Firmware Development Services

Softeq offers comprehensive firmware development services to companies looking to get the most out of their hardware: control gadgets and equipment remotely, gather and process sensor data, and connect devices within an IoT system.

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Bare Metal Firmware for Sensors

We develop embedded software for devices, sensors, and systems working without an operating system. Such firmware interacts directly with the hardware, captures sensor data, and transfers it to the cloud — in real time or at preset intervals.
Board Support Package (BSP) Development

Softeq creates BSP firmware featuring applications, libraries, and device drivers. Our firmware allows a Linux or real-time operating system (RTOS) to function on a custom device. We also provide board bring-up services to prepare gadgets and hardware components for mass production.
Digital Signal Processing (DSP)

Our DSP expertise spans real-time sensor, audio, and video data analysis. We can augment DSP solutions with Machine Learning algorithms deployed locally or in the cloud to detect objects in a camera feed, remove noise in a voice recording, and recognize patterns in equipment performance data.

Linux Kernel Development

Our Linux Kernel developers get down to the OS core to modify the Linux layer that accesses hardware. This way, we can extend a gadget’s memory, optimize CPU usage, manage peripherals, and use custom-built drivers to interface the device with other IT infrastructure components.
Android Open Source Project (AOSP)

As part of our firmware development services, Softeq helps clients customize Android. To this end, we build a custom operating system using AOSP, install it on a Linux or macOS device, apply changes to the source code to enable the desired functionality, and keep the OS up-to-date following the gadget’s release.

Analysis

We analyze your hardware solution to choose an appropriate firmware architecture pattern, eliminate OS overheads, and meet latency and power consumption requirements.

Development

When building firmware, we take into account various economic and technological factors that may affect the cost of deploying, maintaining, and extending your technology solution in the long run.

Testing

We provide an array of Quality Assurance services (PCB assembly testing, signal integrity analysis, firmware and low-level software testing, debugging) to make sure only clean and secure code makes it to production.

I think any start-up that is looking to build their first hardware product and doesn’t have all of the expertise in house, should consider working with Softeq. Because they bring experience from hundreds of projects to help make sure that as a start-up you don’t go through the mistakes that others have already made.

Jared Schrieber President, Revolution Robotics

Case study

Electronic Kit for Revolution Robotics

The client addressed Softeq to develop an electronic kit that would allow users to assemble, program, and control robots via a smartphone.

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Happiest Baby, Inc., employed Softeq to help launch our flagship product SNOO, the world's smartest baby bed. The partnership contributed to SNOO’s successful launch, which has since won several awards, including CES 2017 Best of Baby Tech & Safety and the 2017 BIG Innovation Award.

Mika Saryan Director of Software Development, Happiest Baby

Case study

Mobile App, Web, and Firmware for a Smart Bassinet

The client invented a smart bassinet, which leverages embedded sound sensors to detect crying and automatically calm babies. The smart aspect was driven by a mobile app, a web back end and a piece of firmware. The client was looking for a full-stack development company that could help implement the IoT solution.

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When I came across Softeq I was immediately impressed with their professionalism and their customer list. My sense from Softeq’s genuine level of interest and enthusiasm for the project is that they really got it. They leaned in a big way to understand the marketplace, the competitive landscape, the specific requirements of what would differentiate my product from others. It’s been a very collaborative process.

Terry Anderton Serial Entrepreneur, WAGZ project

Case study

Smart Dog Collar: Precise Pet Activity Monitoring and Safety Control

The smart collar is a multi-sensor wearable device that leverages advanced technology to monitor dog's location, fitness activity and behavior, and helps prevent car accidents and stray.

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The solution is an FPGA-based LED-enabled device providing assessment of suspect skin growth without a biopsy. The custom handheld gadget targets physicians and non-experts to help them determine whether a suspect skin lesion is cancerous.

Case study

Firmware for a Custom Skin Cancer Screening Device

Veriskin decided to build a novel device that uses Machine Learning algorithms for non-invasive skin cancer detection. They turned to Softeq to test the viability of their idea through proof of concept (PoC) and develop firmware components powering the device.

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A multimedia streaming solution that allows advertising agencies to broadcast content on digital signage installed in public venues via a custom LTE device. The system enables users to connect to the device remotely via a mobile app.

Case study

Media Streaming Solution for Digital Signage

A major US-based telecom company turned to Softeq to augment a multimedia streaming device with a back end, mobile apps, and custom Android firmware.

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End-to-end Service

Softeq provides full-cycle embedded firmware development services covering every stage of your project — from initial analysis, requirements management, PCB and enclosure design, and rapid prototyping to implementation and ongoing support.

Focus on IoT

Softeq has hands-on experience building embedded software for the Internet of Things, including connected equipment, robotics, drones, enterprise CCTV systems, wearables, and Smart Home solutions.

System Thinking

To be able to deliver a high-performance and reliable product, we make sure all components of the system (firmware, low-level software, back-end, mobile apps) are interconnected and optimized.