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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 News Today

SEALSQ intends to base Physical AI on post-quantum cryptography and integrated security. By integrating these cutting-edge technologies directly into semiconductor hardware, the company intends to protect autonomous machines from quantum computing threats. Their approach uses secure microcontrollers with SEALCOIN.AI to enable private, machine-to-machine economic interactions. This framework aims to maintain sovereignty and data integrity for robotics, automotive, and defense industries. Finally, the company hopes to exploit its global safe chip presence to develop a reliable infrastructure for intelligent automation.

SEALSQ Reveals Physical AI Strategy

SEALSQ Corp announced a comprehensive strategic strategy that bases Physical AI on post-quantum cryptography (PQC) and embedded security in a historic proclamation. SEALSQ is using its experience with over 1.75 billion secure semiconductor devices to provide a reliable infrastructure layer for decades as the world advances from connected gadgets to autonomous machines that detect and interact with the physical environment.

Moving to Physical AI The technology world is changing significantly. Physical AI is more sophisticated than linked systems that relied on stringent automation and inconsistent data. These new systems can understand spatial relationships, physical behavior, and complex environmental dynamics using multimodal sensing, which includes vision, motion, audio, and environmental data.

Identity, trust, and data integrity must be software afterthoughts for autonomous systems to grow securely and productively, according to SEALSQ. They must be embedded in hardware to protect against new threats, including quantum computers.

Self-Sufficiency Starts with Hardware

Secure chips into trustworthy physical nodes with PQC capabilities are SEALSQ's main strategy. Next-generation sensing and decision nodes will be added to the company's TPM and secure microcontroller offering.

Key features of this idea include:

Chiplet-based Hardware Security Modules (CHSMs): Connected to certified secure enclaves.

Silicon-Level Integration: Unlike software-only security, SEALSQ integrates classical and NIST-approved post-quantum encryption into silicon.

Cryptographic Verification: These solutions sign and protect real-world data at the source throughout the AI lifecycle, ensuring authenticity.

SEALSQ secures edge devices in a hardware Root of Trust architecture to provide a “future-proof” foundation.

The SEALCOIN.AI Machine Economy

Physical AI systems need a new interaction mode when they move from observation to autonomous action and machine-to-machine cooperation. SEALSQ aims to meet this need with SEALCOIN.AI, a secure, AI-native transactional and orchestration layer.

SEALCOIN.AI lets autonomous systems communicate judgments, value, and services auditably and verifiably. This physical internet uses DePIN technology to eliminate middlemen and enable automated service execution and trusted AI-to-AI interactions. This economic layer's hardware Root of Trust protects financial incentives between computers from malicious manipulation or “spoof” commands.

Cryptographic Nervous System

This project centers on WISeKey Root of Trust, which is in over six billion devices. PQC-enabled chips and SEALCOIN.AI comprise a “quantum-resilient cryptographic nervous system for Physical AI” according to SEALSQ CEO Carlos Moreira.

This “nervous system” links humans, machines, and environments by:

Protecting AI reasoning data.

Trusted Autonomy: Validating device commands.

Programmable Digital Trust: Building distributed system communication trust.

Security and Sovereignty

For delicate and “sovereign” environments, this technique is limited. SEALSQ says hardware-anchored PQC is essential for long-term data security and safety in several critical industries:

Industrial process hijacking prevention with smart factories and collaborative robotics.

Autonomous Mobility: Protecting transportation networks.

Intelligent infrastructure and defense: protecting essential utilities and national interests.

Healthcare Robotics: Protecting patient data and ensuring treatment precision.

By adding quantum assault defenses now, SEALSQ hopes to keep these systems accountable, independent, and safe for years to come.

Looking ahead: Quantum danger

SEALSQ's purpose is urgent since quantum computing is developing rapidly. Ancient cryptography methods like Elliptic Curve Cryptography (ECC) and RSA are becoming more vulnerable to quantum computers. SEALSQ's quantum-resistant encryption protects enterprises handling sensitive data in IT network infrastructure and smart energy, addressing these important security challenges.

LEO Satellite news today

The worldwide cybersecurity and satellite communications company WISeKey International Holding Ltd. will launch its 21st LEO satellite in March 2026. This mission, with SpaceX from California, is more than just an orbital fleet expansion. It represents the first operational deployment of a new breed of spacecraft to enable a “space quantum internet”.

