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WISeKey news

WISeKey International Holding Ltd. released its preliminary fiscal year 2025 results. According to the report, SEALSQ Corp. and a significant increase in liquidity drove the year's exponential financial growth and strategic expansion, positioning the company as a leader in the fast-growing post-quantum security sector.

The group's improved balance sheet stands out. WISeKey reported over $425 million in cash on December 31, 2025, a 370% increase from $90 million the year before. CEO Carlos Moreira said the firm's unprecedented liquidity allowed it to make over $30 million in strategic investments in 2025, setting the stage for a “commercial acceleration phase”.

Post-Quantum, SEALSQ

WISeKey's subsidiary, SEALSQ Corp (NASDAQ: LAES), in which it controls 52% of the voting rights, has helped it succeed. SEALSQ sales rose 66% year over year due to its focus on post-quantum technologies, PKI, and semiconductors.

SEALSQ's commercial pipeline shows the necessity for next-gen security. Its QS7001 post-quantum chips and QVault Trusted Platform Module (TPM) pipeline has grown 426% from $11 million in 2024 to $60 million in 2025. This represents over $200 million in commercial pipeline income potential between 2026 and 2028.

Finally, post-quantum semiconductor designs replaced previous platforms in 2025. The U.S. National Security Agency's CNSA 2.0 legislation, which requires all new National Security Systems to be quantum-resistant by January 1, 2027, is encouraging global adoption of these new processors, which can withstand quantum computing's increased hazards.

2026: Convergence Year

WISeKey's 2026 “Year of Convergence” will connect its four pillars—semiconductors, satellites, blockchain, and digital identity—into an ecosystem. To migrate from separate business units to a single trust architecture, this method seeks end-to-end solutions that complement each other.

Every company in the organization contributes differently to convergence:

SEALSQ develops secure elements and quantum-resistant chiplets using post-quantum silicon's “Foundational Layer”.

To provide reliable Internet of Things connectivity from orbit, WiseSat is adding satellites. The company plans to launch its 21st satellite with SpaceX in late March 2026 after launching its 20th in November 2025. A SPAC merger is expected to complete in the first half of 2026, allowing WISeSat to float separately on Nasdaq.

SEALCOIN.AI: Building the Internet of Things economy's post-quantum cryptography transactional layer to protect autonomous M2M transactions.

WISeID provides Matter and GSMA eUICC digital ID PKI infrastructure.

Wise.Art & WeCan: Safe asset tokenization and KYC/compliance governance.

Quantum Fund and Strategic Investments

WISeKey's growth is aided by the SEALSQ Quantum Fund, which grew from $20 million in February 2025 to $100 million by December 2025. The fund facilitates R&D partnerships rather than investing.

Important portfolio improvements include:

SEALSQ bought IC'ALPS, which anchored the “Grenoble Quantum Corridor” and employed over 100 ASIC engineers, for $15 million.

Quantix Edge Security: Strategic co-investment in Spain to create Europe's first independent post-quantum semiconductor customisation and testing center (OSPT).

A “Quantum Made in USA” strategy is supported by investing in EeroQ, an American company creating the first electron-on-helium quantum computer architecture.

ColibriTD is a strategic cooperation that uses quantum computing to improve semiconductor wafer yields and cut SEALSQ production costs.

Future prospects and market leadership

WISeKey predicts 2026 success. Q1 2026 revenue should exceed $4 million, up 100% from Q1 2025. For FY 2026, the corporation predicts 50% to 100% sales growth.

Wecan Group and WISeKey Form Strategic Alliance to Redefining Global Financial Sector Digital Identity and Post-Quantum Security

WeCan Group

WISeKey International Holding Ltd. (“WISeKey“) has integrated its WISeID digital identity and authentication capabilities into Wecan Group (“Wecan”) compliance solutions, marking a major cybersecurity and financial technology advancement. This strategic cooperation aims to simplify digital onboarding, KYC, and long-term data protection in the banking industry. Our two-pronged plan includes partnering with SEALSQ Corp, a subsidiary of WISeKey, to establish a post-quantum-compliant infrastructure to protect private financial information from quantum computing hazards.

Digital Identity—The New Financial Trust Perimeter

The integration follows the banking sector's increased acceptance of digital identity control as a security, trust, and regulatory compliance tool. The sources said digital identity is now the principal vehicle for entity authentication and responsibility enforcement throughout the client lifecycle, beyond onboarding.

