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Practical guides on Linux, AI, self-hosting, and developer tools

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Gemma 4 vs Qwen 3.5 vs Llama 4: Which Open Model Should You Actually Use? (2026)

Gemma 4 vs Qwen 3.5 vs Llama 4: Which Open Model Should You Actually Use? (2026)

A head-to-head comparison of Gemma 4, Qwen 3.5, and Llama 4 across benchmarks, licensing, inference speed, multimodal capabilities, and hardware requirements. Covers the full model families from edge to datacenter scale.

How to Serve Multiple LLMs Behind a Single OpenAI-Compatible API

How to Serve Multiple LLMs Behind a Single OpenAI-Compatible API

Unify access to Ollama, vLLM, OpenAI, Anthropic, and Google models behind one endpoint using LiteLLM Proxy. Configure model routing, load balancing, fallback chains, rate limiting, and spend tracking from a single YAML file.

How to Set Up FLUX 2 Max Locally in 2026

How to Set Up FLUX 2 Max Locally in 2026

FLUX 2 Max brings high-fidelity image generation to local hardware in 2026. Covers hardware requirements, model setup, and optimization techniques for running inference on consumer GPUs without cloud dependencies.

Restore an Old MacBook Pro with Modern Linux (2026)

Restore an Old MacBook Pro with Modern Linux (2026)

A 2012–2015 MacBook Pro with an SSD upgrade and a lightweight Linux distribution becomes a capable, fast machine in 2026 - far more useful than selling it for parts or letting it collect dust. This guide covers hardware upgrades, distribution choice, driver configuration, and performance tuning.

5 Open Source Repos That Make Claude Code Unstoppable

5 Open Source Repos That Make Claude Code Unstoppable

Five GitHub repositories released in March 2026 push Claude Code into new territory. From autonomous ML experiments running overnight to multi-agent communication and full Google Workspace access, these open source tools solve real workflow gaps that Claude Code cannot handle alone.

Alacritty vs. Kitty: Best High-Performance Linux Terminal

Alacritty vs. Kitty: Best High-Performance Linux Terminal

A practical comparison of Alacritty and Kitty for high-performance Linux terminal workflows in 2026, including latency, startup time, memory use, and heavy-output responsiveness. The analysis covers design philosophy differences between minimalist and feature-rich terminal environments, plus Wayland behavior and real-world configuration trade-offs. It also situates Ghostty and WezTerm in the current landscape and explains when each terminal model fits best for daily development.

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Fix Your PipeWire Audio on Linux: Low-Latency Recording

Fix Your PipeWire Audio on Linux: Low-Latency Recording

PipeWire achieves sub-10ms recording latency on Linux by configuring the quantum (buffer size) to 64 or 128 samples at 48 kHz, combined with setting your user’s real-time scheduling priority through the rtkit service or a dedicated audio group with PAM limits. Most “PipeWire doesn’t work” complaints trace back to misconfigured ALSA UCM profiles, Bluetooth codec fallbacks, or WirePlumber rules that silently override your intended audio routing. What follows covers every layer of the stack - from PipeWire’s architecture down to ALSA period sizes - so you can stop copy-pasting config snippets from forum threads until something accidentally works.

 Linux, CLI, Productivity
What Are Home Assistant Blueprints and How Do You Use Them?

What Are Home Assistant Blueprints and How Do You Use Them?

Home Assistant Blueprints are reusable automation templates that separate the logic from device-specific configuration. You define a pattern once - say, “motion-activated light with timeout and brightness” - and then instantiate it for every room by filling in a simple form. No YAML duplication, no maintaining ten nearly identical automations. As of Home Assistant 2026.4, blueprints support three domains (automation, script, and template), offer dozens of selector types for user-friendly input forms, and have collapsible input sections for organizing complex configurations. They are the most efficient way to standardize smart home behavior across dozens of devices.

