Ollaya – Ollama for open-source, Jev-style decision models

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Ollaya is an open-source tool for running decision models locally with millisecond latency, compatible with TypeSafe's API, ensuring privacy and fast inference on personal hardware.

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Cached at: 09/25/26, 07:16 PM

# Ollaya — Run decision models locally. Source: [https://ollaya.dev/](https://ollaya.dev/) Ask typed questions about any text or JSON and get calibrated answers in milliseconds\. Private, open source, on your own hardware\. [Download](https://ollaya.dev/download)[Browse models](https://ollaya.dev/search) Real output: routed tolaya:en, answered in 8\.9 ms on an RTX 4090\. - [Fast](https://ollaya.dev/#fast) - [Drop\-in compatible](https://ollaya.dev/#compatible) - [Open models](https://ollaya.dev/#models) - [Your data stays yours](https://ollaya.dev/#private) - [Platforms](https://ollaya.dev/#platforms) ## Fast Decisions in milliseconds\. A decision model answers in a single forward pass, with no token\-by\-token generation\. On your own GPU, a five\-question request to Laya takes about 10 ms, end to end through the HTTP API\. Every model, one scale· median latency, lower is better- laya:multilingual8\.1 ms - laya:en9\.6 ms - gliclass14\.7 ms - nli20\.4 ms - decider:0\.8b155 ms - decider:2b190 ms - TypeSafe Jevhosted API236–276 ms Ollaya: median of a five\-question request through the HTTP API on an NVIDIA RTX 4090 \(laya in fp16, the others in fp32\)\. Jev: median request latency of the hosted API in third\-party benchmarks \([AbdelStark/jev\-benchmarks](https://github.com/AbdelStark/jev-benchmarks),[nibzard/decision\-model\-benchmark](https://github.com/nibzard/decision-model-benchmark)\), which includes the network\. Setups differ, so read it as an order\-of\-magnitude comparison\. ## Drop\-in compatible Speaks TypeSafe's API\. Ollaya serves`/v1/systemone`and`/v1/models`with TypeSafe's request and response shapes\. The official TypeSafe Python SDK 0\.7\.1 works unchanged against a local server\. Request ``` # Point the TypeSafe SDK at Ollaya export TYPESAFE_BASE_URL=http://localhost:11435 export TYPESAFE_API_KEY=local # any value works export TYPESAFE_DEFAULT_MODEL=laya # …or call the compatible endpoint directly curl http://localhost:11435/v1/systemone -d '{ "model": "laya", "state": "Can I get an invoice for last month?", "questions": { "intent": { "type": "choice", "instructions": "What does the customer want?", "criteria": { "invoice": "Needs an invoice or receipt", "refund": "Wants money back", "other": "Anything else" } } } }' ``` Response ``` { "model": "laya:en", "answers": { "intent": { "type": "choice", "choice": "invoice", "confidence": 0.9547, "probabilities": { "invoice": 0.9698, "refund": 0.0172, "other": 0.013 } } }, "usage": { "input_tokens": 43, "output_tokens": 0 } } ``` [TypeSafe compatibility guide](https://ollaya.dev/docs/typesafe-compatibility) ## Open models Open weights, ready to pull\. Start with Laya from Convai Innovations: an English model, a 100\+ language model, a model fine\-tuned for typed decisions, and a router that picks for you\. ## Your data stays yours Private by default\. Tickets, emails and user messages are often the most sensitive data you have\. With Ollaya they are scored where they already live\. ## Platforms Runs where you work\. A desktop app and a command line for macOS, Windows and Linux, and a Docker image for servers\. Every model runs on the CPU; an NVIDIA GPU on Linux, in WSL 2 or in Docker takes a request down to milliseconds\. [Install for your platform](https://ollaya.dev/download)NVIDIA GPUs need driver R580 or newer; the installers fetch the CUDA libraries only when they find one\. On Apple, AMD and Intel GPUs, models run on the CPU\. ## Get up and running in minutes\. One binary, one command:`ollaya run laya`\. [Download](https://ollaya.dev/download) macOS, Windows, Linux and Docker · Apache\-2\.0 ·[GitHub](https://github.com/ollaya-dev/ollaya)

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