莱迪思FPGA安全解决方案

For the first time, Lattice, ASPEED, and AMI come together to share how the AI datacenter control plane must evolve to meet growing demands for scalability, security, and uptime. Join this Security Seminar to discover how next-generation control plane architectures can help simplify system management, strengthen platform security, increase operational efficiency, and enable more reliable AI infrastructure. Learn why tightly integrated real-time control, BMC/SMC manageability, and platform orchestration technologies are critical to accelerating AI deployments and reducing infrastructure complexity.

Date: July 9, 2026 (English) Watch Now

FPGAs provide servers and datacenters with peak efficiency and optimization, outperforming CPU- and GPU-based acceleration for offload processing, network traffic management, and storage allocation. In this panel, experts discussed how FPGAs leveraged configurable logic cell arrays, multiple power rails, and secure memory and boot functions to enable more efficient and powerful datacenters.

Date: June 17, 2026 (English) Watch Now

The global humanoid market is projected for explosive growth over the next several years. As these robots increasingly move from research environments to commercial deployments, designers face a variety of challenges. Humanoid safety often takes center stage as a core challenge, but safety without security falls short as humanoids increasingly interact directly with people. Watch this Security Seminar with Lattice, SEALSQ, and Promwad Electronics Design to learn about the evolving landscape of humanoids and security.

Date: March 31, 2026 (English) Watch Now

This demo showcases a joint Lattice, SEALSQ, and Promwad reference board designed to accelerate development of secure physical AI and industrial control systems. The platform combines a low power Lattice FPGA acting as a Root of Trust with a SEALSQ post‑quantum cryptography (PQC)‑compliant TPM, enabling secure boot, device attestation, and ongoing cyber‑resilient monitoring. With support for TPM 2.0 PQC extensions, anti‑tamper protection, and real‑time deterministic control, the reference design provides a practical foundation for building future‑ready systems that require strong security, flexibility, and rapid prototyping.

Date: March 25, 2026 (English) Watch Now

The video introduces the Lattice Cyber Resilience Reference Kit, a collaborative solution from Lattice, EXOR International, and TrustiPhi. The demonstration showcases how the kit enables manufacturers to build cyber resilient devices with hardware root-of-trust, meet upcoming regulatory requirements like the EU Cyber Resilience Act, and simulate real‑world secure industrial operations using Lattice FPGAs, TrustiPhi security orchestration tools, and EXOR International’s industrial edge platforms.

Date: February 17, 2026 (English) Watch Now

The cybersecurity landscape is rapidly evolving toward post-quantum readiness. A new trust stack is emerging—powered by Lattice’s CNSA 2.0-compliant Root of Trust FPGAs, the first in their class to deliver a complete, standards-aligned PQC implementation. In this session, you’ll hear from AMI, Lattice, Quside, and SecEdge, who are already making this vision a reality. Watch this Security Seminar for insightful discussions, practical strategies, and a glimpse into the future of trusted computing.

Date: November 12, 2025 (English) Watch Now

Trusted Platform Modules (TPMs) and FPGAs are key to building secure systems. This seminar explores how their combined strengths enable dynamic cyber resilience in an evolving threat landscape. It covers technology fundamentals, use cases, standards compliance, and how TPMs paired with FPGA-based Root of Trust can address security challenges. The session also examines how these solutions intersect with new post-quantum cryptography (PQC) requirements to help future-proof secure systems.

Date: September 16, 2025 (English) Watch Now

Watch the Lattice Security Seminar, Beyond CNSA 2.0: The Expanding Horizon of Post-Quantum Security, to explore the future of post-quantum cryptography (PQC) and the impact of CNSA 2.0. Gain insights into NIST’s PQC algorithms (Falcon, SLH-DSA, HQC), the role of Quantum Random Number Generator (QRNG) hardware, emerging nation-state regulations, new use cases driving PQC adoption, strategies for crypto agility, and the benefits of FPGA-based field updatability. Don’t miss this opportunity to stay ahead in the rapidly changing cybersecurity landscape.

Date: June 23, 2025 (English) Watch Now

Watch the Global Security Trends Update Security Seminar for insights from top security and FPGA experts on how global security trends are shaping technology across industries in 2025 and beyond. Topics include key themes from major conferences, AI's impact on industries, post-quantum cryptography, European Cyber Resilience Act compliance, and how Lattice FPGAs provide flexible, programmable hardware solutions. This seminar is ideal for professionals looking to stay ahead in cybersecurity and trusted computing.

观看微软在莱迪思开发者大会上的嘉宾主题演讲，重点介绍了FPGA在提高云计算安全性和互连方面的作用。在这次会议上，微软展示了莱迪思FPGA用于提高数据安全性和网络性能的创新方法，特别是在大规模云环境中，还重点介绍了标准化的可信根技术，如Caliptra。

通过行业创新、法规和生态系统举措解决下一代数据中心安全挑战。

在当今的人工智能和量子计算时代，网络威胁迅速升级，需要灵活而强大的网络安全策略。莱迪思就这些策略的重要性举办了一场专题讨论会，探讨了各类主题，包括人工智能、量子计算、不断变化的法规、数据溯源、客户需求以及安全领域FPGA的应用。

本次会议概述了量子威胁、应对这种威胁的后量子加密技术（PQC）的基本原理，并介绍了基于FPGA的加密敏捷解决方案。