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Hands-on experience with AI, self-hosting, Linux, and the developer tools I actually use

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Hands-on experience with AI, self-hosting, Linux, and the developer tools I actually use

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Private Package Registries: PyPI, npm, Supply Chain Control

Private Package Registries: PyPI, npm, Supply Chain Control

You can self-host a private PyPI registry with pypiserver and a private npm registry with Verdaccio . Both run on a single box or inside Docker containers. You get three wins that public registries cannot match: faster installs from a LAN cache, a safe home for private packages, and cover against outages, typosquatting, and supply chain attacks. Both tools are free, open-source, and take under 30 minutes to set up.

Why Self-Host a Package Registry

Public registries go down. PyPI had several partial outages across 2024 and 2025. The npm registry has had its own incidents that slowed installs or knocked them out. When either one is down, every CI/CD pipeline and dev box that depends on it stops installing packages. If your deploys lean on pip install or npm install, a registry outage becomes your outage.

Running Gemma 4 Locally with Ollama: All Four Model Sizes Compared

Running Gemma 4 Locally with Ollama: All Four Model Sizes Compared

Google’s Gemma 4 is not one model - it is a family of four, each targeting different hardware and different use cases. The smallest runs on a Raspberry Pi. The largest ranks #3 on LMArena across all models, open and closed. All four ship under the Apache 2.0 license, a first for the Gemma family. This guide walks through installing each variant with Ollama (currently at v0.20.2), benchmarks them on real consumer hardware, and helps you decide which one fits your setup.

Self-Hosted AI Search: Combine SearXNG and a Local RAG Pipeline

Self-Hosted AI Search: Combine SearXNG and a Local RAG Pipeline

You can build a private AI search engine modeled on Perplexity . You combine SearXNG with a local language model running through Ollama . Here is the stack. SearXNG pulls results from many search engines at once. A Python scraper fetches and cleans the actual page content. The LLM then turns everything into a cited answer with inline references like [1], [2]. No API keys, no telemetry, no query logging to third-party AI services. A machine with 12 GB VRAM runs the whole pipeline, and most queries come back in 5-15 seconds.

Testcontainers: PostgreSQL, Redis, Kafka Testing

Testcontainers: PostgreSQL, Redis, Kafka Testing

Testcontainers spins up real databases and services as Docker containers inside your test suite. Tests run against production-grade PostgreSQL, Redis, or Kafka instead of flaky mocks. The testcontainers-python v4.14.2 library works with pytest . It automates the container life cycle. You get isolated, reproducible integration tests that catch bugs unit tests miss.

Below: setup with pytest, testing services beyond databases, performance patterns, and CI/CD configuration.

Why Mocks and In-Memory Databases Are Not Enough

Mocking db.execute() only checks if your code calls the function. It does not check if the SQL is valid. It also misses schema errors and type mismatches. You might have passing tests while your queries fail in production.

Three Tiers of AI Pair Programming: From Autocomplete to Autonomous Overnight Agents

Three Tiers of AI Pair Programming: From Autocomplete to Autonomous Overnight Agents

The most productive developers in 2026 don’t use a single AI tool. They run a three-tier stack. Tier 1 is inline completions for line-by-line speed. Tier 2 is parallel agent sprints that take on feature-sized work. Tier 3 is overnight batch agents that run 30 to 50 improvement cycles while you sleep. GitHub’s research shows AI pair programming makes developers 55% faster, but that gain comes mostly from Tier 1. The real win comes from running all three tiers at once, with clear rules about which task goes where.

Do You Need Wi-Fi 7 for Matter? What a Smart Home Really Uses

Do You Need Wi-Fi 7 for Matter? What a Smart Home Really Uses

No, you don’t need Wi-Fi 7 for Matter. Every Matter device on my network connects over 2.4GHz Wi-Fi or Thread, and neither path touches Wi-Fi 7’s headline features. A Wi-Fi 7 router still helps a busy smart home in three indirect ways, but device compatibility is not one of them.

Key Takeaways

  • Matter devices use 2.4GHz Wi-Fi or Thread, never Wi-Fi 7’s fast 6GHz band.
  • A Wi-Fi 7 router helps indirectly: it handles a crowded network better.
  • Thread devices need a border router, and your Wi-Fi router probably isn’t one.
  • The 6GHz band requires WPA3, which locks out many older smart home gadgets.
  • Skip the upgrade unless you run 30+ active devices or multi-gigabit internet.

What Matter Actually Runs On

Matter is an application protocol, not a radio. It runs over standard IP networks, and the spec defines three transports: Wi-Fi, Thread, and Ethernet. Bluetooth LE is used only for the initial pairing handshake. Consequently, your router doesn’t need any “Matter support” checkbox; it just needs to move IP packets on a network the device can join.

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