Yousaf Syed

This project revolves around a task runner that can convert the long-running programs to windows native services so that you can control these software programs natively via a Windows service GUI. It's written in Go so this project has a very small footprint.

Lumper is an orchestration program for Docker containers, It's written in Go on top of a Docker-compose library. The main purpose was to create an orchestration program that is based on a pull model rather than a push model, e.g., Docker-swarm and Kubernetes.
This project has two components: a server (Node.js) that manages the repositories, configurations, and releases and the client (written in Go) which allows pulling from the server if the releases and images are available. The program also makes use of native Docker repositories and authentication and Docker-compose.

I built a standalone proxy server in PHP sockets and used Guzzle to route the requests. The idea was if I can make the HTTP proxy server in PHP then I could obtain more control over the proxy and custom logic. Currently, it only supports HTTP requests and you can choose the port and make it public or private. This is a standard HTTP proxy so you can use it in a browser. By default, it's only working for a local host but you can allow public IPs.

My Original Proposal:
Using the right data structure or algorithm for the situation is an important aspect of programming. In computer science literature, many data structures and algorithms have been researched and extensively documented. However, there is still no standard library in PHP implementing useful structures and algorithms like red/black trees, tries, different sorting algorithms, and so on. This project will create such a library with documentation on when to use a particular structure/algorithm. It will also come with a benchmark suite to compare performance in different situations.

Fuzzy keyword searches on encrypted data are not very common because of the engineering and mathematical challenge it poses to the system, Security is vital in this modern data-oriented world and so for great security, we have compromised the usability of searching with fuzzy keywords.
This project uses the research on this topic and implements it to demonstrate how we take security and privacy in parallel with usability while, of course, without compromising security.