Compute is a context engine and an inference service. It gives your AI longer, more useful context. It also helps you pick the best model for each job. Not every task needs a model with one trillion parameters. Compute sends work to smaller, fine-tuned models that use less compute and give better results.

Compute

Context engine and inference for AI

Under development · Coming soon

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Compute product interface preview

See it work

Follow one request through Compute

Each request moves down the layers. A safe request reaches the end. A harmful one stops at the layer that catches it, and you see why.

Company brain · one question
  1. 01 Who is asking Each agent acts for a known person. Pavii attaches that person and their role to every question. PersonRoleTeam
  2. 02 Company brain A shared graph of documents, decisions and code that grows from daily work. Graph memoryProduct graph
  3. 03 Access contract on Hyper 0X A smart contract checks the role against each piece of knowledge before the agent can read it. On chainNo escalation
  4. 04 Privacy gate Personal data and secrets leave the answer before the model sees it. Personal dataSecrets
  5. Answer with only what this person can see Each read gets a receipt, so the team can see which agent read which knowledge.

Rules and receipts live on Hyper 0X, the post-quantum-resistant blockchain from Buckleson. See how Hyper 0X works or read why receipts need a blockchain.

Longer Context, Better Inference

Compute gives your AI systems memory, model routing and inference. Model routing sends each task to the model that fits it best. Compute uses fine-tuned models, better transformer designs and better algorithms. It does not spend compute on large general models when a smaller model is enough. Pavii checks every call that Compute sends to a model.

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Context engine

Gives AI longer, cleaner context. The model can reason across more information and keep the goal of the user.

Model routing

Sends each task to the best model for it. A smaller fine-tuned model often does the job better than a large one.

Efficient compute

Better designs and algorithms cut compute cost and improve answers for your workflows.