2023 / 09 - Discovering the Future of Safety, Security, and Connectivity

SYSGO Newsletter

Dear Madame, Dear Sir,

we live in a dynamic world where Edge2Cloud and Internet-of-Things (IoT) devices are connected to create the digital future of tomorrow. From robust safety mechanisms to state-of-the-art security protocols: Seamless connectivity solutions are required to bridge the gap between edge and cloud, and the integration of AI services that unlock unmatched possibilities.

Whether you're an industry professional, a tech enthusiast, or simply curious about the limitless possibilities of our connected world: SYSGO is shaping the future of safety- and security-critical applications, seamless connectivity, and powerful AI services in the IoT and Edge-to-Cloud landscape.

Stay connected and ahead with SYSGO to start your future in the connected world.

Your SYSGO Team

The Future of Parallel Computing for Automotive and Rail

The Ampere project aimed to research and develop a framework for reducing complexity and increasing performance in embedded systems for the automotive and rail industries while maintaining safety and security, focusing on enabling secure parallel computing for cyber-physical systems (CPS) on heterogeneous architectures, improving the basis for autonomous driving, and addressing challenges posed by existing interfaces like OpenMP API.

Read the Blog Post | Press Release

Real-Time and Secure Monitoring of Renewable Energy Sources

As the world shifts towards renewable energy, it's crucial to have reliable monitoring systems in place. The integration of real-time technology and secure communication provides a robust solution to manage and optimize the energy production and consumption.

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Implementing Real-Time Capabilities for Automated Valet Parking Systems

As we continue to innovate and develop new technologies, the concept of autonomous vehicles is becoming more of a reality. One area where this technology is being applied is in the area of valet parking for cars. With the help of advanced sensors, cameras, and real-time processing, cars can now park themselves without the need for human intervention.

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Industry 4.0 via Real-Time and OPC UA

The OPC UA (Unified Architecture) industrial communication standard has existed for almost twenty years and has since advanced large parts of industry in terms of digitalization. As an important, technological building block, OPC UA enables secure communication within industrial plants, without which Industry 4.0 would be hard to imagine.

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Integrated RTOS & Hypervisor Ecosystem for MPU and MMU-based Processors?

The video explains the distinction between MPU (Memory Protection Unit) and MMU (Memory Management Unit) processors. We are also getting deeper into FPGA virtualization and emphasizing its role in mixed-criticality systems, FPGA virtualization enables multiple guest operating systems to efficiently share reconfigurable hardware resources, reducing cost and complexity.

Watch the Video

Use of Heterogeneous Computing Systems and Partitioned OS in Space Applications

Increased demand for higher level of integration, miniaturization in particular in the case of nano and picosatellite constellation requires the use of state-of-the-art embedded computing systems and operating systems. We describe how the combined use of MMU- and MPU-based partitioned real-time operating systems on COTS heterogeneous computing platforms contributes to increase integration, improve SWaP (Size, Weight and Power), and reduce costs.

Download the Whitepaper

Developing DO-178C and ED-12C-certifiable Multi-Core Software

The embedded Avionics industry is moving from single-core to multi-core processors. This change is being driven by ever-increasing demands for software functionality, improved SWaP (Size, Weight and Power) characteristics, and increasing challenges in sourcing high-performance single-core processors. The trend is expected to accelerate in the future, making it more important than ever to understand the certification landscape for multi-core Avionics systems.

Downlaod the Whitepaper

Connected - Protected - Certifiable: We are SYSGO

In a digitally integrated world, the Internet of Things is booming, with AI services and connected devices increasing rapidly. By 2030, 24 billion IoT devices are expected, but safety and security requirements are also growing. This will make our powerful and certifiable solutions essential. SYSGO offers strong isolation and supports the full certification process, ensuring a safe and secure future across industries with our well-proven PikeOS real-time OS and ELinOS embedded Linux distribution.

Watch the Video