Without direct control over these identification systems, financial institutions are more susceptible to identity fraud, data breaches, and illegal access. Fragmented systems that rely on outside parties often increase systemic risks and operational complexity. Wecan allows its partners to maintain sovereignty over digital identity by employing WISeID, which keeps authorization and verification procedures under the institution's control in a single compliance environment.

Maximizing Compliance and Efficiency

WISeID should enhance Wecan's compliance orchestration solutions. These solutions are essential for financial businesses that evaluate and manage customers continuously. A consistent and auditable identity layer improves data integrity, operational efficiency, and regulatory compliance, sources say.

This unified method reduces cybercriminals' “attack surface” by lowering reliance on diverse identity providers. By incorporating trust into compliance, financial organizations may make customer interactions safer and easier.

Post-quantum imperative

Wecan and SEALSQ's post-quantum security alliance is the announcement's most forward-thinking. Many financial data encryption schemes may become vulnerable as quantum computing technology progresses. The sector faces a “long-term strategic risk” since sensitive data like transaction history and identity credentials must be protected for decades.

This alliance seeks future-proof compliance infrastructure. This architecture protects data from collection and analysis to storage and exchange. Wecan CEO Vincent Pignon said this protects clients from “today’s risks and tomorrow’s threats.”

Carlos Moreira, WISeKey's founder and CEO, said digital identity is the new security perimeter. He said only identifying systems with strong cryptography and post-quantum underpinnings can secure financial and personal data as quantum reality approaches.

WISeKey Ecosystem and Technology Foundation

WISeKey, headquartered in Switzerland, is a holding corporation with many firms that support its mission of protecting the "Internet of Everything." This relationship with Wecan uses knowledge from several fields:

SEALSQ Corp (NASDAQ: LAES) develops semiconductors, PKI, and post-quantum hardware and software.

WISeKey SA: WISeKey SA provides reliable authentication for Blockchain, AI, and IoT applications using RoT and PKI solutions.

WISeSat AG: Safe satellite communication for IoT and space technologies.

WISe.ART Corp controls a reliable blockchain NFT marketplace.

SEALCOIN AG: DePIN and decentralized physical internet advocate.

WISeKey has around 1.6 billion microchips in IoT businesses. These chips generate massive amounts of Big Data that can be used for failure prevention and predictive maintenance using AI. All these activities depend on the OISTE/WISeKey cryptographic Root of Trust, which ensures online transaction integrity.

In conclusion

SEALSQ Corp News

SEALSQ Corp has dramatically expanded its Japan operations, cementing its digital defense leadership. This strategic move comes as Japan accelerates its quantum-resistant infrastructure transition and sets an ambitious digital security adoption timeline.

As quantum computing technology advances, RSA and ECC are becoming more vulnerable to decryption. The Japanese National Cyber Command Office (NCO) will mandate Post-Quantum Cryptography for all government systems by 2035. This instruction follows NIST standards and promotes a “hybrid” cryptography approach to combat the immediate “harvest now, decrypt later” threat, where hostile actors acquire encrypted data today to decrypt it when quantum computers are powerful enough.

Leadership through Strategic Participation

SEALSQ will demonstrate its leadership and production-ready solutions at two major Japanese industry events in March 2026. The Connectivity Standards Alliance (CSA) Member Meeting in Yokohama from March 16–19 will bring the company together with other industry members. In Tokyo on March 27, it will attend the Wi-SUN Open House.

SEALSQ is demonstrating hardware-anchored security advancements like VaultIC secure elements for IoT compliance and PQC-integrated solutions for smart utility networks at these events. The CSA and Wi-SUN Alliance have stressed IoT security. SEALSQ may discuss extensive PQC integrations for robustness because Wi-SUN already uses post-quantum-safe encryption, including 256-bit AES.

“Quantum Made in USA” Strategy in Japan

SEALSQ CEO Carlos Moreira stressed the link between global security and the organization's mission. “‘Quantum Made in USA’ fits Japan’s proactive quantum security approach,” Moreira said. He noted that these conferences will show how SEALSQ technologies enable “cryptographic agility,” helping Japanese firms meet the NCO's FY26 system improvement target while ensuring interoperability with international security standards.

