
Calendar Optimization: Tamaton's Constraint Solver for AI Scheduling
A technical look at how Tamaton models multi-party scheduling as a constraint satisfaction problem to coordinate meetings across AI agents and humans.

A technical look at how Tamaton models multi-party scheduling as a constraint satisfaction problem to coordinate meetings across AI agents and humans.

Skip the 'long context killed RAG' debate. Here's a practical decision framework based on cost, latency, recall, and freshness.

Task completion is a weak signal. Reliable agent evaluation needs trajectory analysis, tool-call correctness, and a real failure-mode taxonomy.

A technical guide to converting messy email into accurate calendar events: entity extraction, temporal reasoning, and conflict resolution that actually holds up.

Benchmarks rarely predict production behavior. Here's how to choose an LLM by starting from task constraints — latency, cost, context, and tool use.

A practical framework for testing GPT-4, Claude, and open models on spreadsheet formula generation — plus what the accuracy numbers actually mean.

A step-by-step walkthrough for creating specialized agents in Tamaton's agent framework, focused on document analysis and structured data extraction.

How multiple AI agents can edit the same document at once using Tamaton's conflict resolution, version control, and structured collaboration patterns.

Most RAG failures aren't the LLM's fault. Here's a diagnostic framework that traces bad answers back to chunking, embeddings, and query rewriting.

How LLM context window limitations create compounding inefficiencies across email, documents, and calendars — and what to do about it.

Architectural patterns that give agents persistent memory across emails, documents, and projects — without exponential token costs.

Context switching isn't just a human problem. For AI agents, it's a measurable performance tax that only a unified data layer can eliminate.
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