SEALSQ QS7001 and QVault TPM Roadmap Targets FIPS 140-3

Overview

This article describes SEALSQ Corp’s strategy plan for obtaining certification for its upcoming post-quantum semiconductor hardware by 2026. These developments are focused on the QS7001 Secure Element and QVault TPM product lines, designed to protect digital infrastructure against possible quantum computing attacks. The roadmap outlines precise benchmarks for meeting FIPS 140-3 and Common Criteria to guarantee adherence to future international security requirements. The business wants to enable a smooth transition to enhanced cryptography standards for a variety of government and industry sectors by obtaining third-party validations and supplying production samples. In the end, these initiatives provide a reliable hardware base meant to protect private information and vital systems throughout the global digital economy.

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SEALSQ’s Comprehensive 2026 Hardware Certification Roadmap

A worldwide leader in post-quantum semiconductors and security solutions, SEALSQ Corp (Nasdaq: LAES), has revealed a thorough certification path for its main hardware lines, marking a significant change in the cybersecurity environment. SEALSQ is presenting its QS7001 Secure Element and QVault TPM product lines as the core hardware for the upcoming digital security generation as the world gets ready for the danger that quantum computing will pose to conventional encryption.

The company’s Geneva headquarters made the statement, which outlines a strict timeline for obtaining Common Criteria (CC), FIPS 140-3, and TCG certifications by 2026. The corporation certifies that all four of its major products are now “tracking green” across their individual assessment processes, with manufacturing samples for its first-generation items already accessible as of March 2026.

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How to Achieve Quantum Resilience

The urgency of this strategy is highlighted by approaching regulatory deadlines. The NSA CNSA 2.0 January 2027 compliance timeframe was cited by Carlos Moreira, CEO of SEALSQ, as the industry’s main motivator. The shift to quantum-resistant standards is now a need rather than a pipe dream for governments, defense contractors, and suppliers of essential infrastructure.

According to Moreira, “having certified silicon available is not optional,” and the roadmap shows a dedication to providing hardware-anchored security on a consistent timetable. By remaining on course, SEALSQ hopes to guarantee that infrastructure providers and device makers may make the switch to post-quantum cryptography (PQC) without interfering with international data flows or jeopardizing critical systems.

QS7001: The Secure Element Platform

For high-security applications, SEALSQ’s first line of defense is the QS7001 series. This month, the QS7001 V1 became available as a production sample. It supports legacy and post-quantum algorithms, including RSA, ECC, AES, and the recently standardized ML-KEM-1024 and ML-DSA-87. By late March 2026, V1’s Common Criteria certification process will begin after its Hardware Evaluation Test Report (ETR).

As for the future, the QS7001 V2 is now undergoing production. This next-generation device, intended to replace V1, will extend post-quantum algorithm API security. Production samples are anticipated by October 2026, with silicon manufacturing for V2 scheduled for April 7, 2026. Importantly, the flash-based designs of both QS7001 products enable the deployment of firmware updates and security patches without the need for expensive hardware replacements, which is essential for overseeing the long-term use of certified devices.

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The QVault TPM Platform

At the same time, SEALSQ is improving its offerings for Trusted Platform Modules (TPM). Based on TCG Specification 1.83, the QVault TPM 183 is currently in production samples and is mainly targeted at the growing Internet of Things (IoT) industry. In May 2026, it is projected to join the NIST assessment queue for FIPS 140-3 certification, and by August, TCG certification is anticipated.

The platform’s second-generation powerhouse, the QVault TPM 185, is intended to cater to the PC/server and Internet of Things sectors. In addition to the common ML-KEM and ML-DSA algorithms, this solution will provide complete PQC functionality by using SHA-3. Full TCG certification is anticipated by October 2026, with engineering samples for the 185 scheduled for July 2026.

Overcoming International Certification Difficulties

Accredited third-party laboratories, like SERMA Technologies, are involved in the difficult process of obtaining these certifications. The National Institute of Standards and Technology’s (NIST) backlog is one of the biggest obstacles facing the sector. To reduce client exposure to these queue delays and guarantee the fastest possible issuance of the official FIPS 140-3 certifications, SEALSQ is pursuing early lab submissions.

These benchmarks offer independently confirmed proof that SEALSQ’s solutions satisfy the strictest security requirements set by the financial services, government, and critical infrastructure industries.

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The Quantum Threat and Market Expansion

Traditional techniques like RSA and Elliptic Curve Cryptography (ECC) are becoming more and more susceptible as quantum computers develop. A “vertical security stack” that combines semiconductors, Public Key Infrastructure (PKI), and provisioning services is part of SEALSQ’s approach.

Numerous applications, such as Multi-Factor Authentication (MFA) tokens, smart energy grids, medical systems, and automotive EV charging, are implementing this future-proof security. SEALSQ guarantees that businesses are safe against “harvest now, decrypt later” assaults and other quantum-related dangers by integrating PQC straight into the silicon.