FlowTux

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Codebase memoryTux AI reads your codebase once.Then it remembers.Most AI tools re-read your repo on every ticket — the same controllers, the same modules, the same MCP servers, tokens burned again and again on code that hasn't changed. FlowTux builds a persistent map on day one and keeps it alive incrementally.Context that outlives the engineerWhy a module is shaped the way it is leaves with the person who built it. Tux AI keeps it: every file mapped, every past fix reusable.We know what changed before you askEvery merge updates the map, so triage starts from what the code is today — not a snapshot from onboarding week.Your tokens are never burned twiceTools that re-read the repo per ticket pay for the same controllers again and again. FlowTux reads only the diff.Works the same wherever your code and signals live — GitHub or GitLab, Sentry or Datadog. The memory is encrypted at rest, pinned to your region, and never used to train shared models.Cost of knowing your codebasemerges absorbed 00Re-reading the whole repo0Reading the whole repo again per ticket would cost ~1.4M tokens. Absorbing a merge costs 3.1k.// how it worksFrom broken to fixed.Resolution mixMost tickets never reach a humanWhere the queue goes with AI triage60%auto-resolvedAuto-resolved by Tux AI (no human)60%AI-assisted, human confirms25%Fully human-handled15%Illustrative target mix for a mature AI triage operation; ~60% auto-resolution is the benchmark teams aim for.// see it liveSee FlowTux in action.A short, clickable walkthrough — sign in and move through the dashboard: tickets, projects, analytics, and Tux AI triage in one workspace.the platformExplore the FlowTux platformSign in and move through the dashboard — tickets, projects, analytics, and team chat, all in one workspace.By the numbersEvery so...