Lattice wins 2026 Cybersecurity Stars Award for PQC innovation

1 min read     Updated on 02 Jul 2026, 03:18 AM
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AI Summary

Lattice Semiconductor's MachXO5-NX TDQ FPGA family won the 2026 Cybersecurity Stars Award in the Best Post-Quantum Cryptography category. The award recognizes the product's innovation in cybersecurity and its readiness for the quantum era. The FPGAs are currently deployed in customer systems across various sectors.

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Lattice Semiconductor announced that its Lattice MachXO5-NX TDQ FPGA family won the 2026 Cybersecurity Stars Award in the Best Post-Quantum Cryptography category. The award, hosted by The Hacker News, recognizes the product's capabilities in addressing post-quantum cryptography (PQC) migration needs.

The MachXO5-NX TDQ FPGAs are built on the Lattice Nexus platform. They deliver security, reliability, and flexibility for Compute, Communications, Industrial, and Embedded applications. The company stated that the product is already shipping and is deployed in a variety of customer systems.

Mamta Gupta, Associate Vice President, Strategic Business Development, Datacenter & Security, at Lattice Semiconductor, highlighted the urgency of PQC migration. She noted that a recent Federal executive order mandates adoption for federal High Value Assets by 2030. Gupta emphasized that customers need proven, deployable solutions to meet these timelines.

The Panel of Judges for the Cybersecurity Stars Awards commended Lattice Semiconductor. They noted that Lattice FPGAs support PQC algorithms and can be updated in the field as security standards evolve. The judges stated this work addresses a real and growing concern in the security community regarding the shift away from traditional encryption.

Key Features of MachXO5-NX TDQ FPGAs

Feature Description
Platform Built on Lattice Nexus platform
Security Hardware-rooted security, crypto-agility
Capability PQC readiness
Applications Compute, Communications, Industrial, Embedded

How will the 2030 federal mandate for High Value Assets influence adoption rates among private sector enterprises?

What specific challenges does Lattice anticipate in field-updating legacy systems to support new PQC standards?

How might this award impact Lattice's market share against competitors in the low-power FPGA security segment?

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Lattice sensAI wins 2026 AI Edge Solution of the Year award

1 min read     Updated on 26 Jun 2026, 01:37 AM
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Lattice Semiconductor's Lattice sensAI solution stack secured the 'AI Edge Solution of the Year' title at the 2026 AI Breakthrough Awards. The technology is engineered for low-power AI applications in industrial, automotive, and consumer sectors. The award acknowledges the solution's efficiency and flexibility in enabling advanced vision and sensing capabilities at the edge.

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Lattice Semiconductor announced that its Lattice sensAI solution stack was named 'AI Edge Solution of the Year' by the 2026 AI Breakthrough Awards. The recognition highlights the stack's ability to enable low-power, small form factor artificial intelligence and machine learning applications across Industrial, Automotive, and Consumer systems. This award underscores the growing industry demand for efficient edge computing solutions that operate within real-world power and latency constraints.

Technology and Application

Lattice sensAI is a comprehensive edge AI solution stack designed to assist developers in building and deploying advanced vision and sensing capabilities. The technology supports applications such as defect and person detection, object and facial recognition, monitoring systems, and security and safety features. These capabilities are increasingly utilized in industrial and automotive markets where reliable intelligence is critical.

Industry Recognition

Raemin Wang, Vice President of Segment Marketing at Lattice Semiconductor, emphasized the transformative role of edge computing and AI in system operations. Wang stated that the company is honored by the recognition, noting that Lattice sensAI helps developers bring advanced capabilities to market. Steve Johansson, Managing Director of AI Breakthrough, added that the awards program focuses on technologies advancing practical AI adoption. Johansson highlighted that Lattice sensAI stands out for delivering AI performance and power efficiency to embedded systems with strict form factor requirements.

Key Attributes of Lattice sensAI

Attribute Description
Primary Function Low power, small form factor AI and ML deployment
Target Sectors Industrial, Automotive, Consumer
Key Applications Defect detection, person detection, object recognition, facial recognition, monitoring, security
Recognized Strengths AI performance, power efficiency, deployment flexibility

How will this award influence Lattice Semiconductor's market share in the competitive edge AI sector?

What are the potential partnerships Lattice might pursue to expand sensAI's adoption in automotive and industrial markets?

How might advancements in sensAI's technology impact the development of next-generation low-power AI devices?

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