How KV Caching Dramatically Cuts Your AI Costs
How KV caching works in LLMs, why it matters for AI-assisted coding, and how Nilux keeps about 96% of a request's input in the cache.
Read the post →Engineering posts, release notes, retros from production. Written by the people who built the thing \u2014 never by marketing.
How KV caching works in LLMs, why it matters for AI-assisted coding, and how Nilux keeps about 96% of a request's input in the cache.
Read the post →Nine AI coding agents side by side: where each runs, which models it uses, how you pay, and how it remembers your project, from each maker's own docs.
Compare AI coding agent pricing with a practical workload test. Account for included usage, token rates, cache reads, overages, and completed tasks.
A step-by-step guide to installing Nilux AI, connecting to your first session, and completing your first coding task in under 5 minutes.
A comprehensive look at the AI coding assistant landscape — from IDE plugins to CLI tools — and how to choose the right one for your workflow.
The story behind Nilux AI — why we built a terminal-native coding assistant with honest pay-per-use pricing and project memory that persists across sessions.