WISeKey and WISeSat face escalating cyber threats and the impending “quantum era,” which might render traditional encryption worthless. Space Corp. is leading digital trust. This expedition will use satellite technology, post-quantum cryptography, and decentralized ledgers to bring ultra-secure, high-speed, low-latency broadband to IoT devices and consumers globally.

Three Orbital Innovations

This next generation of WISeSat satellites integrates three essential WISeKey ecosystem technologies. Unlike past missions that were demonstrations of concept, the March 2026 launch will integrate these capabilities directly onto the operating platform to construct a future-proof cybersecurity architecture.

The WISeKey Trusted Root of Trust is the network's cryptographic anchor. Each D2D or device-to-cloud interaction is validated and verified using a strong identification framework.

SEALSQ's Post-Quantum Chip: Semiconductor subsidiary SEALSQ Corp. developed a cutting-edge microprocessor to survive quantum computer attacks. This device protects satellite communication from the inevitable cryptographic breaches as quantum computing accelerates.

SEALCOIN Wallet Integration: The satellite will house its first decentralized wallet. Value transfers and safe M2M payments can occur in space, which could lead to autonomous financial transactions between devices without middlemen on Earth.

Strategic Synergy and Subsidiaries

WISeKey integrates various specialty companies to make this goal complex. Semiconductor and PKI specialist SEALSQ Corp (NASDAQ: LAES) supplies the gear. SEALCOIN.AI is developing the Decentralized Physical Internet (DePIN) infrastructure using Hedera's Distributed Ledger tokens.

Carlos Moreira, WISeKey's creator and CEO, considers the mission a “major step forward” in IoT communication security. With these technologies, WISeSat is building the “rails” for a Transactional IoT (t-IoT) infrastructure rather than just launching a satellite. This solution lets IoT devices like smart meters and self-driving tractors swap tokens with Earth-based systems transparently and securely.

Global connectivity gaps

Traditional terrestrial IoT networks are often limited by geography, leaving isolated areas vulnerable or cut off. WISeSat's LEO constellation aims to solve these issues by providing robust, encrypted communication channels that are less susceptible to hacking and signal degradation than ground-based solutions.

This technology is vital to a sustainable future and has several practical applications:

Precision Agriculture allows remote fields to have autonomous systems and environmental monitoring.

Energy and Infrastructure: Smart grid metering and automation in remote places.

Logistics: Tracking assets and assets across complex multinational supply chains. Using satellite data and cutting-edge climate models to plan for environmental resilience.

Scaling Through NASDAQ and Beyond

WISeSat is budgeting carefully to fund this ambitious technical goal. The company is seeking NASDAQ listing after merging with Cayman Islands-based special-purpose acquisition company (SPAC) Columbus Acquisition Corp (COLA).

This should unlock funding markets for the constellation's deployment in 2026 and 2027. Due to their five-year lifespan, satellites need continual maintenance. The profits from this offering will enable the ongoing launch of better spacecraft with the latest performance and security improvements.

A New Autonomous Transaction Frontier

The network is further advanced using Hedera's Decentralized Ledger Technology. Stefan Deiss, co-founder and CEO of The Hashgraph Group, says WISeSat constellation growth enables a “hyper-connected digital world”. The network can enable autonomous financial transactions between Earth and the galaxy using SEALCOIN as a digital currency settlement layer.

Remote sensing services and smart cities require equipment to reliably exchange value and data in real time. WISeKey uses its huge presence of over 1.6 billion microchips across numerous industries to secure the “Internet of Everything”.

In conclusion

As the March 2026 launch approaches, the mission shows blockchain, cybersecurity, and aerospace integration. WISeSat is building a strong and sustainable digital society by integrating post-quantum security into its communication infrastructure, not just responding to current threats.

Tech and Fest 2026

SEALSQ Corp., a semiconductor and post-quantum technology leader, will headline Tech&Fest 2026 in Grenoble, France. On February 4-5, 2026, the business will submit its “Secure Sovereign Quantum” infrastructure plan to protect European digital interests from quantum computing's existential risks.

The Coming “Quantum Apocalypse”

Digital security has used RSA and ECC for decades. Due to rapid growth, a strong quantum computer may break encryption in seconds. This vulnerability may cause a “Quantum Apocalypse” that compromises private identities, financial systems, and sensitive government data.

SEALSQ's Tech&Fest 2026 participation addresses this issue. The business is using Post-Quantum Cryptography (PQC) in their semiconductor architecture to create a “Quantum Shield” to protect the world's most critical assets. This includes:

Smart Energy and Power Grids: Preserving modern utilities.

