A GitHub repository, awesome-jev, catalogs 805 verified public examples of Jev — TypeSafe AI's System One decision model — organized by the decision each example makes rather than by the blog that mentioned it. CI workflows re-read every cited call site weekly and verify links, making it a maintained reference for practitioners studying how Jev is used in production.
A curated GitHub repository, awesome-jev, aggregates public projects, integrations, and discussions built on Jev, TypeSafe AI's System One model for typed decisions. Jev is not a chat model: it takes unstructured state plus a typed question and returns a typed decision — a choice, score, or boolean with confidence — positioning it as a drop-in decision layer for classification, routing, scoring, verification, and agent guardrails. The list gives practitioners a fast-scanning field guide to which decision patterns transfer across industries.
A curated GitHub repository, awesome-jev, aggregates public projects, integrations, and discussions built on Jev, TypeSafe AI's System One model for typed decisions. Jev is not a chat model: it takes unstructured state plus a typed question and returns a typed decision — a choice, score, or boolean with confidence — positioning it as a drop-in decision layer for classification, routing, scoring, verification, and agent guardrails. The list gives practitioners a fast-scanning field guide to which decision patterns transfer across industries.
A r/LocalLLaMA post argues that CLM, a new open-weights projection head built on Qwen3-8B, achieves functional parity with TypeSafe AI's proprietary Jev decision API while offering 4x–13x faster latency and free self-hosting. CLM implements Jev's full primitive set (Choice, Noul, Score) and reports state-of-the-art verifier scores when fine-tuned, though it trails Jev in zero-shot generalization and context length.
A r/LocalLLaMA post argues that CLM, a new open-weights projection head built on Qwen3-8B, achieves functional parity with TypeSafe AI's proprietary Jev decision API while offering 4x–13x faster latency and free self-hosting. CLM implements Jev's full primitive set (Choice, Noul, Score) and reports state-of-the-art verifier scores when fine-tuned, though it trails Jev in zero-shot generalization and context length.
During Jev launch week, Latent Space published an interview with Diogo Almeida, CEO of TypeSafe AI and InstructGPT co-author, on why he built a 'System One' model for production software rather than chat. Jev's launch video drew ~40M views, and its core training technique, Reinforcement Learning for Calibrated Decisions (RLCD), optimizes for calibrated probabilities instead of human preference feedback. Practitioners get official patterns, cookbooks, and a coding-agents guide, plus use cases spanning computer use, games, linting, and analytics.
During Jev launch week, Latent Space published an interview with Diogo Almeida, CEO of TypeSafe AI and InstructGPT co-author, on why he built a 'System One' model for production software rather than chat. Jev's launch video drew ~40M views, and its core training technique, Reinforcement Learning for Calibrated Decisions (RLCD), optimizes for calibrated probabilities instead of human preference feedback. Practitioners get official patterns, cookbooks, and a coding-agents guide, plus use cases spanning computer use, games, linting, and analytics.
AI Advances publishes guide to Jev, a typed probability-driven decision model
AI Advances publishes guide to Jev, a typed probability-driven decision model
Simon Willison released llm-typesafe 0.1a0, a plugin for his LLM CLI tool that adds support for TypeSafe AI's new Jev model. The plugin supports three answer types — yes/no 'noul' questions, choice questions, and scoring questions — returning structured JSON output. It gives LLM users CLI access to Jev for classification-style tasks.
Simon Willison released llm-typesafe 0.1a0, a plugin for his LLM CLI tool that adds support for TypeSafe AI's new Jev model. The plugin supports three answer types — yes/no 'noul' questions, choice questions, and scoring questions — returning structured JSON output. It gives LLM users CLI access to Jev for classification-style tasks.