Transforms hardware into intelligent products that can accelerate your path to innovation and market leadership.
Let’s Get Started
Supercharge your products with custom firmware that delivers high performance and reliability. Get embedded solutions that maximize hardware potential, making your products harder to beat.
Why Firmware Development
Unlock smarter performance, tighter control, and faster time-to-market with DPL’s firmware development services. We deliver unique products that win your clients over with every use.
Shape your firmware strategy with the experts. Discover how to reduce risk, save time, and build smarter embedded systems.
Effectively design the foundation for high-performance firmware tailored to your hardware to ensure seamless integration.
Get custom firmware development services for reliable solutions that power your product’s capabilities and market-readiness.
Ensure your products operate at peak efficiency. Let us fine-tune your firmware to reduce latency and power consumption.
Entrust our firmware development pros to seamlessly connect devices to the cloud for real-time data exchange and much more.
Avoid disruption to your work via our Over-the-Air (OTA) update services. We make future-proofing your product effortless.
Avoid disruption to your work via our Over-the-Air (OTA) update services. We make future-proofing your product effortless.
Let us handle porting, re-architecture, and optimization to unlock new hardware capabilities without impacting core functionality.
Let us work together to create captivating designs for your digital products through our comprehensive UI/UX services.
Part of the mechanical design phase, this step is where we define product functionality, use cases, and system requirements. Its goal is to align firmware architecture with your vision.
The second part of the mechanical design process entails working with designers. We ensure firmware integrates seamlessly with hardware aesthetics, ergonomics, and user interaction goals.
Next, we use firmware-ready configurations for printed circuit board (PCB) design. This optimizes microcontroller selection, pin mapping, and peripheral interfaces for seamless integration.
An important part of firmware development is finetuning for thermal efficiency. This is vital in to manage device temperature, prevent overheating, and ensure long-term hardware performance.
Finally, DPL’s team validates wireless performance with firmware-level calibration, optimizing connectivity, signal integrity, and regulatory compliance across complex radio environments.
Unlock smarter performance, tighter control, and faster time-to-market with DPL’s firmware development services. We deliver unique products that win your clients over with every use.
DPL’s firmware engineers created a smart thermostat, enabling intelligent energy management for homes, buildings, and industrial systems. In addition to enhanced sustainability, our client reports up to 30% lower energy consumption and reduced operational costs.
Leveraging our embedded firmware development services, a client effectively countered the issues of traditional waste collection systems. Combining sensor data and real-time analytics, our system monitors garbage bins, optimizes routes, and monitors and tracks fleets.
We build firmware that powers seamless, intuitive user experiences while focusing on convenience and adaptability. Over the years, our firmware development team has created a smart hub, temperature and humidity sensor, smart plus, smart locks, and PIR motion sensors.
Our firmware solutions ensure robust and secure control systems for access management and surveillance. We created a system that grants tailored access, maintains audit trails, and controls access remotely. All while integrating seamlessly with other smart building systems.
Firmware is the term used to describe low-level software that’s programmed into hardware devices. Common examples include firmware in routers and microcontrollers in consumer electronics.
Embedded firmware development entails coding for microcontrollers or embedded systems within a device to control its functionality. The process uses languages like C/C++ and tools tailored for specific hardware platforms.
Yes, developing firmware follows standard software development processes, including requirements gathering, design, coding, testing, and debugging.
That said, your firmware developer may ask you about hardware dependencies, memory constraints, and real-time performance. They may also recommend tools such as version control, continuous integration, and automated testing that’s adapted to the constraints of embedded environments.
The duration of firmware development projects tends to vary depending on complexity, hardware integration, and testing requirements.
Generally, a basic firmware project may take a few weeks, while more complex systems can require several months. The duration may also be affected by hardware availability, regulatory compliance, and the need for iterative testing and optimization.
Despite being often targeted due to its low-level access and persistence, firmware can be secure.
This factor depends on how firmware is developed and updated. Ideally, it should implement best practices such as secure boot, code signing, and encryption. Without these, firmware vulnerabilities can be a significant risk if not properly managed.
By sharing your industry’s security demands and compliance requirements, our team can ensure the right level of protection.
Let’s turn your next big idea into an AI-powered reality.