Healthcare Systems: Safeguarding medical devices and patient data.

EV and automotive charging: Safety of linked vehicles and networks.

Defense and IT Infrastructure: Protecting national security and communication networks. SEALSQ Latest News: India Adds Post-quantum Semiconductors

Tech&Fest 2026: Sovereignty Stage

Tech&Fest 2026 in Grenoble's Alpexpo is France's biggest innovation conference. The 2026 event will draw 20,000 individuals and 250 corporate, academic, and government leaders.

SEALSQ CEO Carlos Moreira will lead a high-stakes morning quantum cybersecurity discussion. Moreira will give the keynote, Technological Sovereignty in the Quantum Era. The EU must generate local, “sovereign” technology, as this talk will demonstrate. SEALSQ is building a European post-quantum technology stack by integrating France's secure semiconductor expertise with new innovations, according to Moreira. This strategy reduces semiconductor supply chain dependence on Asia or North America.

French Engineering for 30 Years

Three decades of industrial history solidify SEALSQ's “French technology champion” status. SEALSQ France employs 200 specialists in Meyreuil, Grenoble, and Toulouse.

The company's engineering roots are in Gemplus, a 1980s smart card pioneer. This tradition is exemplified by General Manager Bernard Vian, who transformed the company from a specialist hardware supplier to a Nasdaq-listed giant worth $1 billion. SEALSQ joined WISeKey Worldwide Holding Ltd. in 2015, which accelerated its global expansion and contributed to its 2023 Nasdaq IPO.

Quobly Partnership and Strategic Acquisitions

SEALSQ has taken many bold steps to strengthen the quantum ecosystem:

SEALSQ acquired Grenoble-based IC'Alps in August 2025 to boost its custom ASIC design capabilities.

SEALSQ and Grenoble-based silicon-based quantum computing company Quobly signed an MoU in January 2026. This potential strategic investment combines Quobly's processing power with SEALSQ's “secure-by-design” expertise. Establishing a sovereign quantum computing platform targeted for industrial and defense applications ensures that encryption-cracking computers are secure.

Global Goals: Indian Market

SEALSQ is focusing on European sovereignty while exporting its knowledge. The company formed SEALKAYNESQ Ltd. in India with Kaynes SemiCon after signing a final contract.

This company develops and customizes sovereign post-quantum semiconductors for India's security. By creating safe test and customisation platforms in India, SEALSQ is showing that its technical sovereignty paradigm may help other nations secure their digital boundaries.

Hardware Portfolio: “Device-to-Cloud” Security SEALSQ will showcase its latest certified gear at Tech&Fest 2026, where it is a gala supper sponsor. Their value proposition uses “Device-to-Cloud” authentication with hardware-based foundations of trust to survive quantum attacks. Highlighted products:

Future Built on Security

As the world prepares for the "quantum leap," SEALSQ's participation in Tech&Fest 2026 calls for industry readiness. With its French industrial heritage and forward-looking research, the organization is establishing a sovereign digital world and predicting the future of cybersecurity.