SEALSQ offers the QVault TPM and QS7001 secure System-on-Chip (SoC) to help supply chains, critical infrastructure, and the private sector migrate smoothly. Hardware acceleration for NIST-approved algorithms like ML-KEM and ML-DSA and quantum protection in hybrid setups are provided by these devices.

Building Local Momentum with Partnerships

A strong local network and effective deployments help the organization flourish. A distribution partnership with Okaya Electronics Corp., a veteran Japanese semiconductor distributor with locations in Yokohama, Osaka, and Tokyo, has helped secure big projects and accelerate expansion.

Success tales abound in Japan. SEALSQ and MIWA Lock Co., Ltd. acquired Japan's first Matter-compatible smart lock, the PiACK HOME PG. The company also demonstrated how Hosiden's Matter-compatible smart lock systems integrated its VaultIC292. SEALSQ's Public Key Infrastructure (PKI) services have grown alongside consumer IoT thanks to Landis+Gyr. This partnership uses SEALSQ's cutting-edge INeS PKI technology to secure and comply with regional smart meter requirements. SEALSQ has also signed PKI agreements with other major Japanese manufacturers who want to export Matter-compliant goods to the US.

From Grid to Grand Prix

From March 27–29, 2026, SEALSQ will host a private event for a select group of customers and partners at the Suzuka Japanese Grand Prix, combining high-tech security and high-performance sport. This event honors the company's quantum technology relationship with BWT Alpine F1 Racing Team. The partnership began during the 2025 Las Vegas Grand Prix and examines deploying quantum-secure technology in high-performance, demanding sectors to improve operational resilience and data protection.

Moreira thinks Alpine F1's cooperation shows its inventiveness across industries. “The Suzuka gathering celebrates our Japanese achievements while showing how quantum-resistant technologies could protect connected ecosystems, from racing environments to vital national infrastructure,” he said.

Future-proofing diverse industries

SEALSQ serves more than niche applications. The company is a leader in Post-Quantum Semiconductors, which secure crucial data in the future, in MFA tokens, Smart Energy, Medical and Healthcare systems, Defense, IT Network Infrastructure, and the automobile industry. SEALSQ prevents the quantum hazard to life-sustaining systems by integrating PQC directly into semiconductor technology.

SEALSQ Corp (NASDAQ: LAES), a global leader in semiconductors, Public Key Infrastructure (PKI), and post-quantum cybersecurity, has announced a significant second strategic investment in EeroQ. SEALSQ plans to use its “Quantum Made in USA” strategy to lead the global competition for secure and scalable quantum technology.

SEALSQ's SEALQUANTUM.com Quantum Investment Fund, founded in 2025, invested over $100 million in bootstrapping quantum startups. Following a December 2025 investment, this latest tranche shows a growing relationship between SEALSQ's secure silicon and post-quantum cryptography expertise and EeroQ's unique hardware.

Scalability Bottleneck Solution: EeroQ

This partnership relies on EeroQ's quantum architecture, which uses electrons trapped on superfluid helium (eHe). Unlike superconducting or trapped-ion devices, EeroQ's technique can scale from thousands to millions of electron spin qubits cost-effectively.

One of EeroQ's greatest technical achievements is solving the industry's “wire problem”. EeroQ has revealed a control architecture that can manage one million qubits with fewer than 50 physical control lines, whereas existing quantum implementations require thousands, causing thermal and engineering issues. EeroQ leads the way in commercial quantum processor development by reducing power dissipation and system complexity.

EeroQ's technology is also CMOS-compatible, thus it can be made using silicon chip industry fabrication methods. When combined with a tiny form factor that might make quantum processors as small as a thumbnail, this compatibility allows for rapid commercial adoption and infrastructure integration.

The “Quantum Highway”: Vertical Integration Vision

The Quantum Highway approach requires SEALSQ to invest in EeroQ, not merely for financial gain. This industry concept proposes a "Quantum Security Vertical Stack" to integrate post-quantum cryptography (PQC), classical computing, and future quantum processing safely and uninterrupted.

SEALSQ founder and CEO Carlos Moreira said, “This expanded investment in EeroQ represents a significant milestone in SEALSQ’s Quantum Made in USA strategy and in the establishment of a Quantum Highway.” EeroQ's hardware and SEALSQ's Quantum Shield QS7001 and VaultIC safe parts will be combined to create end-to-end systems for critical infrastructure, government agencies, and national defense.

