Top Embedded Tech Trends 2023 in World

0
66
Top Embedded Tech Trends 2023 in World

Each year, numerous conferences cover electronics, embedded systems, and software, providing a valuable opportunity for professionals like managers, engineers, and developers to explore industry advancements, network, and discover innovative tools. Among the top conferences, Embedded World tech trends 2023, Embedded Online Conference, and Sensors Converge are the most exciting events for enthusiasts. Recently, I had the privilege of attending Embedded World 2023 in Nuremberg, Germany, marking its return since the pandemic. During this remarkable conference and exhibition, three intriguing trends caught my attention, which I am excited to share with fellow developers.

What is an Embedded System?

An embedded system is a software program permanently installed in a device to execute pre-programmed tasks within a specific time frame. It goes by various names, such as micro, systemic, embedded, or device software. Typically, this software operates unsupervised and does not require a graphical user interface or interaction. Its primary purpose is to provide the device with essential functioning instructions. The embedded system resides in the gadget’s ROM and can be updated using more modern hardware like Flash or EEPROM.

Embedded systems can run independently or in conjunction with other systems. For instance, a printer connected to a computer or network card has firmware that can be triggered only by external control. The firmware is controlled by an internal microprocessor or microcontroller, enabling it to interface with other devices for calibration, diagnostics, or restoring functionality.

Beyond everyday devices, embedded systems are employed to control more complex machines. The complexity of the software depends on the managed device, yet all embedded systems share common characteristics such as reliability and predictability. As the device complexity increases, the embedded software must be more specialized, allowing the division of tasks into smaller subsystems. Redundancy enhances reliability, ensuring that two independent devices can be assigned to the same duty, enabling the system to function correctly even in failure. Moreover, embedded system platforms possess high mechanical resistance and can operate effectively in challenging environmental conditions.

3 Tech trends for Embedded World 2023

3 Tech trends for Embedded World 2023

Trend 1: Visual Studio Code Integration

Visual Studio Code (VS Code) has experienced a surge in popularity among software developers worldwide, with surveys indicating that 75% of developers utilize this versatile tool. Interestingly, the embedded software developers’ community is also catching up, with a considerable rise in adoption. I’ve witnessed a growing interest in VS Code from my clients and engineers attending my workshops. While I don’t claim expertise, I have utilized it in several projects over the past few years.

However, integrating VS Code with embedded systems can be complex and error-prone. Despite some excellent plug-ins that simplify certain aspects, integrating microcontroller vendor tools, cross-compilers, and debuggers can be challenging. For instance, I once encountered an issue where C++ sources couldn’t be found, even though C code compiled, deployed, and debugged seamlessly.

During Embedded World 2023, various microcontroller vendors, such as STMicroelectronics, NXP, and Arm, made significant announcements regarding their support for Visual Studio Code. Collaborating with Microsoft, these vendors developed VS Code extensions seamlessly integrated within the IDE. For example, STM32 VS Code Extension, downloadable from the extension menu, requires STM32CubeCLT. Similarly, NXP offers MCUXpresso for Visual Studio Code, while Arm provides Keil Studio Pack extension.

With the growing popularity of VS Code, there is an increasing demand to use it within the embedded space, and it’s delightful to see valuable solutions emerging. Expect more vendors to announce support for VS Code shortly.

Trend 2: Embracing “Modern” Software Processes

Embedded developers have long remained distinct from the rest of the software industry by favoring on-target processes for everything. However, this approach has limited the adoption of many modern software processes, such as unit testing, continuous integration, and simulation.

The industry has witnessed a significant push toward modernizing embedded systems design and development. Notably, at Embedded World 2023, several examples on the show floor demonstrated the creation of automated pipelines that led to a flexible CI/CD process natively integrated with GitHub. What’s remarkable is that GitHub actions enable using Arm Development tools like the Arm cross-compiler and Arm Virtual Hardware. Additionally, developers can run virtual hardware simulations for their CI/CD pipelines, enhancing the testing and development process.

Trend: 3 Harnessing AI and ML in Design

GitHub Copilot was a particularly intriguing tool that caught my attention at the conference. Leveraging AI, Copilot suggests lines of code based on what you write or the comments you add to the source code. This feature proves helpful when crafting makefiles or functions. Admittedly, some suggestions may only sometimes make sense or could be repetitive. Nonetheless, Copilot has inspired me countless moments where I’ve thought, “Yes, that’s an excellent idea to add!”

Another captivating tool I encountered was a system design tool driven by AI. Developers could input their desired end product, and the AI would employ open-source reference designs, datasheets, and other resources to create comprehensive block diagrams, schematics, and even PCB layouts. This AI-assisted design approach has the potential to accelerate development processes significantly. While the examples I observed demonstrated outstanding results, there’s always the reminder to pay attention to the finer details. Nevertheless, the promise of AI/ML-assisted design is just beginning to unfold, and witnessing its progress is fascinating.

The Programming Process for Embedded Systems

The creation of embedded systems involves close collaboration between hardware and specialized components. This can sometimes be challenging as engineers prefer a planned approach with precise guidelines, while coders lean towards a more adaptable trial-and-error methodology. To ensure a successful project, defining requirements clearly and carefully selecting the operating system, CPU, peripherals, and programming platform is crucial. Establishing new production milestones checked at every testing level is also essential.

Many businesses opt for the cascade approach, treating each activity as a distinct step in the finalization process. These steps often include:

  • System planning (included in the requirements specification)
  • Design
  • Building the code
  • Testing
  • Production
  • Product support

Implementing a structured approach offers better control over specific project components. This is particularly true for the hardware side of programming. The model relies on the idea that programmers can quickly modify the code to account for any changes. However, any deviation from the original requirements and design documentation can lead to delays and extra expenditures. Therefore, both hardware design and software development demand equal care and attention.

