Qubetics has initiated a comprehensive security audit with CertiK, one of the blockchain industry's most respected security firms, to evaluate our dVPN-powered, chain-abstracted blockchain infrastructure before mainnet launch. This partnership represents more than standard due diligence—it's a deep architectural analysis designed to validate the security foundations of our integrated dVPN routing layers, abstraction logic, and cross-chain cryptographic components.
The audit encompasses critical infrastructure elements including node communication models, transaction flow mechanisms, consensus-level security paths, and the complex interactions between our dVPN privacy features and multi-party computation (MPC) protocols. CertiK's expertise in decentralized VPN architectures and chain abstraction frameworks makes them the ideal partner to evaluate Qubetics' unique technical approach.
Current Development Focus and Audit Findings
While the audit progresses, our development team continues addressing specific technical challenges, including V2Ray connectivity issues affecting node internet connections. We're systematically reviewing the complete connection flow between nodes and V2Ray protocol, identifying handshake failures, and implementing fixes to restore stable performance across all connection methods.
CertiK's preliminary findings have identified several optimization opportunities without uncovering critical vulnerabilities. Key areas for enhancement include threshold validation in multi-signature operations, redundant signature checks affecting processing efficiency, missing round validation in our Distributed Key Generation protocol, improved error handling in user registration functions, and bounded iteration controls in block processing logic.
Each finding provides actionable insights for strengthening network reliability. The missing threshold validation issue, for example, could cause system panics if threshold values reach zero during multi-signature operations—a scenario our team is now preventing through strict validation checks. Similarly, the unbounded iteration detection in block processing helps us maintain consistent performance under varying network loads.
The DKG protocol enhancement deserves particular attention given its role in maintaining cryptographic security across our distributed network. By implementing proper round checks, we ensure that key generation processes remain synchronized and secure, preventing potential consensus disruption from out-of-sync message handling.
This collaborative audit process demonstrates Qubetics' commitment to transparency and technical excellence. Rather than treating security as a final checkpoint, we're integrating rigorous evaluation throughout our development cycle. The partnership with CertiK validates our architectural decisions while identifying specific improvements that will enhance user experience and network stability.
As we resolve these findings and continue optimizing our infrastructure, the Qubetics ecosystem becomes increasingly robust and ready for sustained growth. This audit represents a critical milestone in delivering a blockchain platform where dVPN privacy, chain abstraction, and enterprise-grade security converge seamlessly.