To demonstrate this capability, the two companies aim to build a PoC at the SEALSQ Quantum Center of Excellence in Geneva. This platform will show how EeroQ's quantum processing technologies, post-quantum resistant systems, and secure semiconductor hardware integrate smoothly, giving enterprises a roadmap for future-proof infrastructures.

Emerging Global Footprint and “Quantum Corridor”

The “Quantum Made in USA” slogan promotes American sovereignty, yet SEALSQ is worldwide. This company has invested heavily in Europe and the US, putting resources along the Quantum Corridor:

Spain: SEALSQ and its parent company, WISeKey International Holding AG, have pledged $12 million and €20 million from the Spanish government's SETT.ES program to create a Post-Quantum Semiconductor Personalization and Test Center in Murcia.

Switzerland: PQC-secured blockchain identities will be integrated into enterprise and financial systems through a $3.5 million Group investment.

France: The purchase of top ASIC designer IC'ALPS is expected to speed up the production of customized, quantum-ready silicon.

WISeSat deployment cost $10 million.Space to launch a network of satellites for global encrypted communications following the quantum revolution.

Investment in ColibriTD attempts to boost semiconductor wafer yields using quantum power.

Future: Ethics, Engineering, and Financial Momentum A commitment to quantum ethics distinguishes EeroQ. According to SEALSQ's goal of establishing reliable, human-centric technological ecosystems, co-founder Faye Wattleton's company has been studying ethical frameworks for responsible quantum development since 2018. Technical leadership at EeroQ includes Princeton University professor CTO Steve Lyon and Chief Science Officer Johannes Pollanen, who just completed a 9,600-square-foot Chicago research and development center.

SEALSQ's strong financial performance reflects this strategy. Sales rose 66% in 2025, and cash reserves exceeded 425 million. By 2028, SEALSQ's commercial pipeline will exceed $200 million, suggesting market demand for secure and post-quantum semiconductor technology.

Despite the excitement, industry observers warn that technological and materials science challenges must be overcome before quantum systems can be widely employed commercially for years. By combining safe post-quantum cryptography with cutting-edge qubit architecture, SEALSQ is leading the cybersecurity-next-generation computing convergence.

SEALSQ Corp has clarified the relationship between enterprise AI and cybersecurity as the tech industry rapidly evolves large-scale AI. SEALSQ says these efforts are great, but they do not affect the quantum threat model's mathematical or physical reality as the technology community responds to advanced classical models like Anthropic's Claude Opus 4.6.

Quantum mechanics vs. classical AI: The Great Divergence

That quantum computation physics and classical AI potential must be distinguished. Traditional large language models include Claude Opus 4.6. It does probabilistic inference and pattern recognition using GPU and CPU architectures within traditional computing parameters. Computer complexity and classical information theory limit its “reasoning”.

The paradigm of quantum computing, based on quantum physics notions like superposition, entanglement, and coherent state generation, is very different. Traditional AI software cannot accelerate fault-tolerant error correction and scalable qubit designs for cryptographically relevant quantum computation, which destroys current encryption.

Hardware Race Continues in “Quantum Apocalypse”

SEALSQ states that only large-scale, practical quantum technology threatens RSA and Elliptic-Curve Cryptography. Importantly, LLMs like Claude Opus 4.6 cannot conduct quantum algorithms. They cannot apply Shor's algorithm for discrete logarithms and integer factorization, which would jeopardize digital security.

The timetable for the "quantum threat" is still related to hardware development, as AI cannot increase the number of physical qubits or improve the stability of logical qubits, according to defense agencies and standards groups like NIST. Thus, NIST's Post-Quantum Cryptography (PQC) standardization process's assumptions remain valid.

Why AI Makes Quantum Security More Important

SEALSQ claims that AI increases cyber-risk even though it cannot break encryption. Quickly deployed advanced AI systems provide a threat multiplier.

Automated processes enhance digital attack surface.

Faster vulnerability discovery lets attackers find software bugs faster than humans.

Facilitates significant social engineering and accelerates transnational cyber operations. In this setting of “increasing computational asymmetry,” SEALSQ considers post-quantum security essential. It mathematically and physically protects identity, confidentiality, and integrity from quantum decryption and AI threats.

