SETS VPN is a Virtual Private Network (VPN) solution in the form of VPN Client developed for Android, Windows and Linux devices. SETS VPN App is built on the top of WireGuard Client to facilitate remote access VPN services between the device such as cell phones, tablets, Desktops, Laptops etc. and the SETS VPN Server which resides as a gateway device in a private network. SETS VPN provides secure communication with its corresponding Server over an untrusted public channel like Internet. SETS VPN ensures user authentication, content protection and integrity protection of user’s data traversing over the Internet.
VPN can be deployed for providing secure access to any enterprise networks, university/school campus networks, e-Governance, banking and finance, corporations.
Mobile based VPN solution can also be used by Medical domain, Banking, and eGovernance & Panchayat and district level access to Anganwadi users.
Post-quantum digital certificates can be used for managing the identity and security of users and devices in a quantum internet era. Quantum Safe Digital Certificate solution, implemented by SETS, allows enterprises and security professionals to generate a quantum-safe PQ key, X.509v3 digital certificate for CA and Client and utilize these certificates for digital authentications and signatures.
CA Software is useful for Certifying Authorities and for Enterprises that uses Digital Signature for their internal workflows.
A Quantum Random Number Generator (QRNG) device offers high-quality random sequences using unique properties of quantum physics. QRNG exploits nature’s inherent randomness. SETS developed a portable QRNG for consumer applications.
This can be consumed as hosted service and available as component for integration into any device that may require random number. Applications such as CAPTCHA/SMS generation may also be able to leverage QRNG.
SETS CA for Hyperledger Fabric is a trusted, security-hardened CA for Hyperledger Fabric, providing robust identity and trust management for permissioned blockchain networks. It supports concrete identity lifecycle management, secure user and node credential issuance, validation, and revocation, along with signature generation and verification. SETS CA features a flexible, plug-and-play cryptographic framework with algorithms tested for FIPS 140-2 compliance, ensuring high assurance and vulnerability-resilient operations.
In trusted and immutable tracking systems using Hyperledger-based blockchain such as supply chain traceability, e-governance records, healthcare data sharing, and asset lifecycle management. Each organization, user, application, and node is assigned a verifiable digital identity issued by a trusted Certification Authority.
The SETS IoT PKI provides a trusted foundation for securing Internet Of Things (IoT) ecosystems through digital certificates and strong authentication mechanisms. It enables device identity management, mutual authentication, secure communication, and data integrity across diverse IoT networks, By leveraging standardized PKI frameworks, the CA ensures scalable, interoperable, and policy-driven trust for connected devices and applications.
Mutual Authentication, Device Identity Management, Secure Communication(TLS/DTLS), IoT Gateway and Edge Security
SETS-ANVAYAM (Analysis of side-channel VulnerAbilities for securitY AssessMent) is a standalone FPGA board for side-channel evaluation developed by SETS. It is a specialized hardware platform designed to measure physical leakages, such as computation time, power consumption and electromagnetic emissions, from FPGA device during cryptographic operations. SETS has also developed SETS-THADAM (Trace- based Hardware Analysis and Detection of cryptographic leakages through Automated Measurement), the analysis tool, which facilitates capture, evaluation, security validation and research in hardware-based cryptographic systems. SETS-ANVAYAM along with the SETS-THADAM can be used to perform compliance testing as per ISO/IEC 17825, a testing method for the mitigation of non-invasive attack classes against cryptographic modules.
Side-channel security assessment, compliance testing, and research of FPGA-based cryptographic implementations by testing laboratories, researchers, and cryptographic hardware developers.
Ransomware attacks are the enemy of today’s data-driven businesses and services. The SETS developed an indigenous AI-powered Ransomware Early Detection Solution for the Windows platform which isolates and uses intelligence for early ransomware detection.
AI-powered early detection and prevention of ransomware attacks on Windows systems through file, process, and behavioural monitoring with multi-level security checkpoints.
SETS-RAS is a privacy-preserving analysis platform developed by SETS to support victims of ransomware attacks. It enables secure investigation of suspect files, process/network logs without exposing sensitive or confidential data to external parties, addressing the fear that reporting an attack could compromise private information. The platform also analyzes memory dumps to identify the encryption algorithm in use and, where possible, retrieve cryptographic keys directly from memory. The platform identifies ransomware families from ransom notes or encrypted files and provides available decryptors to support recovery for organizations, responders, and the cybersecurity community.
Secure ransomware investigation and recovery support for victims, incident responders, and researchers through privacy-preserving analysis of files, logs, and memory dumps.
SETS-SAAVI (Secure Authentication and Authorization via Verifiable Identity) is a passwordless, passkey-based authentication framework developed by SETS, built in compliance with the FIDO2 protocol to ensure interoperability across platforms. The framework includes a server-side package with full WebAuthn support for secure registration and authentication workflows. It also features an independent indigenous client-side hardware device designed for strong authentication, providing a robust and phishing-resistant solution for modern digital identity systems.
Password less authentication.
