莱迪思博客

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Quantum blog

[Blog] Crypto-Agility and Hardware Trust: Preparing for Q-Day

Posted 12/22/2025 by Lattice Semiconductor

The transition to post-quantum cryptography (PQC) is not a theoretical future event. It is the largest cryptographic migration in modern history, already shaping product roadmaps, standards bodies, and infrastructure planning across servers, AI datacenters, telecom, industrial automation, and critical systems. In this interview, we sat down with Mamta Gupta, a leader driving Lattice’s quantum-safe security strategy, to discuss Quantum Day (Q-Day) readiness, crypto-agility, Security Proto...

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Post Quantum Trust Stack - Sec-Seminar-Recap-blog

[Blog] The Post-Quantum Trust Stack: Preparing for Cryptographic Disruption

Posted 11/14/2025 by Mamta Gupta, AVP, Lattice Semiconductor

Our digital world is undergoing a profound transformation. Cloud computing, artificial intelligence (AI) and machine learning (ML) workloads, as well as the emergence of quantum computing capabilities, are reshaping how networks must be protected and secured. What’s more, these changes come amid evolving risks & regulations – from the prevalence of “harvest now; decrypt later” attacks, to updated standards like the Commercial National Security Algorithm Suite (CNSA) 2...

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117 OCP Recap blog 1

[Blog] Securing the Future: OCP 2025 Recap

Posted 11/11/2025 by Lattice Semiconductor

Each year, the Open Compute Project (OCP) Global Summit brings together the tech industry’s most innovative thinkers to discuss the current and future state of open hardware and software solutions. This year, Lattice and our ecosystem partners had the opportunity to showcase a range of our Field Programmable Gate Array (FPGA)-based solutions that help enable OCP-compliant development of datacenters, artificial intelligence (AI) solutions, and more. In case you missed the show, here’...

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1024 Bob O blog

[Blog] Making Post Quantum Cryptography Real with FPGAs

Posted 10/24/2025 by Bob O’Donnell, president and chief analyst of TECHnalysis Research, LLC

One of the more exciting developments now happening in the high-tech world is the work being done to enable quantum computing. After decades of theoretical discussion and development, the last few years have shown tangible progress in this radically different (and enormously complex) new method of computing. Quantum computers essentially perform calculations by flipping the electrical charge of individual atoms and allowing them to simultaneously exist in more than one state through a process ca...

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Lattice MachXO5-NX_TDQ Blog - Graphics

[Blog] Setting the Standard: Industry First PQC-Ready FPGA

Posted 10/13/2025 by Lattice Semiconductor

Quantum computing is no longer just a concept confined to research labs. Thanks to rapid progress in both hardware and algorithms, the risk to today’s cryptographic systems is steadily increasing. In 2025, Google’s 105-qubit Willow chip and Microsoft’s Majorana 1 processor demonstrated that scalable quantum systems are moving closer to practical reality. Industry experts now predict that quantum computers capable of breaking RSA-2048 encryption could arrive as early as 2030 to ...

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Blog: Enabling Hardware Based Trust with TPM and FPGAs - Graphics

[Blog] Enabling Hardware-Based Trust with TPM and FPGAs

Posted 09/19/2025 by Mamta Gupta, AVP Strategic Business Development for Security, Telecommunications, and Datacenters, Lattice Semiconductor; Eric Sivertson, VP of Security Business, Lattice Semiconductor

Building and maintaining connected digital ecosystems that account for today’s evolving cyber threat landscape requires a degree of hardware-based trust, as software-only security approaches are no longer sufficient to protect complex, distributed systems Luckily, today’s developers can reference a foundational example of hardware-based security that has existed for decades: the Trusted Platform Module (TPM). With over four billion TPM units deployed globally across a wide range of u...

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Lattice Blog - Server Security

莱迪思FPGA让服务器安全面向未来

Posted 08/29/2025 by Mamta Gupta, AVP Strategic Business Development for Security, Telecommunications, and Datacenters, Lattice Semiconductor

服务器是现代计算基础设施的中坚力量。它们承载着敏感数据、AI模型以及核心工作负载,因此成为愈发复杂网络威胁的主要目标。随着服务器架构日益模块化、分布式发展,且集成多种CPU、网络接口卡、加速器、SCM模块等,加之企业对这些分布式系统的依赖不断加深,保障其安全的复杂性也随之成倍增加。 近期的攻击事件——例如利用Secure Boot漏洞或利用本地部署环境的零日漏洞——充分证明了平台级攻击如何绕过传统软件防线。这些威胁常通过固件植入与持久化攻击路径,悄然突破常规防御体系。相应地,监管框架与行业标准(包括CNSA 2.0、NIST 800-193和欧盟网络弹性法案)正日益要求采用强制的硬件安全措施,比如平台弹性、加密保障与安全生命周期管理。 要满足这些要求并抵御高级威胁,绝非易事。为系统开发者提供强大的硬件解决方案与安全最佳实践,可帮助企业构建具备弹性的服务器架构,从而支持安全、可扩展的计算环境。 服务器级安全面临哪些挑战? 要打造具备弹性的基础设施,开发者必须解决影响服务器级安全的核心障碍。 这些持续演化的威胁,包括但不限于: ...

