Welcome to our dedicated page for Sealsq news (Ticker: LAES), a resource for investors and traders seeking the latest updates and insights on Sealsq stock.
SEALSQ Corp (NASDAQ: LAES) is a semiconductor and security company focused on post-quantum cryptography, secure microcontrollers, and PKI-based trust services. The LAES news feed on Stock Titan aggregates company announcements, market updates, and technology milestones directly related to SEALSQ’s post-quantum semiconductor roadmap and digital security initiatives.
Investors and analysts following LAES can use this page to review news about SEALSQ’s post-quantum secure chips, such as the Quantum Shield QS7001 and QVault TPM, as well as updates on smart meter security deployments, PKI contracts, and partnerships in sectors including energy, healthcare, defense, IT infrastructure, automotive, and industrial automation. Coverage also includes communications on SEALSQ’s Quantum Fund investments, quantum computing strategy based on silicon and CMOS-compatible technologies, and collaborations with firms like Quobly, IC’ALPS, WISeSat, WeCan, and Kaynes SemiCon.
Regulatory and capital markets news for LAES, such as Nasdaq listing changes, registered offerings, and preliminary financial metrics, are part of the same stream, alongside corporate governance updates and senior leadership appointments. Readers can track SEALSQ’s role in initiatives like the “Year of Quantum Security 2026,” its joint venture plans in India for a sovereign post-quantum semiconductor platform, and experiments applying post-quantum security to robotics and satellite connectivity.
By consolidating these items in one place, the SEALSQ news page helps market participants quickly find company-issued information on LAES, from product launches and strategic partnerships to quantum ecosystem developments and financial disclosures.
SEALSQ (NASDAQ: LAES) reported accelerating adoption of its post-quantum secure chip QS7001. The company says the combined QS7001 & Qvault TPM pipeline reached $49.8 million as of December 15, 2025 (for 2026–2028), up from about $11.4 million a year earlier, and forms part of a ~$200 million total pipeline for 2026–2028.
The QS7001 launched commercially after demonstrations on Oct 20, 2025 and a launch event on Nov 21, 2025, delivered development kits, cites up to 10× performance vs software PQC, and lists multiple global partners and manufacturing support from UMC.
SEALSQ (NASDAQ: LAES) and Airmod announced a partnership on Dec 15, 2025 to deliver an open-source-enabled, production-ready middleware stack built on SEALSQ Secure DevKits to accelerate quantum-resistant IoT development.
Key highlights: the middleware targets the QS7001 secure hardware with secure boot, hardware-rooted trust, and pre-validated APIs; the companies say it can cut secure IoT development time by up to 50%; SEALSQ contributes over 130 patents in post-quantum cryptography while Airmod provides 25+ years of embedded security expertise. The offering includes developer kits, development services, and global partner support to speed prototyping and scale secure device deployments for aerospace, UAVs, satellites, and industrial IoT.
SEALSQ (NASDAQ: LAES) appointed Rolf Gobet as Director of its Geneva Quantum Center of Excellence, effective Dec. 12, 2025.
The Center will serve as a central node in the company’s SEALSQ Quantum Corridor, a pan-European initiative to connect research institutions, semiconductor hubs, industrial partners, and government agencies to accelerate post-quantum cryptography (PQC) deployment and quantum-resilient technologies.
Mr. Gobet brings over 30 years of public-private innovation experience, including roles in e-government, the world’s first internet voting deployment in collaboration with WISeKey, and the TOSA electric bus project with ABB. He will guide strategic collaboration across Swiss and European hubs to advance secure semiconductors, PQC, and next-generation cybersecurity architectures.
SEALSQ (NASDAQ: LAES) announced entry into the healthcare industry via its subsidiary IC’Alps, delivering custom medical ASICs combined with embedded post-quantum cryptography on December 11, 2025.
