📱 Remote Coding with Claude: How to Use It on Your Phone via Termux and Tailscale
A great showcase of how open-source tools can empower mobile developers to achieve workstation-grade control without relying on proprietary cloud platforms.
Nicholas Khami details a setup for running Claude Code from an Android device using Termux, Tailscale, SSH, and tmux to access a desktop or VPS. This configuration delivers a persistent, secure, and responsive remote development experience while retaining the flexibility of Unix tooling. Developers can code, test, and deploy directly from their phones with low latency and full control over their environment. The approach emphasizes privacy and autonomy compared to managed cloud coding apps.
🔗 Read more 🔗
🌐 Claude Code Comes to the Web
This marks a significant step in Anthropic’s strategy to turn Claude into a full-featured coding assistant ecosystem, blending AI automation with developer-centric usability.
Anthropic launches ‘Claude Code on the web’, a browser-based environment that enables users to delegate coding tasks to Claude. It integrates with GitHub for real-time progress tracking and supports parallel task execution in secure sandboxes. The beta version includes an iOS app, extending cloud-based coding flexibility and safe automation for development workflows.
🔗 Read more 🔗
⚡ Amazon’s Brain Drain Brings AWS to Its Knees
A sharp reminder that even the world’s largest cloud provider depends on retaining its engineering talent—technology alone can’t prevent failure.
A major outage in AWS’s US-EAST-1 region, triggered by DNS failures in DynamoDB, caused widespread internet disruption. The Register reports that Amazon’s slow response exposed systemic weaknesses tied to the exodus of experienced engineers. The piece argues that layoffs and cultural shifts are eroding AWS’s institutional expertise, increasingly affecting its reliability.
🔗 Read more 🔗
🧠 Fil-C: A Memory-Safe Reimagining of C and C++
A forward-looking initiative that could redefine low-level programming by blending safety guarantees with the power of C and C++.
Fil-C offers a memory-safe reimplementation of C and C++, combining concurrent garbage collection with capability-based safety to eliminate common vulnerabilities. It maintains full compatibility with existing ecosystems—including CPython, OpenSSH, and Emacs—while supporting modern features like multithreading and shared memory. The project promises safer systems programming without losing native performance or interoperability.
🔗 Read more 🔗