Orthogone to participate in STAC Summit New York 2025
Romain Isaac
October 9, 2025
Orthogone Technologies recently participated in embedded world Germany 2026, where we had the opportunity to connect with embedded technology leaders, innovators, and partners from around the world.
The event, held in Nuremberg from March 10th to March 12th, once again confirmed its position as a key gathering for the embedded systems ecosystem, bringing together industry leaders and decision-makers to explore the future of embedded technologies.
Throughout the event, our team engaged in valuable discussions around ultra-low latency systems, FPGA acceleration, and embedded software, while showcasing how we support engineering teams in designing high-performance, mission-critical solutions.
During the event, Orthogone presented its capabilities across several key areas:
These solutions continue to support industries such as automotive, telecom, aerospace, industrial, and healthcare in building next-generation systems.
Several key insights emerged from this year’s event:
1. AI is moving to the edge
There is a clear shift toward deploying AI directly within embedded systems, driven by the need for real-time processing, reduced latency, and greater autonomy.
2. Real-time performance is becoming a baseline requirement
Deterministic systems are no longer optional in many industries especially in aerospace, automotive, and industrial applications.
3. Hardware-software co-design is critical
The increasing complexity of systems requires tighter integration between FPGA, processors, and software to achieve optimal performance.
4. Energy efficiency is a growing constraint
Optimizing power consumption is becoming as important as performance, particularly for edge and embedded deployments.
5. Connectivity and data flow remain central challenges
Managing high-throughput, low-latency data pipelines continues to be a key focus across industries.
The 2026 edition of embedded world highlighted several key themes shaping the industry, including IoT and connectivity, AI in embedded systems, cybersecurity, and real-time system design.
The conversations and sessions reinforced the growing importance of integrating hardware and software more tightly, particularly in environments where performance, determinism, and reliability are critical.
Orthogone’s expertise in FPGA acceleration, embedded software, and distributed architectures aligned closely with these industry trends, enabling meaningful exchanges with partners and customers facing increasingly complex engineering challenges.
embedded world 2026 reinforced the rapid evolution of embedded systems and the growing demand for scalable, high-performance, and energy-efficient solutions.
We look forward to continuing these conversations and helping organizations turn these technological shifts into concrete, reliable systems.
Our experts are available to discuss your engineering challenges and explore how Orthogone can accelerate your roadmap with custom embedded and FPGA solutions.
