I am Deepankar Siddharth, a 3rd-year BDS (Dental) student who spends his nights in the terminal. I specialize in building headless tools that solve real-world automation pain points, applying the same precision I use in clinical work to my code.
| 🧪 What I'm doing | 🛠️ My Philosophy | 📚 Currently Learning |
|---|---|---|
| Orchestrating ephemeral VPS environments and APK analysis | If you have to do it twice, write a script | Advanced Docker Swarm and Golang for high-speed binaries |
| Service | Specialized In | Status |
|---|---|---|
| 🤖 Automation | Python (Selenium/Requests), Scrapy, Cron Logic | 🟢 Advanced |
| ☁️ Cloud/VPS | SSH Hardening, RDP Provisioning, Reverse Proxies | 🟢 Advanced |
| 🔍 Analysis | APK Decompilation, API Hooking, Static Analysis | 🟡 Intermediate |
| ⚙️ CI/CD | Automated Testing & Deployment via GitHub Actions | 🟢 Advanced |
🖥️ Temp-RDP
On-demand remote environments without the overhead.
A production-grade automation system that provisions isolated Windows and Linux instances on-demand through VPS API integration. Built with shell scripting and infrastructure-as-code principles, it eliminates manual setup friction for testing and development workflows.
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🎯 Core Idea |
🔧 Technical Domain |
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💡 Real-World Impact |
📊 Status |
The ultimate server bootstrap toolkit.
A curated repository of battle-tested scripts, binaries, and configuration templates designed for zero-touch server deployment. Every component is selected for reliability and tested across multiple Linux distributions.
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🎯 Core Idea |
🔧 Technical Domain |
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💡 Real-World Impact |
📊 Status |
Beyond public repositories, I maintain several private projects focused on solving specific automation challenges and internal workflow optimization. These systems operate at the intersection of infrastructure management, data processing, and operational efficiency.
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🤖 Automation Systems |
🛠️ Internal Tooling |
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📊 Analysis Platforms |
⚡ Workflow Automation |
While these projects remain private, they share a common philosophy: build tools that solve real problems, not theoretical ones. Each system is designed to be maintainable, reliable, and focused on delivering measurable impact.
"Precision in the clinic. Automation in the terminal."