authentication for all IoT cloud payloads.
Design for Manufacturability (DFM) ensures your IoT PCB layout can be assembled at scale without thermal stress failures. Design for Testing (DFT) incorporates dedicated test points so automated test jigs can verify 100% of manufactured IoT boards on the factory floor.
Yes. Value engineering and BOM optimization for IoT devices are among our most requested services. We redesign existing IoT schematics to replace obsolete silicon with modern, high-availability microcontrollers, often reducing unit manufacturing costs by 25% to 45%.
Yes. For complex IIoT automation, LoRaWAN smart city deployments, or factory sensor networks, our IoT engineering team provides on-site RF site surveys, gateway antenna positioning, and end-to-end field commissioning.
Start Engineering With Us

Ready to Accelerate Your IoT Product Timeline?

Send us your IoT project brief, sensor specifications, or existing architecture. Our senior IoT engineering team will analyze your requirements under NDA and deliver a customized development roadmap.

End-to-End IoT Hardware & Firmware
Custom Mobile Apps & BI Dashboards