What is a Secure VDI Solution

Cipher Lock

In the recent past, Virtual Desktop Infrastructure (VDI) technology has experienced rapid growth. Although many enterprise companies have implemented VDI systems, legacy solution & researches has highlighted several critical issues, including data breaches and session hijacking. Security measures identified for such threats were suboptimal, especially for the firms with fewer resources. In this solution, Team at R24-52 has combat existing threats to VDI systems with different technologies such as Homomorphic Encryption (HE) for the safe exchange of location data, and the Machine Learning (ML) model is used for real-time log analysis, thereby making it easy to detect some level of anomaly in the complex VDI environments. According to the result, this integrated posture introduces a new and positive dimension in VDI strengthening the security and privacy of data, while protecting against various threats. Here we have addressed, setting a new and more secure base for any virtualization technology while securely handling consumer data.


Embrace the future of secure virtualization with Cipher Lock—where cutting-edge technology meets uncompromising data privacy. Secure your virtual workspace today!

Key Features

Cipher Lock (also known as "SVDI Solution") ensures user privacy and security by using Homomorphic Encryption for location data, strong user authentication via Zero Knowledge Proof, and AI/ML models for anomaly detection. A Virtual Dedicated Server (VDS) continuously monitors for threats, sending automated alerts to admins, ensuring proactive security and privacy management.

Advance Real-time log Analysis Anomaly Detection

The proposed system focuses on enhancing cybersecurity through real-time anomaly detection in log data using advanced machine learning techniques. Logs from various sources are continuously analyzed, detecting irregular patterns that may indicate security breaches or system faults. The system leverages a combination of classification algorithms such as Random Forest and Support Vector Machines (SVM), ensuring high accuracy in detecting anomalies. Additionally, the model adapts to evolving threats through continuous learning, significantly improving detection precision while reducing false positives. This system enhances enterprise security by providing a proactive defense mechanism against both known and unknown threats.

Advanced Real time malware analysis

Advanced malware detection and analysis system designed specifically for virtual desktop infrastructure (VDI). With our product, users can seamlessly upload files to a secure cloud environment. Our AI/ML model then analyzes these files by extracting features from API calls to identify potential threats. Each file is executed in a sandbox, allowing us to observe any malicious behavior. If a threat is detected, the file is automatically isolated in a secure partition of the client's cloud storage for further examination by authorized personnel. Safe files are stored in a designated partition connected to the VDI. This proactive solution enhances your organization's security by ensuring that malware is detected and contained before it can impact your infrastructure.

Tracking Users’s Location While Preserving Privacy

The proposed system for tracking users' locations using homomorphic encryption (HE) while preserving privacy involves multiple components. The "User" will be the author of their own data, where location data (longitude and latitude) is encrypted using the CKKS scheme, which is suitable for handling floating-point values. The SEAL library enables efficient encryption through parallel processing using SIMD technology. Encrypted data is transmitted securely via HTTPS to the HE server, where it is stored and processed without risk of data leakage. The system uses the Euclidean Distance Formula for anomaly detection in location patterns. Relinearization is used to mitigate noise, with future development focusing on bootstrapping improvements.

Secure Authentication Using ZKP Protocol

Solving the user authentication problem typical for modern applications, our system uses state-of-the-art Zero-Knowledge Proof technologies, BLAKE hash function, and the Homomorphic Encryption technique. Developed specifically for VDI platform our product guarantees that users’ personal data including passwords and security questions stay safe throughout the whole authentication process never become visible to any third party. VIP protected by the state-of-the-art encryption and unique efficient hashing technique combined with an appealing user interface. Discover a revolutionary level of secure authentication that combines privacy, efficiency, and progress for companies and people