Ollama 0.35 introduces a /v1/systemone endpoint that lets agents run typed routing, moderation, and scoring decisions on local hardware, using Nimble decision models. It gives practitioners building local agent stacks a structured decision-making primitive without cloud calls.
Rizzo AI Academy released Rizzo Flow, an open-source, local-first implementation of the idea behind Jev, TypeSafe's 'System One' model. The tool takes unstructured state as input and produces typed, probabilistic decisions from an LLM without generating a single token, running entirely on the user's own machine. It offers developers a way to get structured decision outputs locally without token generation costs.
Rizzo AI Academy released Rizzo Flow, an open-source, local-first implementation of the idea behind Jev, TypeSafe's 'System One' model. The tool takes unstructured state as input and produces typed, probabilistic decisions from an LLM without generating a single token, running entirely on the user's own machine. It offers developers a way to get structured decision outputs locally without token generation costs.
Two Medium posts examine TypeSafe's System One family of decision-focused models — Jev, Laya, Kev, and Nimble — covering their architecture, typed decisions, parallel inference, and calibration. A related post demonstrates routing requests through a LiteLLM proxy to pick the appropriate model. The posts position these open-weights models as faster, cheaper proxies to frontier models for decision workloads rather than conversation.
Two Medium posts examine TypeSafe's System One family of decision-focused models — Jev, Laya, Kev, and Nimble — covering their architecture, typed decisions, parallel inference, and calibration. A related post demonstrates routing requests through a LiteLLM proxy to pick the appropriate model. The posts position these open-weights models as faster, cheaper proxies to frontier models for decision workloads rather than conversation.
A JIN System Architect blog post argues Jev could change LLM application architecture by having AI output decisions software can compute, rather than generated text. The excerpt is too thin to state the mechanism or evidence in detail.
A JIN System Architect blog post argues Jev could change LLM application architecture by having AI output decisions software can compute, rather than generated text. The excerpt is too thin to state the mechanism or evidence in detail.
AlgoMart argues fast non-LLM decisions fit inside agentic systems in 'Building an AI Harness with Jev'
AlgoMart argues fast non-LLM decisions fit inside agentic systems in 'Building an AI Harness with Jev'
notjev is a Node library that makes any OpenAI-compatible model produce fast multiple-choice decisions. It requests one token with logprobs enabled, renormalizes the letter probabilities, and returns a verdict, probability, margin, and abstention threshold. This gives Jev-style Choice/Score/Noul outputs to developers running local models (vLLM, llama.cpp, Ollama) without runtime dependencies.
notjev is a Node library that makes any OpenAI-compatible model produce fast multiple-choice decisions. It requests one token with logprobs enabled, renormalizes the letter probabilities, and returns a verdict, probability, margin, and abstention threshold. This gives Jev-style Choice/Score/Noul outputs to developers running local models (vLLM, llama.cpp, Ollama) without runtime dependencies.