IC’Alps highlights include ultra-low-power analog and digital designs for wearable and implantable monitoring, integrated physiological sensing (ECG/EGM, SpO2, respiration, ICP), smart ultrasound probe ASICs, ISO13485 quality conformance, and secure elements paired with SEALSQ’s PQC and Secure Vault architecture to protect long-lived device data.
The offering targets long-term device lifecycles (10–20 years) with NIST‑recommended post-quantum algorithms to secure patient identity, device communications, telemedicine, and cloud AI workflows.
SEALSQ (NASDAQ: LAES) announced a strategic investment in EeroQ on December 4, 2025, advancing its “Quantum Made in USA” strategy.
SEALSQ said the move complements its SEALQUANTUM program (up to $35 million in startup investments) and follows two prior transactions: a partnership with ColibriTD and IC’ALPS acquisition. EeroQ’s platform uses electrons on superfluid helium (eHe), claims CMOS-compatible fabrication, ultra-compact thumbnail-scale processors, and promising qubit metrics. EeroQ added a 9,600 sq ft Chicago R&D facility and appointed Princeton Professor Steve Lyon as CTO; co-founder Faye Wattleton leads ethics initiatives.
SEALSQ (NASDAQ: LAES) held a December 2, 2025 strategic gathering in Provence to review 2025 milestones and present its 2026/2030 vision. Management highlighted a French-engineered chip designed to resist quantum-era threats, the August 4 acquisition of IC'Alps, and the company's recent NASDAQ uplisting and unicorn recognition.
SEALSQ reaffirmed FY2025 revenue guidance of $17.5M–$20.0M (≈59%–82% YoY), reported preliminary nine-month 2025 revenue of $9.9M (+41% YoY) with $5.1M in Q3 2025, and noted €450M cash reserves to support growth, acquisitions, and its 2030 sovereign quantum computer goal.
SEALSQ (NASDAQ: LAES) announced the successful launch of a new WISeSat satellite aboard a SpaceX Falcon 9 Transporter 16 on Dec 1, 2025. The deployment advances WISeSat’s sovereign constellation for low-power, real-time IoT and cybersecurity services and aims to improve coverage for industrial IoT, environmental monitoring, secure communications, and infrastructure protection.
Key technical features include software-defined radio for in-orbit reconfiguration, higher data-rate communications, integration with SEALSQ post-quantum chips, and planned quantum-safe key distribution beginning with the next launch in early 2026. Ground infrastructure was expanded with a dedicated antenna in La Línea, Spain, with additional installations planned in Switzerland.
SEALSQ (NASDAQ: LAES) announced that its QS7001 Quantum Shield secure element delivers immediate CNSA 2.0 compliance by embedding NIST-standardized post-quantum algorithms in hardware.
The chip is in volume production and shipping, uses a 32-bit RISC-V microcontroller, supports hybrid classical+PQC models, and claims 10x performance gains, Common Criteria EAL5+ and FIPS 140-3 certifications. A U.S. Post-Quantum Root of Trust became operational on Nov 21, 2025, and QVault TPM variants are slated for release in H1 2026.
SEALSQ (NASDAQ: LAES) appointed Dr. Ballester Lafuente as Chief of Staff and Group AI Officer effective Nov. 24, 2025.
He will lead AI integration across SEALSQ’s semiconductor, PKI, IoT, satellite and post-quantum product lines to improve operations, execution and product differentiation. Dr. Lafuente joins from IMD where he led IT innovation and workplace AI platforms and previously held roles at EPFL C4DT, University of Geneva projects, and S2 Grupo. The company said he will help scale AI-driven efficiencies and support growth across group entities.
SEALSQ (NASDAQ: LAES) and Quobly announced a collaboration on Nov. 21, 2025 to explore integrating post-quantum security and hardware Root-of-Trust into scalable, silicon-based quantum systems.
The alliance pairs SEALSQ’s post-quantum secure elements, TPMs, and Root-of-Trust frameworks with Quobly’s CMOS-compatible silicon spin qubit platform to define native quantum-resistant security for fault-tolerant quantum architectures and support U.S. market expansion, defense and critical-infrastructure use cases.