Creating a VPN service

About the Client

Sky Business Group specializes in developing innovative solutions in the fields of information technology and cybersecurity. Our team of experts has been tasked with creating a VPN service that meets the highest standards of security and performance. The main goal of the development was to create a tool capable of providing a secure and reliable connection for business clients who aim to protect their data and communications from cyber threats.

Project Objectives

The project was focused on designing and implementing a high-quality and reliable VPN service capable of ensuring secure access to internal resources and safeguarding data during transmission over the Internet. The service was expected to meet modern technical standards, providing stable and fast connections for employees, including remote workers.
The VPN service was to use modern encryption algorithms with robust data protection and multi-factor authentication (MFA) support. In addition, the service had to provide high bandwidth to minimize latency and guarantee stable connections without interruptions. Another important task was ensuring compatibility with various operating systems and devices for universal access: Windows, macOS, iOS, Android, and Linux. A user-friendly and intuitive interface was necessary for easy configuration and use.

To efficiently serve employees across different time zones, VPN servers were planned to be located in several countries worldwide. Additionally, the servers were to have a scalable architecture that would facilitate easy adaptation to the company’s growing needs, regardless of the number of users and traffic.

We expected that the implementation of this project would significantly enhance the security of client data, ensure reliable protection of internal communications, and increase the mobility of team members.

Implementation Process

The implementation of the custom VPN service project involved several key stages:

1. Pre-project Analysis. In the initial stage, our team of specialists conducted a detailed analysis of the project requirements and a market study of VPN solutions. The main functional and non-functional requirements for the service were defined, including necessary levels of security, performance, and platform compatibility. A technical specification and implementation plan were developed.
2. Architecture and Design. The next step involved designing the architecture of the VPN service. A model ensuring high availability and reliability of the service was developed, optimal server locations were determined, and the user interface design was created.
3. Development and Testing. At this stage, specialists created the server and client components of the VPN service. Modern encryption technologies, such as AES-256, were used. Multi-factor authentication support and integration with various operating systems and devices were also implemented. Comprehensive testing was carried out, including stress testing to verify the service’s ability to handle a large number of users.
4. Service Integration. After successful testing, the VPN service was implemented into the production environment in several stages to minimize risks and ensure uninterrupted operation.

Results

The developed VPN service provides access to the client company’s internal resources and protects data during transmission over the Internet. The stable and fast connection, with bandwidth up to 1 Gbps, ensures minimal latency during data transfer and high access speed. The VPN network allows for flexibility and optimal routing of connections for users worldwide.