Use cases

Compress the context your AI stack already retrieves.

Trajbl is designed as a practical plugin layer: existing RAG or agent retrieval finds candidates, then Trajbl packs a smaller evidence packet before generation.

Trajbl compression layer across AI agents, coding tools, Obsidian vault chat, enterprise RAG, and private AI assistants
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Enterprise knowledge chat

Compress retrieved policies, project notes, tickets, and internal documentation before they reach the LLM.

Existing retrievalTrajbl compresses

Agent memory

Keep long-running agent context smaller while preserving the evidence sentences needed for the next action.

Existing retrievalTrajbl compresses

Cost-efficient RAG

Add Trajbl after vector, BM25, hybrid, or reranked top-k retrieval to reduce context load without replacing the current stack.

Existing retrievalTrajbl compresses

Legal and compliance

Build smaller answer packets that keep complete source sentences instead of fragmenting key clauses.

Existing retrievalTrajbl compresses

Research workflows

Reduce dense technical context while retaining numbers, dates, entities, and traceable evidence.

Existing retrievalTrajbl compresses

Customer support

Send fewer help-center, account, and policy snippets to the model while keeping answerable context.

Existing retrievalTrajbl compresses

Local and edge AI

Run CPU-first compression where a GPU-backed compression model is not practical.

Existing retrievalTrajbl compresses

Private AI systems

Keep retrieval and compression inside a controlled customer or VPS environment.

Existing retrievalTrajbl compresses
Pilot path

Measure Trajbl on a real knowledge workload.

A practical pilot should compare raw top-k context, LLMLingua2 compression, and Trajbl compression on the same retrieved inputs, with accuracy, token savings, latency, and failure cases logged.

Discuss a pilot