5 Embedded World 2023 tech Trends  Companies Should Follow

The highly anticipated Embedded World 2023 conference has concluded, and we are thrilled to share the critical discussions and trending topics among tech-savvy companies at the event. Stay ahead of the curve and explore the latest technological advancements gaining momentum in the present day.

5 Embedded World 2023 tech Trends  Companies Should Follow

About Embedded Tech Trends World 2023

From March 14 to 16, our Head of IoT Business Development, Slavic Voitovych, and Head of Marketing, Liliia Demchenko, represented Lemberg Solutions at Embedded World 2023. They engaged with other tech enthusiasts, gaining valuable insights into the future of embedded development.

The conference focused on adding business and customer value to embedded systems development. Participants were enthusiastic about showcasing their embedded solutions and sharing their expertise. However, specific topics captured the most attention, and these tech trends are expected to have the most significant impact in the future. Let’s delve deeper into them:

1. AI Development:

Troubleshooting machinery malfunctions can consume valuable time and lead to financial losses. More enterprises are investing in machine learning (ML) for predictive maintenance solutions to prevent downtime and save on repair costs. ML models transform industrial processes, making product manufacturing more stable, efficient, and predictable.

At Embedded World 2023, real-time ML error detection garnered significant attention. Tech enthusiasts discussed how predictive analytics integrated into IoT real-time monitoring systems can prevent cost and time losses at industrial facilities. Lemberg Solutions actively participated in this trend by showcasing a predictive maintenance prototype developed for one of their clients – an AI-based ultrasonic device for rolling bearing condition monitoring. This technology identifies whether a rolling bearing requires replacement, enabling industrial site workers to take preemptive action and prevent downtime.

The conference also highlighted the wide use of state-of-the-art embedded vision systems across various industries, such as retail, automotive, healthcare, and innovative home applications. Lemberg Solutions extended embedded vision applications by developing a prototype for livestock weight monitoring, catering to the agritech industry.

2. GUI Development with Cross-Platform Software

To enhance user experience, embedded engineers need well-designed graphical user interfaces (GUIs). As devices become more complex and multifunctional, developers must provide clear-cut dashboards for users.

Moreover, the tech community embraces cross-platform solutions that save time and reduce costs. Instead of developing separate GUIs for each platform, exhibitors at Embedded World 2023 demonstrated their proficiency in cross-platform GUI development. They showcased high-profile embedded systems with easy-to-use dashboard designs.

At Lemberg Solutions, our developers leverage Flutter and Qt technologies for cross-platform solutions. Flutter enables us to create clean custom UIs that simplify the use of our clients’ embedded products, while Qt libraries facilitate faster development of embedded UIs, reducing time to market. For instance, we assisted a convergence company manufacturing 3D printers with Qt and Flutter development.

3. Secure Embedded Development

As the number of IoT devices grows, ensuring strict security measures becomes crucial to prevent vulnerability to software attacks.

Hardware manufacturers incorporate the root of trust (RoT) and RISC-V instruction set architecture (ISA) into their products to address this. The RoT is a built-in security layer in modern microcontrollers and CPUs, protecting IoT devices from remote software attacks. It enables cryptography, trusted boot, and secure storage, safeguarding data confidentiality and mitigating software hacking risks.

RISC-V ISA, an open-source architecture suitable for MCUs, is gaining popularity among embedded developers due to its flexibility and accelerated development process. It is compatible with AI-powered devices, works in low-power modes, and ensures product security.

For IoT development, RoT and RISC-V are essential for over-the-air (OTA) updates, securing MCU-based products during updates. At Lemberg Solutions, we prioritize data and development process safety, as evidenced by our ISO 9001:2015 and ISO 27001:2013 Certifications.

4. Embracing Open-Source Software

The collaboration of contributors in open-source software projects is leading to a proliferation of innovative products. This topic remained a hot discussion at Embedded World 2023, where tech enthusiasts showcased their embedded systems built using open-source solutions.

Lemberg Solutions’ embedded engineers prefer working with Yocto Project and Zephyr Project RTOS initiated by the Linux Foundation. These projects simplify software development processes and make embedded Linux development more flexible. Our team excels in creating state-of-the-art solutions based on Yocto and Zephyr technologies tailored for custom product development. We offer embedded Linux services that meet our client’s software requirements, including low-power solutions developed using open-source tools.

5. Smart Home Industry Breakthroughs

The smart home industry is experiencing a significant breakthrough with advancements in IoT technology and AI integration. Embedded World 2023 witnessed various innovations in smart home devices, making homes more connected, automated, and secure.

Companies like Lemberg Solutions are at the forefront of this revolution, presenting cutting-edge intelligent home solutions at the exhibition. These solutions enhance comfort, energy efficiency, and safety in modern homes, catering to the needs of tech-savvy consumers.

In conclusion, Embedded World 2023 showcased remarkable trends that will shape the future of technology and embedded development. As companies strive to stay competitive, embracing these trends can lead to innovation, efficiency, and customer satisfaction in the fast-evolving tech landscape.

Conclusion

Embedded  tech trends World 2023 exceeded all expectations, attracting a diverse crowd of attendees, vendors, and colleagues. The event was a vibrant innovation hub, with nearly 900 companies worldwide showcasing their latest and most remarkable technologies. While this article only scratches the surface of the myriad of trends and undercurrents in our industry, I hope it offers a glimpse into some of the exciting tools and trends that will shape the future of embedded software development. Embracing Visual Studio Code, modernizing software processes, and harnessing the potential of AI/ML are key takeaways that will drive our field toward greater heights in the coming years.

If you want more exciting technology ideas and discover the latest innovations, welcome to our website.

LEAVE A REPLY

Please enter your comment!
Please enter your name here