I'm Prashikshit Saini, Prash for short. I'm a senior cybersecurity major at LeTourneau University with a deep interest in computers, security engineering, physics, mathematics, and philosophy. I like understanding how things work at the lowest level and questioning the assumptions behind them.
My professional focus is cybersecurity and anything that intersects computer systems, engineering, and problem-solving. I enjoy building secure systems, exploring attack surfaces, and applying theory to real-world challenges. After graduation, I'll be starting my career in Automation Engineering Software, where I'll be working on building intelligent systems that bridge security, automation, and software engineering.
I'm deeply invested in the agentic code workflow—using tools like Claude Code and others to build agents, skills, and automations that transform how we write and interact with software. I'm really into agents and incredibly bullish on their potential to reshape engineering workflows. If it involves autonomous systems, intelligent automation, or building the next generation of developer tools, I'm all in.
January 2026
Most people lose track of what they're paying for monthly. Built a subscription manager that eliminated billing surprises for users by centralizing all recurring payments with real-time spend tracking. Solved the multi-currency problem for international users, supporting 12+ currencies. Result: Users regained visibility and control over $500+ average monthly subscription spend.
December 2025
Financial awareness requires more than spreadsheets. Created an intelligent finance tracker that transforms raw transactions into actionable insights through AI-powered analysis. Users discover spending patterns they never noticed, optimize budget allocation, and make data-driven financial decisions. The calendar view reveals temporal spending patterns, helping users identify and eliminate wasteful habits.
July 2025
Modern journaling apps prioritize features over focus, destroying the introspective experience. Built REAL as a rebellion against feature bloat—zero cloud sync, zero distractions, zero friction. The result: users actually write consistently because the app disappears, leaving only thoughts and words. Privacy-first by design, everything stays local.
June 2025
Network troubleshooting requires understanding packet routing at a fundamental level. Built this traceroute implementation to demystify how packets traverse the internet, mapping every hop from source to destination. Educational impact: transformed abstract networking concepts into visible, traceable paths. Now used as a learning tool for understanding TTL mechanics and ICMP protocols.
2025
Understanding port scanning requires getting your hands dirty with TCP flags. Stripped nmap down to its essential scanning mechanics, exposing raw TCP flag manipulation and response analysis. Outcome: demystified network reconnaissance by making flag-level interactions visible and measurable. A learning-first tool that reveals what's actually happening during a port scan.
2025
Most developers never implement custom protocols from scratch. Built MessX to deeply understand secure communication—from binary protocol design to authentication flows to error recovery. Result: gained hands-on expertise in protocol engineering that abstract API calls can never teach. Every connection, every handshake, every error case manually designed and implemented.
2025
Chat apps don't need flashy interfaces to be effective. Proved minimalism works by building a terminal-aesthetic group chat that developers actually prefer. Eliminated UI friction—just commands, messages, and conversations. Result: users found the command-line interface faster and more focused than traditional chat apps. Sometimes less really is more.
2025
Students waste hours manually transcribing lectures and meetings. Built TranscriptX to eliminate that friction—record audio, get instant transcription, and receive AI-generated structured notes. Impact: transformed 60-minute lectures into searchable, organized notes in under 2 minutes. Learning shifts from transcription busywork to actual comprehension and synthesis.