 Home-Assistant, Automation, Yaml, Iot
How to Build Context-Aware Home Assistant Dashboards with Conditional Cards

How to Build Context-Aware Home Assistant Dashboards with Conditional Cards

Yes, Home Assistant has a built-in conditional card that shows or hides any dashboard card based on real-time conditions - entity state, time of day, who is home, screen size, and more. Combined with template sensors and a few HACS custom cards, you can build dashboards where morning shows weather and coffee controls, evening shows media and lighting scenes, and an empty house shows security cameras and alarm controls. The cards appear and disappear without leaving blank gaps, and the whole thing runs through the standard Lovelace frontend with no custom code required.

 Home-Assistant, Automation, Yaml
How to Fine-Tune Whisper for Domain-Specific Speech Recognition

How to Fine-Tune Whisper for Domain-Specific Speech Recognition

OpenAI’s Whisper is one of the best open-source speech recognition models available. Out of the box, whisper-large-v3-turbo hits roughly 8% word error rate (WER) on general English benchmarks like LibriSpeech. But point it at radiology reports, esports commentary, legal depositions, or manufacturing SOPs and that number can spike to 30-50%. The model simply has not seen enough of those specialized terms during pre-training to transcribe them reliably.

You can fix this. Fine-tuning Whisper on a small dataset of domain-specific audio - as little as one to three hours - with LoRA adapters brings domain-term WER down by 30-60%. The entire training process fits on a single consumer GPU with 12-16 GB of VRAM, takes a couple of hours, and produces an adapter file under 100 MB. What follows is the full process from data preparation through deployment.

 Whisper, Fine-Tuning, Lora, Python
How to Set Up a WireGuard Site-to-Site VPN Between Two Networks

How to Set Up a WireGuard Site-to-Site VPN Between Two Networks

To connect two remote LANs over WireGuard , you configure a WireGuard peer on one gateway device at each site, set AllowedIPs to include the remote site’s subnet, enable IP forwarding on both gateways, and add routing so LAN clients send cross-site traffic through the tunnel. Once configured, every device on either LAN can reach devices on the other LAN transparently - no VPN client installation on individual machines. A single UDP port open on at least one side is all you need.

 Networking, Linux, Security, Homelab
OpenAI Codex CLI: The Rust-Powered Terminal Agent Taking on Claude Code

OpenAI Codex CLI: The Rust-Powered Terminal Agent Taking on Claude Code

OpenAI Codex CLI is an open-source (Apache 2.0), Rust-built terminal coding agent that has accumulated over 72,000 GitHub stars since its release. It pairs GPT-5.4’s 272K default context window (configurable up to 1M tokens) with operating-system-level sandboxing via Apple Seatbelt on macOS and Landlock/seccomp on Linux. That last detail matters: Codex CLI is the only major AI coding agent that enforces security at the kernel level rather than through application-layer hooks. Combined with codex exec for CI pipelines, MCP client and server support, and a GitHub Action for automated PR review, it has become the most infrastructure-ready competitor to Claude Code in 2026.

 Ai-Coding, CLI, Rust, Developer-Tools
Qwen3.6-35B-A3B: Alibaba's Open-Weight Coding MoE

Qwen3.6-35B-A3B: Alibaba's Open-Weight Coding MoE

Qwen3.6-35B-A3B is Alibaba Cloud’s Apache 2.0 sparse Mixture-of-Experts model released April 14, 2026. It carries 35 billion total parameters but activates only about 3 billion per token, and on agentic coding suites it beats Gemma 4-31B and matches Claude Sonnet 4.5 on most vision tasks. A 20.9GB Q4 quantization runs on a MacBook Pro M5, which is the reason this release has taken over half the AI timeline for the past week.

 Ai, Ai-Coding, Llm, Local-Ai
Structured Output from LLMs: JSON Schemas and the Instructor Library

Structured Output from LLMs: JSON Schemas and the Instructor Library

The Instructor library (v1.7+) patches LLM client libraries to return validated Pydantic models instead of raw text. It does this through JSON schema enforcement in the system prompt, automatic retries on validation failure, and native structured output modes where the provider supports them. It works with OpenAI, Anthropic, Ollama , and any OpenAI-compatible API. You define your output as a Python class and get back typed, validated data - no regex parsing, no json.loads() wrapped in try/except, no manual type coercion.

 Llm, Python, Ai, Production-Ai, Ollama
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