SEALSQ WiS Key SEALSQ and WISeKey International Holding Ltd. launched the “Year of Quantum Security” at the 2026 World Economic Forum in Davos, signaling a major shift in global leaders' views of technology dangers. This project prioritizes quantum-resistant infrastructure over artificial intelligence as the world's top strategic goal. The Coming “Encryption Breaker” Global discussions at Davos focused on generative AI's potential and risks for years. In 2026, quantum computing's transition from theory to practice has focused on the "vulnerability of everything." RSA and ECC, based on mathematical challenges that classical computers would take centuries to answer, underpin current digital security. A powerful quantum computer using Shor's Algorithm might break these precautions in seconds. This attack threatens banking transactions, state secrets, and power grid control systems, as well as 95% of internet traffic. One of the biggest concerns was “Harvest Now, Decrypt Later”. Enemies intercept and store encrypted data now to decrypt it when quantum technologies can crack encryption. WISeKey and SEALSQ CEO Carlos Moreira warned leaders that waiting for “Quantum Day” could damage digital trust. Post-Quantum Hardware Advances SEALSQ and WISeKey showed deployable Post-Quantum (PQ) solutions to provide a “Seamless Trust Architecture” against these assaults. The QS7001 Chip: This new generation of quantum-resistant semiconductors integrates NIST-approved post-quantum cryptography (PQC) technologies directly into silicon. Protecting the hardware “root of trust” during manufacture makes devices “secure by design” against conventional and quantum attacks. These chips are for military gear and smart meters. Post-Quantum Cryptography (PQC): Novel technologies protect against classical and quantum computer assaults. Quantum Key Distribution (QKD) exploits quantum physics to detect eavesdropping or interception during encryption key exchange. Orbital Frontier and Machine Economy Introducing SEALCOIN, the first space-based, quantum-resistant transaction platform, was a Davos highlight. WISeSat's LEO satellite constellation enables blockchain-based transactions that circumvent vulnerable terrestrial networks. These satellites can produce quantum-resistant digital signatures in space, ensuring the security and digital sovereignty of the growing “Machine Economy” where billions of IoT devices exchange data autonomously. Robotics and “Human-AI-T” Manifesto WISeRobot showed how AI, robotics, and security interact. Maintaining human control over autonomous systems in urban infrastructure, healthcare, and defense is a critical safety issue. The WISeRobot Proof of Concept showed how a quantum-secure chip can anchor a robot's identity to prevent quantum breaches by hackers. The Human-AI-T Manifesto was released alongside technology developments by the corporations. This program, led by futurist David Fergusson, suggests manufacturing trust rather than assuming it as AI, space, and quantum technology merge. The manifesto prioritizes ethical governance and human dignity, ensuring that humans will remain the final arbiters of authority as machines gain power. Global Strategy Roadmap The “Year of Quantum Security” promotes digital sovereignty through high-level strategic engagements in numerous international forums:

Global Strategy 2026

The Human-AI-T Manifesto from WISeKey and Partners at Davos 2026 ensures ethical governance of AGI and Quantum Systems.

On January 19, 2026, WISeKey International Holding Ltd (“WISeKey”), a global cybersecurity, blockchain, and IoT leader, published the Human-AI-T (Human – Artificial Intelligence – Trust) Manifesto.

WiSeKey reports

Human-AI-T ensures technological intelligence evolves inside humans' “moral, legal, and cultural envelope”. According to the declaration, human dignity, agency, and responsibility are unchangeable no matter how fast technology evolves. Human-centric governance is “urgent and unavoidable” when AI systems attain unprecedented autonomy and reasoning and quantum technologies transform processing capacity.

The declaration emphasizes that morality, accountability, and judgment must trump technology. It claims that AI algorithms must be “deliberately injected” with human values, rejecting the idea that data will naturally produce morality.

Essentials for the AGI Era

To defend human interests, the Manifesto outlines key principles to monitor security, rights, and life. Among these support pillars:

Human Control: Maintaining broad human control over AI systems. Supportive AI: Technology should support human judgment. Including prevention in technology design addresses dangers to human rights, the environment, and health. Equity: Enforcing nondiscrimination will ensure AI treats everyone equally. Laws requiring traceability, auditability, explainability, and transparency. Data sovereignty: Privacy and civil rights. The Manifesto mandates comprehensive impact evaluations, due diligence, and audits to guarantee intelligent systems do not violate democratic principles or global sustainability aside from these criteria.

Design Needs Trust

An focus on trust as the foundation of a digital society is repeated. Human-AI-T design requires trust rather than treating it as an afterthought. Achieving social acceptance, economic resilience, and geopolitical stability requires this method. To be trusted, AI must be extensively verified, safe, and traceable, especially as AGI and quantum technologies speed and spread technological influence, according to the manifesto.

WISeKey security ecosystem

WISeKey's numerous technologies defend digital identity ecosystems for people and things, supporting the manifesto. Swiss-based WISeKey owns several specialty businesses to defend the “Internet of Everything.”

SEALSQ Corp: PKI, semiconductors, and post-quantum technology. WISeKey SA: PKI and RoT solutions for blockchain and AI authentication. Safe satellite communication and Internet of Things space solutions from WiseSat AG. Wise.ART Corp run a trustworthy blockchain NFT marketplace. SEALCOIN AG: Technologies for decentralized physical infrastructure. WISeKey, which has over 1.6 billion microchips worldwide, uses semiconductor Big Data and AI analysis to anticipate equipment failure and help prevent it. Real-world application of secure AI supports the manifesto's need for reliable, human-led technology.

Global Appeal

WISeKey and its partners are issuing a Davos “Call to Global Responsibility”. They urge governments, international organizations, technology developers, academic institutions, and civil society organizations to adopt the Human-AI-T Manifesto as a worldwide reference framework.