Intelligent Embedded Solutions for Real-World Performance

Design, modernize, and sustain embedded systems that help products sense, connect, compute, and perform reliably in the field. Today’s embedded products need more than firmware. They must bring together hardware, sensors, edge processing, secure connectivity, cloud integration, diagnostics, and long-term support to deliver dependable real-world performance.

Connected Products Need More Than Devices. They Need End-to-End Engineering.

As products become smarter and more connected, embedded engineering now spans hardware, firmware, IoT connectivity, edge computing, device software, cloud integration, validation, and long-term product support.

Experion helps organizations design and develop embedded systems for smart devices, industrial platforms, automotive and mobility solutions, energy systems, IoT-enabled infrastructure, and connected products.

Embedded challenge
What's Changing
Why It Matters
embedded challenge
Connected Devices

Connected Devices

What's Changing

Products now need cloud, mobile, dashboard, and remote-control capabilities

Why It Matters

Embedded systems must work as part of a larger digital ecosystem

embedded challenge
Hardware-Software Complexity

Hardware-Software Complexity

What's Changing

Devices combine sensors, MCUs, SoCs, RTOS, Linux, wireless modules, and protocols

Why It Matters

Poor architecture can delay product launch and increase field issues

embedded challenge
Edge Intelligence

Edge Intelligence

What's Changing

More decisions are moving closer to the device

Why It Matters

Low latency, local processing, and offline resilience become critical

embedded challenge
Power & Connectivity Constraints

Power & Connectivity Constraints

What's Changing

Devices often operate in remote, industrial, or low-connectivity environments

Why It Matters

Battery life, communication design, and local storage directly impact usability

embedded challenge
Field Reliability

Field Reliability

What's Changing

Embedded systems must perform in real operating environments

Why It Matters

Testing, validation, and deployment support reduce product risk

embedded challenge
Product Longevity

Product Longevity

What's Changing

Legacy systems and components need ongoing support

Why It Matters

Sustenance and obsolescence engineering help extend product life

We Engineer the Full Embedded Product Journey, from Concept to Field Deployment.

Many embedded engagements focus only on firmware or hardware. Experion supports the complete product lifecycle, from consulting and feasibility assessment to architecture, hardware design, firmware development, IoT integration, validation, deployment, and sustenance.
Product clarity

Product Clarity

Consulting, discovery, platform selection, and system design

Faster prototyping

Faster Prototyping

Prototype development, hardware pilots, firmware development, and validation support

Embedded software depth

Embedded Software Depth

Bare-metal software, RTOS, device drivers, middleware, firmware optimization, and embedded applications

Hardware engineering

Hardware Engineering

Circuit design, simulation, PCB layout, prototyping, power modules, and hardware testing

Connected product capability

Connected Product Capability

IoT services, device connectivity, data collection, cloud communication, and smart device integration

Edge performance

Edge Performance

Edge-based computing solutions for low-latency, secure, and efficient data processing

Product lifecycle support

Product Lifecycle Support

Sustenance engineering, legacy system maintenance, and obsolescence engineering

Experion’s Embedded & IoT capability deck also highlights a practice with 30+ engineers, experience across 15+ clients, and services spanning value engineering, prototyping, new product engineering, verification and validation, sustenance engineering, and obsolescence engineering.

From Product Concept to Connected, Field-Ready Systems

Stage
Focus
Outcome
Stage
Consulting & Discovery

Consulting & Discovery

Focus

Understand business goals, product use cases, field conditions, hardware constraints, and integration needs

Outcome

Clear product direction and technical feasibility

Stage
System Design

System Design

Focus

Define hardware, firmware, operating system, connectivity, application, and integration architecture

Outcome

Strong foundation for product development

Stage
Prototyping

Prototyping

Focus

Build and validate proof-of-concepts, hardware prototypes, firmware pilots, and core device flows

Outcome

Faster validation before full-scale development

Stage
Product Engineering

Product Engineering

Focus

Develop embedded software, hardware systems, device drivers, applications, and IoT integrations

Outcome

Production-ready embedded solution

Stage
Verification & Validation

Verification & Validation

Focus

Test functionality, connectivity, environmental performance, and system integration

Outcome

Reliable performance in field conditions

Integrated Embedded Engineering Services for Connected Products

Embedded Engineering Consulting

Experion helps organizations select the right platforms, components, and connectivity methods to reduce development and maintenance risk.

