Crowkis for coding assistants: cut cost and latency
coding assistants are full of the same explanations and boilerplate reasoning, dozens of times a day. A safe semantic cache turns that repetition into instant, free hits.
Coding assistants are one of the most repetitive LLM workloads there is: the same explanations and boilerplate reasoning, dozens of times a day. Every repeat is a full-price model call for an answer you already produced.
What Crowkis changes
Crowkis sits in front of your model and reuses answers by meaning, not exact text, so a reworded question still hits. It adds structural matching, per-hit confidence, freshness control, and tenant isolation, so reuse is safe, not just cheap.
In plain words. For coding assistants, the repetition is the bill. Remove the repetition and the bill drops.
On workloads like this, semantic caching cuts LLM costs up to 60-70% on repetitive workloads, and hits return in well under a millisecond, so coding assistants feel faster too. It's one self-hosted binary, Redis-compatible, free to run.
The cheapest, fastest answer is the one you already have and can safely reuse.