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627 Sec Seminar Recap blog

为后量子安全构建安全灵活的基石

Posted 06/27/2025 by Eric Sivertson, Mamta Gupta

近来,量子计算领域取得了一系列最新进展,后量子加密(PQC)比以往任何时候都更加必要。各行业的开发者迫切需要加强其计算生态系统,以应对量子攻击带来的加剧风险和未知威胁能力。而目前的挑战在于:尚未有一个标准、全面的模型来确保后量子时代的安全。 传统上,开发者能够基于共同的经验制定出标准和最佳实践。但随着量子计算能力的快速发展,他们也难以享受这种便利了,必须找到抵御量子风险的方法,同时又不能对其安全基础设施的长期可行性带来影响。 在我们最新的安全研讨会上,来自莱迪思、PQShield、Quside和Secure-IC的安全专家探讨了不断发展的后量子加密(PQC)需求,以及采用软硬件协同设计方法来满足这些安全需求的重要性。 是什么推动着后量子加密标准的不断发展? 随着量子领域的持续发展,各种后量子加密标准和指南应运而生。其中最受关注的当属商业国家安全算法套件2.0(CNSA 2.0)——这是美国国家安全局(NSA)发布的一项规定,强制要求使用更强大的后量子加密算法,如Kyber、Dilithium、LMS和XMSS。 尽管CNSA 2.0是后量子加密(PQC)标准...

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Security-Seminar-Recap-blog

未来值得关注的网络安全趋势和技术

Posted 04/18/2025 by 安全、数据中心和通信部门营销高级总监Mamta Gupta和安全业务副总裁Eric Sivertson,

网络安全最佳实践可能随时发生变化。为了帮助我们的客户跟上这一瞬息万变的领域,莱迪思定期举办安全研讨会,组织安全和FPGA专家深入探讨通信、计算、工业、汽车和消费市场的最新安全趋势、法规和实施。我们的目标是提供安全领域相关的见解、真实的市场信号以及对今后发展的认识,这对于正在构建、部署或管理可信系统的开发者尤其重要。 在最新的安全研讨会上,莱迪思安全专家全面概述了CES、MWC、Embedded World和NVIDIA GTC等重大行业活动中出现的全球最新安全趋势。这些活动就如何采取灵活的方法满足信任、零信任架构、后量子加密(PQC)和网络弹性等领域的需求提供了独特的视角。 趋势 1:人工智能安全需求与功能 不出所料,人工智能(AI)仍是网络空间和展会上的热门话题,而用户之间日益增长的信任感则是这一切的核心。虽然人工智能模型可以提高商业环境中的效率和生产力,简化日常任务(例如驾驶),但它们也为恶意行为者提供了类似的优势。此外,人工智能越深入企业系统,攻击面就越大。 为了充分应对这一日益严峻的风险,业界需要从两个角度来处理人工智能安全问题: 将人工智能应用于安全领域:我们...

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Embedded World 2025: Lattice's Cutting-Edge FPGA Solutions

2025年嵌入式世界大会:莱迪思尖端FPGA解决方案

Posted 03/20/2025 by Lattice Semiconductor

嵌入式世界大会(Embedded World)是世界上最大的展会之一,莱迪思和我们的生态系统合作伙伴在此次展会上展示了基于莱迪思FPGA的最新重大创新成果,广泛应用于汽车、工业和安全网络边缘应用。如果您错过了这次展会,可以在本文中查看我们在2025年嵌入式世界大会上的精彩瞬间。 莱迪思荣获嵌入式计算设计(ECD)“最佳产品”奖 在今年的嵌入式世界大会上,莱迪思的Nexus™ 2小型FPGA平台赢得了享有盛誉的ECD最佳产品奖。与竞品相比,莱迪思Nexus 2在功耗和性能、互连和安全性方面都有显著的优势。该平台支持多个器件系列的快速开发,帮助开发人员以莱迪思Certus-N2通用FPGA为起点,打造创新产品,解决技术设计难题。 与创新的合作伙伴生态系统共同展示尖端的莱迪思FPGA解决方案 莱迪思与强大且不断发展的合作伙伴网络的众多成员合作,展示了超过25个前沿技术演示,包括自主移动机器人、传感器融合、网络边缘计算、工业互连、支持PQC的安全解决方案等方案的FPGA实现。其中包括了来自创新合作伙伴Agiliad、Arrow、Citrobits、Exo...

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