Services Include

  • Feasibility assessment and technical discovery
  • MCU, MPU, SoC and module selection
  • Software platform selection across bare metal, RTOS, embedded linux environments
  • Connectivity and protocol selection
  • Power, performance, and reliability trade-off analysis
  • Edge-Cloud compute strategy
  • Field deployment and integration planning
  • Build-vs-modernize assessment
  • Product lifecycle and obsolescence planning
Embedded Engineering Consulting

Embedded Software Engineering

Develop reliable firmware and embedded software for connected devices, industrial systems, mobility platforms, and smart products. Our embedded software teams work across bare-metal designs, RTOS-based systems, embedded Linux, device drivers, bootloaders, kernel modules, application porting, and system integration.

Services Include

  • Firmware development across bare-metal/RTOS/Embedded Linux/Android environments
  • Board bring-up
  • Device driver development
  • Kernel, OS, and application porting
  • Middleware and application development
  • System hardening and performance optimization
  • Certification support

Technology Footprint

  • C, C++, ASM, Python, Java
  • FreeRTOS, SafeRTOS, ThreadX, MQX, VxWorks, QNX, Embedded Linux, Android
  • TI, NXP/Freescale, Renesas, ST Micro, Espressif, STM32, i.MX Series
  • MISRA C++, ISO 26262-aligned practices where applicable
Embedded Software Engineering

Electronic Hardware System Design

Design, prototype, validate, and support embedded hardware systems built for product performance and field reliability. Experion supports clients across hardware platform selection, circuit design, schematics, PCB layout, power design, communication interfaces, and functional/environmental testing.

Services Include

  • Circuit design and schematics
  • PCB layout and design
  • Power supply module design
  • Low-power system design
  • Industrial and mechanical design support
  • Functional and environmental testing
  • Structured Engineering Practices
  • Component selection and lifecycle assessment checklists
  • Power, protection, DFM, and DFT review guidelines
  • Board bring-up checklists
  • Component replacement and redesign assessment templates
Electronic Hardware System Design

Connected Product Engineering

Enable seamless data collection, device connectivity, and communication, across smart products and connected environments. Experion supports IoT-enabled systems that connect devices, sensors, gateways, applications, and cloud platforms for monitoring, control, diagnostics, and automation.

Services Include

  • IoT device engineering
  • Sensor and gateway integration
  • Device-cloud integration with cloud IoT platforms
  • Web and mobile dashboards for remote monitoring, and control Secure communication and data loss prevention
  • OTA updates

Connectivity & Communication Interfaces

  • MQTT, CoAP, HTTPS
  • BLE, LoRaWAN, Zigbee, Wi-Fi, GSM, NB-IoT, LTE-M
  • USB, I2C, SPI, UART, CAN/LIN, RS485, Modbus
Connected Product Engineering

Embedded Capabilities Across Hardware, Firmware, Edge, IoT, and Cloud

Hardware Platforms

Hardware Platforms

TI, NXP/Freescale, Renesas, ST Micro, Espressif, STM32, i.MX Series

Operating Systems

Operating Systems

Bare metal, FreeRTOS, SafeRTOS, ThreadX, MQX, VxWorks, QNX, Embedded Linux, Android

Languages

Languages

C, C++, ASM, Python, Java, QT/QML

Communication

Communication

USB, I2C, SPI, UART, CAN/LIN, GSM, Wi-Fi, LoRa, Zigbee, BLE, NB-IoT, LTE-M, RS485, Modbus

IoT & Cloud

IoT & Cloud

AWS IoT Core, Azure IoT Hub, MQTT, CoAP, HTTPS

Drivers

Drivers

Ethernet, Wi-Fi, LoRa, Zigbee, USB, battery monitoring, charging, network drivers, custom interfaces

Tools & Quality

Tools & Quality

SonarQube, Coverity, gmock, Gcov/lcov, CppUnit

Experion Stories

Embedded Engineering Outcomes Across Complex Product Environments

01

IoT Fleet Management | Real-Time Visibility in Mines

Engineered a LoRaWAN-based tracking and queue management solution for trucks operating in low-connectivity mining environments.

02

Smart Streetlight Controller | Automated Control and Fault Detection

Built an IoT-enabled streetlight controller with automated scheduling, remote monitoring, fault alerts, and SCADA-ready visibility.

03

EV Charging App | 50,000+ Active Users in 6 Months

Transformed an MVP into a scalable, multi-brand EV charging app with real-time session management, station visibility, and automation-led testing. Delivered 10,000+ monthly sessions, 25% lower downtime, 4.8/5 app rating, and 15% revenue growth.

Ready to Build Connected Products That Perform in the Real World?

Embedded product success takes more than hardware and firmware. It needs the right architecture, secure connectivity, edge intelligence, validation, and lifecycle support. Experion helps enterprises design, develop, modernize, and sustain embedded systems that are reliable, scalable, and ready for field deployment.

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