[Blog] Advancing Embedded AI, Security, and Connectivity at embedded world 2026

One of the year’s largest global trade shows, embedded world is a place for Lattice and its industry partners to gather and discuss the innovative solutions enabling engineers to deploy intelligent, scalable designs from cloud to sensor. If we missed you at the event, here’s a snapshot of our presence at embedded world 2026.

Showcasing Key Solutions for Tomorrow’s Embedded Challenges, Today

Over the course of the conference, the Lattice team had the opportunity to present its strategic vision and technical leadership across key markets including security, edge computing, and next-generation connectivity. Through executive panel participation and deep technical sessions, Lattice highlighted how embedded AI, trusted edge security, and AI‑enabled 5G and satellite networks are shaping resilient, scalable solutions for the future of the embedded world.

• An Expert Panel featuring Lattice Chief Strategy and Marketing Officer Esam Elashmawi.

• Esam joined an expert panel session discussing general trends, overarching challenges, and looming opportunities of the embedded world. The panel reflected on how large technology companies have navigated recent disruptions by strengthening leadership resilience, rethinking supply chains, and balancing scale with the need for faster, more fundamental innovation. Looking ahead, speakers emphasized embedded and generative AI as key growth drivers, with long‑term success depending on talent, geopolitics, and management models that can adapt to accelerating technological and economic change.

• Building Trusted Resilience at the Edge with SEALSQ

• Lattice Security Business VP Eric Sivertson highlighted the increasingly pressing need for verifiable system integrity, strong identity protection, and anti‑tamper measures across edge devices, including autonomous vehicles, drones, and critical infrastructure. By combining SealSQ trusted platform modules (TPMs) with secure, power‑efficient Lattice FPGAs , developers can enable hardware root of trust (HRoT), post‑quantum cryptography (PQC) measures, and compliance with emerging global standards.

• 5G, ORAN, and AI‑Enabled Networks at the Edge

• Lattice 5G Architect Dr. Hossam Fattah explored how non‑terrestrial networks (NTNs) and satellite‑based open radio access networks (ORAN) are expanding the reach of 5G to support smart cities, remote regions, and mobile platforms such as aircraft and drones.
• He also highlighted the growing role of AI‑enabled 5G networks, showing how supervised and unsupervised machine learning models can optimize real‑world network performance. From traffic prediction and dynamic resource allocation to anomaly detection, troubleshooting, and performance monitoring, AI‑driven capabilities combined with low‑power, reprogrammable FPGAs enable more efficient payload processing, adaptability, and post‑deployment flexibility within the inherent constraints of satellite and edge infrastructure.

Demonstrating Real‑World Edge Intelligence

On the show floor, Lattice hosted an interactive booth featuring real‑world applications of its award‑winning low power field programmable gate arrays (FPGAs) for the Automotive, Industrial, and Security markets. These included collaborating with ecosystem partners like Airy3D, Arrow, Canova Tech, Citrobits, Helion, intoPIX, LPF, Macnica, Parretto, Promwad, SEALSQ, and Tauro Technologies to showcase cutting‑edge innovations including a TPM‑enabled PQC platform, a 3D sensing solution for humanoid robots, and efficient bridging solutions for high‑bandwidth and emerging networking technologies.

Below are a few demo highlights from embedded world 2026.

• Security: As security requirements grow more complex, especially with the emergence of post‑quantum threats, Lattice continues to focus on hardware‑based trust as a foundation for resilient edge systems.

• Low Power PQC‑enabled FPGA and TPM Platform for Secure Physical AI “This demo shows how a low power Lattice FPGA, combined with a post‑quantum cryptography‑enabled TPM, delivers a hardware Root of Trust for secure boot, device attestation, and tamper‑resilient edge systems.”

• AI and Vision: From robotics to real‑time imaging, our AI and vision demos highlighted how Lattice FPGAs offload critical workloads at the edge while maintaining power efficiency and deterministic performance.

• FPGA‑Accelerated 3D Sensing for Humanoid Robot Manipulation “By offloading depth computation to a Lattice CrossLink™‑NX FPGA, this compact 3D sensing solution enables accurate near‑field perception for humanoid robots and advanced manipulation use cases at low power.”
• Real‑Time 4K30 Embedded Vision Pipeline on Lattice Avant™ FPGAs “A complete 4K30 embedded vision pipeline demonstrates how Lattice Avant™ FPGAs enable real‑time image processing from sensor input through FPGA‑based ISP to low‑latency HDMI output.”

• Connectivity: Reliable, standards‑based connectivity remains a key enabler for modern embedded systems.

• Aurora to 10G Ethernet Protocol Conversion on Lattice Avant™ FPGAs “This demo highlights a flexible FPGA‑based approach for bridging Aurora high‑speed serial links to standard 10G Ethernet.”
• 10BASE‑T1S Network Interoperability Demo on Lattice CertusPro™‑NX “Using a Lattice CertusPro™‑NX FPGA, this platform demonstrates throughput and interoperability across mixed‑topology 10BASE‑T1S Ethernet networks.”

Continuing Embedded Innovation

We appreciated the opportunity to showcase our latest innovative solutions at embedded world 2026 and look forward to building on this momentum in the year to come!

To learn more about Lattice technologies and solutions, please visit the Lattice Semiconductor website, or contact us for more information.