Thomas Yves White
Informational Technology Student
A Second Year student pursuing Information Technology at Barton Peveril College , Southampton.
Contact meAbout Me
My introduction
I am a second year informational technology student at Barton Peveril College, Southampton. I have a strong interest in programming and web development, and I am constantly seeking opportunities to enhance my skills and knowledge in these areas. I am passionate about creating innovative solutions and contributing to the tech community.
Skills
My technical levelVolunteering and Leadership Experience
Silver Duke of Edinburgh
Scouts and Explorer
Orchestra (SYCS, SYBB, SYWB)
iSolutions University Outreach
Southampton Science and Engineering Festival
Experience
Proxmox
Active Directory
Apache2
Debian
VS Code
SMB
Ubuntu
Qualification
My personal journeyThe Gregg School
SouthamptonSecondary School
Barton Peveril College
SouthamptonCollege
Projects
Most recent work
Self-hosted Messaging and File Server
A fork of nextcloud with more self-hosting features and integrations in to other projects. Hosted Locally on a Proxmox VM with a Debian 12 OS. This project is a self-hosted messaging and file server that allows users to communicate and share files securely within their own network. It provides features such as instant messaging, file storage, and collaboration tools, all hosted on a private server for enhanced privacy and control.
See Live
Cloud Gaming Server
A cloud gaming server is a powerful server that allows users to stream and play video games over the internet without the need for high-end gaming hardware. It hosts games on remote servers and delivers the gameplay experience to users' devices, enabling them to enjoy high-quality gaming on low-spec devices. This project involves setting up and configuring a cloud gaming server to provide a seamless gaming experience for users. With capability to run and host multiplayer game server concurrently
See Live
Load Balanced public DNS resolver
A Public facing DNS resolver is a server that translates domain names into IP addresses for users on the internet. It allows users to access websites and online services by resolving domain names to their corresponding IP addresses. This project involves setting up a load-balanced public DNS resolver that can handle high traffic and provide fast and reliable DNS resolution for users. The load balancing ensures that the DNS resolver can distribute incoming requests across multiple servers, improving performance and availability.
See Live