
In response to growing concerns over mass surveillance, cyberattacks, and centralized control of user data, KelVPN has announced the launch of a next-generation decentralized VPN. Built on the Cellframe blockchain platform, KelVPN combines censorship resistance, post-quantum encryption, and a distributed network model to offer what it claims is a more secure and privacy-focused alternative to traditional VPN services.
KelVPN does not rely on a central server infrastructure. Instead, it employs a worldwide network of independent nodes, rendering data logging and centralisation technically unfeasible. The solution eliminates the need for user registration and ensures complete anonymity by design.
KelVPN provides consumers with five primary reasons to consider it:
KelVPN prioritises security. The service incorporates CRYSTALS-Dilithium and Kyber-512, two post-quantum encryption algorithms recognised by the United States National Institute of Standards and Technology (NIST). These methods are intended to secure user data from future quantum computing risks.
KelVPN also provides cross-platform access and is compatible with Windows, Linux, macOS, and Android. Users can purchase an access key and connect to the nearest available node to begin utilising the service right away.
In addition to being a VPN, KelVPN is positioned as a part of the larger Cellframe Web3 ecosystem. This ecosystem supports services built with post-quantum security, load-balanced sharding, and blockchain-based infrastructure. The service is described as the first t-dApp (trusted decentralized application) in the Cellframe network and offers both fully decentralized and hybrid subscription-based models.
The company behind the product, Demlabs Limited, is based in Hong Kong. KelVPN’s development team emphasizes that the platform is built not just for today’s privacy needs but for long-term security in the evolving digital landscape.
More information about the service can be found on kelvpn.com.