Post-Quantum Infrastructure Pillars

Basic security technology has tight certification and physical constraints, unlike corporate software, which changes frequently. SEALSQ states that classical AI cannot replace these ingredients for long-term digital trust:

Post-Quantum Cryptography (PQC): Safe data jumbling methods from rapid quantum "lockpickers"

Hardware-Enforced Roots of Trust: Secure components that underpin a device's identification.

TPMs and HSMs: Specialized chips and devices that perform cryptographic operations in a “safe” and store digital keys.

The Quantum-Resistant Public Key Infrastructure (PKI) authenticates users in electronic communications using digital keys and certificates. Market Context and SEALSQ Strategic Roadmap Recent SEALSQ history reveals a consistent push to include these technologies. Several milestones show that the company has moved from theory to practice:

The Quantum Highway: A trust-based vertically integrated quantum platform unveiled recently.

The QS7001 Post-Quantum Chip reportedly offers 10x performance increases with NIST-standard PQC.

WISeRobot: A physical AI demonstration with post-quantum security in Davos on January 26, 2026.

Global Expansion: SEALSQ France now employs 200 people in Toulouse, Aix-en-Provence, and Grenoble. Despite technological advances, the company's price has remained volatile. LAES shares fell 12% on the announcement day, closing at $3.52, significantly below their 52-week high of $8.71. Analysts say the company's AI-tagged messages often make people feel good but have mixed effects on prices. Historical data shows that milestones like the QS7001 introduction dropped -2.9%, whereas recruiting AI leadership (Nov. 24, 2025) rose +10.1%.

Protecting Global Critical Industries

SEALSQ aims to provide “future-proof protection” for sensitive data in critical businesses. The company expects PQC with semiconductor solutions will protect:

Defense and IT network infrastructure. In healthcare and medicine, patient privacy is essential.

Industrial automation and smart energy require reliable control systems.

Auto and multi-factor authentication devices.

In conclusion

SEALSQ reminds us that while software-based AI is revolutionizing information processing, cryptography's physics have not. The company prioritizes physics-driven security design over “short-cycle AI software trends”. At Tech&Fest, Chairman and CEO Carlos Moreira highlighted that the goal is to create a “Sovereign Root-to-Quantum Platform” that mathematically and physically protects confidence independent of standard AI systems' strength.

Kaynes SemiCon News

SEALSQ Corp signed a non-binding MoU with the Gujarat Government and Kaynes SemiCon Private Limited, significantly changing India's technical sovereignty. After this collaboration, the country's first Secure Semiconductor Design, Test, and Personalization Center will focus on Post-Quantum Cryptography, a fast growing field.

The industrial hub of Sanand, Gujarat, will host this enormous initiative, which will produce 300 million post-quantum safe chips annually. It aims to make Gujarat a global hub for next-generation secure hardware and boost India's digital defenses against quantum computing.

Quantum Apocalypse Defense

Addressing the “quantum apocalypse” is the partnership's main goal. Quantum computers will soon be able to break encryption methods like Elliptic Curve Cryptography (ECC) and RSA, which protect the world's most sensitive data.

Since quantum computing power is growing exponentially, transitioning to quantum-resistant standards is becoming impossible. Integration of quantum-resistant algorithms into semiconductor silicon by SEALSQ and its collaborators aims to provide a “root of trust” for consumer devices and military systems. Thus, even after quantum, India's digital infrastructure will remain secure.

Sanand OSTP: Digital Trust Onshoring

New Outsourced Semiconductor Test and Personalization (OSTP) center will be integrated into Kaynes SemiCon's production complex. In the global semiconductor supply chain, this is critical. Many chips are made internationally, but unique cryptographic keys, security provisioning, and high-security customisation are often done abroad.

Outside national borders, this delicate operation poses risks. By moving this procedure onshore, the Sanand center will give India “digital sovereignty” over its most sensitive hardware security. A combined business, SEALKAYNESQ Ltd., will manage the project using Kaynes SemiCon's manufacturing expertise and SEALSQ's PQC and PKI expertise.

