Hardware-in-the-loop Testing Is Key to High-quality Embedded Systems
Find out how embedded systems benefit from hardware-in-the-loop (HIL) testing and see what it looks like in practice.
Smart hardware testing improves security and helps comply with stricter regulations
On average, an enterprise network contains 3,500 connected devices unprotected by an endpoint detection and response (EDR) agent, according to Microsoft’s Digital Defense Report – a vulnerability that could be exploited to access sensitive data or carry out attacks on a network. Device safety is a concern that tops everyone’s list, from consumers through regulators to software providers and manufacturers. To keep their products secure and meet regulatory requirements, businesses need robust testing processes. Download this white paper to learn more about the challenges of hardware testing and how hardware-in-the-loop works – both in theory and practice.
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What will you learn from this guide?
01
Impact of Cyber Resilience and Data Acts
Impact of Cyber Resilience and Data Acts
Find out about the challenges and opportunities the new European Union (EU) regulations will create for Internet of Things (IoT) device providers.
03
Hardware-in-the-loop essentials
Hardware-in-the-loop essentials
Get a better understanding of the HIL testing approach and the benefits it offers to embedded system engineering.
02
Differences between software and hardware testing
Differences between software and hardware testing
Dive deeper into different aspects of software and hardware testing to ensure your quality control is at the highest level.
04
Embedded software use cases
Embedded software use cases
Explore real-world examples of what robust embedded software development processes look like in practice and the results they bring.
01
Impact of Cyber Resilience and Data Acts
Impact of Cyber Resilience and Data Acts
Find out about the challenges and opportunities the new European Union (EU) regulations will create for Internet of Things (IoT) device providers.
02
Differences between software and hardware testing
Differences between software and hardware testing
Dive deeper into different aspects of software and hardware testing to ensure your quality control is at the highest level.
03
Hardware-in-the-loop essentials
Hardware-in-the-loop essentials
Get a better understanding of the HIL testing approach and the benefits it offers to embedded system engineering.
04
Embedded software use cases
Embedded software use cases
Explore real-world examples of what robust embedded software development processes look like in practice and the results they bring.
Authors
Adam Bodurka
Embedded Software Engineer
An Embedded Software Specialist with 9 years of experience, Adam has been involved in building solutions for companies across industries. A programming background has given Adam practical experience with various wired and wireless protocols, technology stacks and work methodologies. Open to new challenges, Adam is passionate about staying up to date with the newest technologies.
Jakub Górski
Business Development & Consulting Manager
Jakub has specialized in audio and embedded software for over 5 years. He has extensive knowledge of connectivity standards, standards organizations and various certification programs due to years of close collaboration with global organizations responsible for the development and scaling of emerging technologies such as FiRa Consortium, AVNU Alliance, LoRa Alliance, Car Connectivity Consortium and Bluetooth SIG.
Radosław Kotewicz
Software Delivery Director
A business and technical consultant experienced with IT and connectivity standards organizations, Radoslaw has been working in the IT and Internet of Things industries for over 15 years. His broad expertise, in embedded systems engineering and project management, has enabled him to support the development of IoT products and solutions for the last eight years. He has also been involved in creating certification test tools throughout his career, including a wireless automated charging test system.
About Software Mind
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