SEALSQ Quantum
SEALSQ Corp and Kaynes Semicon inaugurated India’s first Post-Quantum Cryptography (PQC) Personalization Center, marking a major milestone in India’s technical self-reliance. Prime Minister Narendra Modi officially opened the facility, which is part of Kaynes Semicon’s cutting-edge Outsourced Semiconductor Assembly and Test (OSAT) plant in Sanand, highlighting its importance to the country’s “semiconductor journey.”
A New Era of Semiconductor Sovereignty
This Center’s creation is a declaration of India’s strategic intent rather than merely an increase in manufacturing capacity. Uninitialized devices frequently had to be transferred overseas for security provisioning, a weakness that has plagued the global semiconductor supply chain for years. By facilitating an end-to-end, independent production cycle, the new Center seeks to remove this risk.
Chip assembly, testing, and cryptography personalization will occur in India. This localized strategy guarantees that the cryptographic trust anchor for vital national infrastructure, such as digital identity programs and IoT ecosystems, stays securely within Indian borders. This infrastructure is intended to service both the home market and South and Southeast Asia with safe solutions.
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Addressing the Looming Quantum Threat
This endeavor is urgent because quantum computing is developing so quickly. Shor’s method can affect traditional cryptographic systems like RSA and ECC, which are now used to secure nearly all digital communications. This algorithm might be used by a sufficiently powerful quantum computer to crack present ciphers in polynomial time, making existing security measures obsolete.
The Center also discusses the “Harvest Now, Decrypt Later” tactic used by adversaries around the world, who are now gathering encrypted material with the goal of decrypting it whenever quantum technology advances. Hardware installed as early as 2026 must be quantum-safe from day one to remain secure throughout its working life since national identity infrastructure, medical equipment, and industrial sensors frequently have extended operational lifespans.
The Technology: QS7001 and the Hardware Root of Trust
This project revolves around SEALSQ’s flagship QS7001 post-quantum secure microcontroller. The QS7001, a “hardware security module (HSM) in silicon form,” acts as a tamper-resistant Root of Trust for any device it is installed on.
The chip is designed to apply the most recent international standards, such as ML-KEM, ML-DSA, and SLH-DSA, which were finalized by the National Institute of Standards and Technology (NIST) of the United States in 2024. The QS7001 offers hybrid deployments that combine these new post-quantum algorithms with traditional features like AES-256 and RSA-4096 to provide flexibility during the global transition.
Technically speaking, the hardware includes a number of cutting-edge security features:
- True Random Number Generator (TRNG): To prevent private keys from ever being revealed in plaintext, True Random Number Generator (TRNG) is used for on-chip key creation.
- Cryptographic Co-processor: Specifically designed to accelerate lattice-based algorithms on hardware.
- Physical Countermeasures: Anti-tamper detection, automatic key zeroization, and defense against side-channel assaults such as differential power analysis (DPA) are examples of physical countermeasures.
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Scaling Secure Identity
The “personalization” process is what gives an anonymous bit of silicon a verifiable, unchangeable identity. In this stage, an X.509 device certificate signed by a reliable Certificate Authority and a unique identification are given to every QS7001 chip.
Because the Sanand Center is based on FIPS 140-3 Level 3 certified HSMs, the highest international security standards are met in all key generation and certificate signing activities. Root CA key generation is carried out in air-gapped ceremonies with multi-party authorization to ensure complete integrity. The establishment of an India-sovereign intermediate Certificate Authority, which guarantees that the trust anchor is located on Indian infrastructure rather than overseas territory, is a distinguishing characteristic of this facility.
Strategic Governance and Partnership
The Center will be run by SEALKAYNESQ Ltd., a joint venture between Kaynes Semicon and SEALSQ. Through this collaboration, SEALSQ’s PQC and secure semiconductor design intellectual property is combined with Kaynes’ manufacturing know-how and existing connections within the Indian government ecosystem.
The idea is being developed with MeitY’s active participation. The joint venture is now a key partner for Digital India, BharatNet, defense, and public safety infrastructure.
SEALSQ founder and CEO Carlos Moreira stressed that this endeavor is crucial to India’s digital future. The alliance seeks to create a “resilient, sovereign, and future-proof technology ecosystem” that can act as a regional model by integrating security directly into the semiconductor infrastructure on Indian soil. The facility, according to Kaynes Semicon CEO Raghu Panicker, shows how quickly India is converting its technological vision into practical competence.
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