Global Standards and Technology

OSTP is expected to be a technological marvel with global security capabilities. What will distinguish the center is:

The facility will conduct Common Criteria-Compliant Testing to ensure hardware meets the highest international security standards. Cryptographic key injection: Safely putting unique identities into hardware chips prevents hacking and counterfeiting. PKI Provisioning: The center will secure server-IoT connections to ensure the cybersecurity of the “Internet of Things”. Hardware intended to run NIST-standardized quantum-resistant algorithms will ensure compliance with emerging international security protocols. 300 million units per year support high-stakes businesses. Anti-hacking chips will protect self-driving cars from automotive hackers. Their smart energy cyber-physical protection will safeguard the electrical system. It protects military data and defense industry intelligence from the future.

“Make in India 2.0” and strategic autonomy

Deputy Chief Minister of Gujarat Shri Harsh Rameshbhai Sanghavi attended the signing ceremony. He showed the state's determination to lead the India Semiconductor Mission and make Gujarat a hub for advanced manufacturing. Experts say this move is about strategic autonomy, not just manufacturing.

By designing and customizing secure semiconductors locally, India reduces its dependence on foreign supply chains for sensitive industries including government communications, essential infrastructure, and telecoms.

It also fits the government's “Atmanirbhar Bharat” (Self-Reliant India) and “Make in India” initiatives. The center is expected to receive support from Gujarat's semiconductor policy, private sector, and SEALSQ. This public-private combination fosters global competitiveness, expedites execution, and ensures sustainability.

Vision 2026 and Economic Impact

Choosing Sanand gives partners access to one of India's most advanced industrial corridors. Known for its electronics and automotive industries, Sanand is expected to become a post-quantum semiconductor hotspot, creating high-value jobs for researchers, engineers, and cybersecurity experts. The inflow of specialized skills is expected to boost Gujarat's GDP and technology leadership.

Because SEALSQ has proclaimed 2026 the “Year of Quantum Security,” this statement is timely. SEALSQ Chairman and CEO Carlos Moreira stressed the relevance of this shift: “Quantum computers are making traditional cryptographic techniques more vulnerable. India's alliance ensures its digital infrastructure leads rather than catches up.

Plans for the Future

India's switch from commodity silicon to bespoke, high-security post-quantum devices is a key semiconductor industry transition. SEALKAYNESQ shows how countries might protect their digital futures in an era of unprecedented computing power.

SEALSQ and SEALCOIN will develop post-quantum secure AI agents. SEALSQ Corp and SEALCOIN AG announced a groundbreaking quantum computing protection plan for AI agents. This alliance combines SEALCOIN's focus on decentralised infrastructure with SEALSQ's PQC and dependable semiconductor expertise to protect AI operations and decision-making.

SEALSQ, a part of WISeKey International Holding Ltd., develops and sells post-quantum technologies, semiconductor, and PKI hardware and software. SEALCOIN AG, a WISeKey subsidiary, specialises in DePIN technology. The collaboration aims to create AI defences against hostile quantum attacks.

Emerging Quantum Threat

Quantum computing's rapid growth threatens cryptography standards. Even the most secure digital identities and transactions can be compromised by ECC and RSA. This new threat necessitates a significant overhaul of digital system security, especially for emerging technologies like AI. SEALSQ CEO Carlos Moreira said, “AI is only as reliable as the systems that safeguard it.” SEALSQ now links AI to post-quantum cybersecurity, ensuring that AI agents remain reliable allies for humans in the quantum era. Moreira, WISeKey CEO, made a similar statement. Multilayered Security To mitigate this risk, SEALCOIN AG is adding quantum-resistant cryptography to each AI agent tier. This comprehensive technique handles wallet authorisations, identity certificates, and smart contract execution. SealsQ's QS7001 safe element will be used to “future-proof AI Agents from the ground up” in the cooperation. SEALSQ's post-quantum safe AI system includes several key components: Recommended PQC Algorithms by NIST: SEALSQ's secure element chips and cryptographic modules are integrated with NIST algorithms. Confidentiality: SEALSQ-specific homomorphic encryption protects data. Strong Authentication: Post-quantum digital IDs provide strong authentication. Trusted Execution Environments: These environments prevent conventional and quantum assaults. IoT, autonomous cars, smart infrastructure, defence, and healthcare are among the critical areas that can profit from this reliable architecture's scalable implementation.

Making Roles Clear: Establishing Secure AI