The Data Security Council of India (DSCI) has awarded its first-ever C-SAFE certificate to Fortytwo Labs for its indigenous "Ci2" quantum-safe algorithm. This milestone independent validation establishes a sovereign, domestic cryptographic standard, enabling Indian defense, banking, and government networks to protect sensitive data lines from future quantum computing threats.
MUMBAI, India: India’s specialized deep-tech sector achieved a landmark national milestone on Tuesday, June 2, 2026, after an indigenously engineered quantum-safe algorithm received official cryptographic validation. The Data Security Council of India (DSCI) formally issued its first-ever Cryptographic Security Assessment and Functional Evaluation (C-SAFE) recognition Certificate No. DSCI-CSAFE-01 to Pune-based cybersecurity enterprise Fortytwo Labs. The formal certification marks the first time an entirely domestic post-quantum cryptographic protocol has been cleared by a national authority for mass institutional deployment.
Technical Architecture of the Certified Protocol
The awarded certification specifically validates Fortytwo Labs' proprietary "Ci2" algorithm. Engineered as a Ring Learning-With-Errors (Ring-LWE) based quantum-safe key exchange protocol, the mathematical framework serves as the core cryptographic architecture for the firm's long-standing p-Control enterprise digital trust platform.
The validation process did not rely on standard self-reported vendor declarations. Instead, the newly established C-SAFE oversight program subjected the software to rigorous mathematical scrutiny. An independent expert panel consisting of the country’s leading academic and state cryptographers evaluated the mathematical properties of the code over several structured rounds. The evaluation framework encompassed 13 named statistical security tests, including:
Formal indistinguishability under chosen-ciphertext attack (IND-CPA) security proofs
Advanced lattice-attack resistance structural analysis
Decryption failure probability mathematical modeling
Multi-layered adversarial scenario stress testing
Long-term post-quantum security margin verification against global NIST category targets
Transitioning From Foreign Cryptographic Dependencies
The announcement, delivered publicly during the FINSEC 2026 Financial Security Conclave in Mumbai, addresses a critical strategic vulnerability within India's expanding digital transaction networks. Modern digital infrastructure networks globally rely heavily on public-key encryption standards like RSA and Elliptic Curve Cryptography (ECC) to protect banking ledgers, identity tokens, and government databases. However, emerging quantum computing platforms are rapidly scaling the processing capacity required to crack these traditional algorithms, threatening to expose historical data archives to decryption.
By validating a completely local post-quantum cryptographic standard, the national framework establishes a pathway to sovereign data protection. Relying on foreign-designed or externally audited cryptographic primitives exposes national critical infrastructure to foreign policy shifts and external leverage. The newly certified Ci2 framework contains zero foreign intellectual property in its trust layer, backed by multiple granted patents across both India and the United States.
Strategic Implications for Banking and National Defense
The formal launch of a certified, indigenous quantum-safe algorithm carries immediate operational benefits for highly sensitive national industries. In the defense and homeland security sectors, tactical communications, sovereign data transfers, and supply chain logistics cannot carry unverified foreign software components. The newly approved protocol enables the implementation of secure data appliances and communications networks that are fully audited and controlled within domestic boundaries.
Similarly, the banking, financial services, and insurance (BFSI) sector faces immediate implementation demands. As digital transaction volumes expand, financial institutions must protect multi-billion-rupee daily asset clearing networks from sophisticated cyber-espionage groups. Integrating a certified quantum-safe key exchange layer allows Chief Information Security Officers (CISOs) to present clear, independently validated evidence to central auditors that their core digital banking architectures are legally resilient against future computing threats.
Official Sources Section
Technical assessment parameters, validation frameworks, certificate tracking designations, and corporate histories are drawn directly from official press communiqués issued by the Data Security Council of India during the FINSEC 2026 Conclave. Supplemental national tech policy data and industrial guidelines regarding advanced computing threats were extracted from the formal Post-Quantum Cryptography Migration Report published by the Department of Science and Technology.
Quote Section
"Cryptographic sovereignty is not a preference. It is a strategic imperative and for India, it is long overdue. That conviction drove us to build the quantum-safe algorithm from first principles Indian ingenuity, Indian cryptographers, Indian authority. Today, DSCI's C-SAFE programme recognised it and made that conviction official. India doesn't need to adopt a standard. We built one."
Nilesh Dhande, Co-Founder and Chief Executive Officer of Fortytwo Labs, during his acceptance address.
Why It Matters
The rollout of India's first independently certified quantum-safe algorithm has practical implications for corporate boards, technology vendors, and everyday citizens. For businesses handling high-value digital transactions, the C-SAFE recognition provides a clear blueprint for migrating away from legacy, vulnerable encryption methods without risking operational downtime. For ordinary citizens, this structural shift ensures that national public utilities, biometric databases, and digital identity platforms are systematically hardened against future state-sponsored decryption efforts, protecting personal privacy long before quantum threats manifest in mainstream commercial spaces.
Key Facts at a Glance
The Breakthrough: India's first indigenously designed quantum-safe algorithm successfully achieved independent certification from a national regulatory authority.
The Certification Node: The Data Security Council of India issued its historic first-ever C-SAFE certificate (Certificate No. DSCI-CSAFE-01) to Fortytwo Labs.
The Underlying Tech: The validated protocol, named Ci2, is an advanced Ring Learning-With-Errors (Ring-LWE) key exchange mechanism.
Rigorous Testing: The algorithm successfully cleared 13 distinct statistical security evaluations, including formal lattice-attack resistance analysis.
Sovereign Base: The underlying technology framework contains zero foreign intellectual property dependencies, protected by active patents in India and the United States.
FAQ Section
What exactly does the acronym C-SAFE stand for within India's cybersecurity ecosystem?
C-SAFE stands for Cryptographic Security Assessment and Functional Evaluation. It is India's first independent national cryptographic evaluation program established under the leadership of the DSCI.
How does a Ring-LWE algorithm protect data differently than traditional internet encryption?
Traditional encryption methods like RSA rely on the mathematical difficulty of factoring large prime numbers, a problem easily solved by advanced quantum computers. Ring Learning-With-Errors (Ring-LWE) protocols rely on the inherent complexity of high-dimensional geometric lattice problems, which remain computationally unbreakable for both classical and quantum computers.
Has this specific quantum-safe software been tested in live commercial environments?
Yes, the core cryptographic architecture has been actively utilized in continuous production deployments within Fortytwo Labs' p-Control platform since 2018.
Source: Data Security Council of India, Department of Science and Technology.
