Running local LLMs for agentic tasks often feels like balancing a scale: you want the reasoning depth of a massive model, but you need the blistering token-per-second (tps) throughput required for recursive loops, tool-calling, and multi-step agent environments. When Liquid AI released the LFM 2.5…
SearXNG has become a standard building block in local and private LLM stacks. Tens of thousands of GitHub stars, Docker one-liners, and built-in integrations in agent frameworks make it look like a drop-in privacy tool. That picture is only half right. The other half is how it actually works, where…
Local AI enthusiasts and MLOps practitioners have a new model to dissect: NVIDIA Nemotron 3.5 Bolt 74B-A9B 24GB. Released with native 2-bit quantization and built to run on consumer or enterprise hardware, this vision-language model (VLM) aims to solve a very specific developer headache: fitting…
Language models are no longer autocomplete with a bigger vocabulary. By 2026 they are systems with different training stages, architectures, input modes, specializations, and deployment profiles. Two models can share the same transformer backbone and still behave like different products.
Modern data analysis often starts with a familiar bottleneck: raw spreadsheets, inconsistent CSV files, and endless hours spent writing repetitive data-cleaning scripts. Historically, extracting actionable insights from unstructured tables required writing custom Python notebooks or drafting…
Modern data platforms evolve rapidly, and staying current with orchestration frameworks is essential for security, performance, and feature access. However, migrating an enterprise-scale data infrastructure comprising thousands of distinct Directed Acyclic Graphs (DAGs) presents a daunting…
Traditional SQL learning resources often focus on syntax through isolated puzzles. A typical exercise asks developers to filter a single user table or aggregate a list of products. While these exercises help beginners grasp clauses like GROUP BY and JOIN, they completely omit the architectural…
the phase method is the project's planning docs §18.
The cluster came back from a two-month shutdown running Kubernetes 1.33 (end of life), Rancher 2.13 and
Most Argo CD tutorials start with an empty cluster. Mine had 28 Helm releases and raw manifests, running a lakehouse