NiOX2100
Ready to use Zynq-based DAQ solution for any type of demanding environment with a scalable architecture that accommodates any future expansions in the environment, ensuring minimum overheads in System Integration.
Next-generation embedded software development services
At the heart of every product, machine, intelligent operation, and key technology lie the elements of embedded development services. Thanks to their compact size, simple design, and high-efficiency sensory capabilities, embedded systems have become one of the driving forces behind our digital, interconnected, and automated world. With the ongoing adoption of Industry 4.0 and other cutting-edge innovations in the technology arena, the significance of embedded software services has grown at a breakneck pace, impacting every part of our lives and touching almost every industry and sector. As an embedded development services company, we have hands-on expertise in offering embedded software development services that are uniquely tailored to each client to meet the increasing need for reliable, scalable, high-quality, and user-friendly solutions.
We build embedded software solutions of any scale and complexity from hardware, firmware, to human-machine interfaces (HMIs) for stand-alone devices for a range of applications and for enterprise-grade systems. Our full-cycle embedded development services include product strategy, embedded systems design, development and integration, user experience, interface, and testing. Whether it’s a custom embedded software solution or an off-the-shelf product, we work closely with our clients to deliver high-performance, cost-effective, and innovative solutions that meet their specific needs and requirements.
Embedded development services
End-to-end embedded development services for all aspects of embedded system development using innovative hardware and software solutions to create customized systems that meet your specific needs.
Hardware Design & Development
We design, develop, and integrate hardware solutions for a wide range of embedded systems with real-time characteristics and high reliability. Our hardware design and development team has extensive experience in the Design, Development, Verification, and Validation of complex solutions ranging from platform selection, prototyping, cost target BOM (Bill of Materials) optimization and development, Multi-layer PCB Design, Implementation and testing, Power and Performance, and more. We are always ready to service your needs, whether it is a quick prototype for a POC or the implementation of a time-critical and complex design for a real-time application.
FPGA-based Design Services
TA is a proponent of best-in-class FPGA-based design services, assisting customers throughout the FPGA development life cycle in recognizing the benefits of flexible user programmability that an FPGA can provide. Our FPGA design services are distinguished by their ability to provide end-to-end system integration solutions ranging from research, design, development, and testing for any sort of design requirement. Through our specialist FPGA design services, we assist businesses in reducing risks, costs, and design cycles. Based on your requirements, power consumption, and performance, our specialist engineering team offers the appropriate FPGA/MPSoC/RFSoC for your project.
Board Support Package (BSP) Solutions
We provide services to develop, support and maintain ready-to-deploy custom BSP solutions that initialize the processor, communication buses, memory, and peripherals, as well as start up the bootloader, for all key platforms and verticals. Our technical expertise and deep knowledge of BSP solutions will provide you with a flexible business model tailored to your needs, enabling you to stay ahead of the competition.
Embedded Firmware Solutions
We develop robust and flexible embedded firmware solutions that work as a middle layer between hardware and software applications to leverage all the functionalities of microcontrollers and peripheral circuits through the embedded software applications. Our custom firmware design and development solutions are independent of the operating system and simple to update over the air and via an application.
Embedded Software Development
We offer a comprehensive line of specialized embedded software development services that are adaptable to diverse hardware components and deliver the final solution. We provide embedded software solutions by leveraging our competence with a wide range of microcontrollers and microprocessors. Our embedded software development solutions strive to empower hardware devices and enable them to work with the accuracy and efficiency that they require. We are experts at developing software product life cycles that can be seamlessly integrated with hardware devices at all levels.
APIs and Integrations
As the most experienced Custom API development service provider, TA can handle all types of API development requirements, whether basic or complex. Our expertise lies in developing fully tailored APIs that are flexible and scalable, allowing for future expansion and compatibility. We provide highly reliable API development services for Mobile Apps, Web-based Apps, and Cloud Computing, as well as superior assistance through API Testing, API Customization, and Support & Maintenance. Our comprehensive testing capabilities can aid in the automatic validation of ports and APIs on many platforms, assuring operational compatibility.
Human-Machine Interface (HMI) Development
Our comprehensive portfolio of MCUs, processors, sensors and tools enable HMI options for voice recognition, video and graphics, touch and gesture control, vision and image analytics for a broad range of innovative solutions. We are experts at developing and building high-quality embedded HMI systems to monitor and manage user-friendly consumer products, secure and reliable automotive driver interfaces, industrial panels, data access terminals, etc.
Internet of Things (IoT) enabled services
We develop Intelligent IoT Solutions to enable organizations to use sensors to optimize workflows and improve worker safety, or to assist people in monitoring their wellness via smart wearable devices. Our unparalleled experience spans IoT and Industrial Automation, SCADA to Industrial IoT platforms, Legacy Systems to the latest IoT Architecture.
Mechanical Design & Development
Whether building a machine from scratch or modifying existing components to make them better, our innovative team can create, design, and build new machines or improve the efficiency of existing ones making sure that your product meets various functional requirements and desired objectives.
Technology stack
Our skilled and multi-disciplinary engineering team covers a wide range of cutting-edge tools and technologies for embedded systems development.
Platforms
Development tools
Connectivity
Stacks
Protocols
Cloud Platform
Industries we serve
With our expert embedded software development services, we bring a wealth of diverse vertical expertise to better serve and deliver excellent results to our clients all over the world.
Consumer Electronics
Manufacturing
Home Automation
Aerospace
Aviation
Automotive
Telecommunications
Transportation
Defense
Healthcare
Research and Development
Key Projects
Prototype Development Tool
A fast and efficient HMI rapid prototype development tool for the automotive industry, that combines 2D/3D graphics.
Bio SCADA Automotive Body Control Software
FAQ
Frequently Asked Questions on Embedded Software Development
The process of developing software that is intended to run on hardware with constrained resources, such as microcontrollers and embedded systems, is known as embedded software development. This software interacts with the hardware and regulates how the gadget behaves to perform specific tasks. Embedded software can be found in dedicated GPS devices, factory robots, calculators, and even current smartwatches.
Eclipse, Arduino, MPLAB X, Keil MDK
Embedded software often implements the device's higher-level features and functionalities. Firmware handles low-level activities including translating analog sensor signals to digital data and handling connection protocols. Firmware is a software layer that runs operating systems and other programs on top of it. Embedded software is self-contained software that can run the complete system, which may or may not include an operating system.
Artificial intelligence, Edge Computing, Cyber security, Wireless connections
C and C++ are the most commonly used programming languages for embedded software development, due to their efficiency and ability to work with low-level hardware. However, other languages such as Python, VHDL, Verilog (RTL development), Rust, and JavaScript are also being used for embedded software development.
The steps in embedded system development typically include: 1. Requirements gathering and analysis 2. Design and architecture 3. Implementation and testing 4. Integration and validation 5. Deployment and maintenance
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Embedded system development is different from traditional software development in a few key ways: Embedded systems have limited resources, such as memory and processing power, which can make development more challenging. It is designed to interact with the hardware, so developers need to have a good understanding of the hardware and how it interacts with the software. Embedded systems often have real-time constraints and need to respond to external events quickly, which can make testing and debugging more difficult. It is often deployed in a wide range of environments, so they need to be designed to be robust and reliable.