A developer released Mica v0.1 4B, an Apache-2.0 decision model for agent gates and routers that returns calibrated probabilities instead of generating text. Built on Qwen3.5-4B with a rank-16 LoRA and trained on 77,732 rows for under $30 of rented RTX 3090 time. It scores below the closed Jev 1.13 API on benchmarks but resists in-state prompt injection far better (69% vs 18%) and runs in about 47 ms per decision on an RTX 3090.
H2O.ai released H2O-Lightning-4B, an open-weight Apache-2.0 model built for 'decision API' inference: it returns calibrated probabilities from a single forward pass with no generated tokens, making decisions fast and cheap. The 4B model (fine-tuned from Qwen3.5-4B) scores 72.5 on the JevBench public leaderboard, above Jev 1.13 at 71.5, making it the top open model. Announced by an H2O.ai employee with weights on Hugging Face; 12B and 31B versions are planned.
H2O.ai released H2O-Lightning-4B, an open-weight Apache-2.0 model built for 'decision API' inference: it returns calibrated probabilities from a single forward pass with no generated tokens, making decisions fast and cheap. The 4B model (fine-tuned from Qwen3.5-4B) scores 72.5 on the JevBench public leaderboard, above Jev 1.13 at 71.5, making it the top open model. Announced by an H2O.ai employee with weights on Hugging Face; 12B and 31B versions are planned.
peekaboolean is a small vision-language model that answers typed questions about a single image — multiple choice, rubric scoring, or yes/no — and returns calibrated probabilities instead of generated text. It solves the problem of slow, unparseable, poorly calibrated generative VLM outputs on local machines, for developers building apps that need fast image decisions. It runs about 400 ms per image on an M1 Pro without any text generation.
peekaboolean is a small vision-language model that answers typed questions about a single image — multiple choice, rubric scoring, or yes/no — and returns calibrated probabilities instead of generated text. It solves the problem of slow, unparseable, poorly calibrated generative VLM outputs on local machines, for developers building apps that need fast image decisions. It runs about 400 ms per image on an M1 Pro without any text generation.
EmpirioLabs released Aplomb 1, a 5.3B open-weights decision model built on Qwen3.5-4B that reads up to 1M tokens of text, JSON, images, video and audio in a single request. It returns probabilities for every tool and each enum/boolean argument, letting agents act on confident calls and defer uncertain ones to larger models. It ranks #1 on the Hugging Face Typed Decisions benchmark and #1 among 4B models on Decision Index 0.2.1.
EmpirioLabs released Aplomb 1, a 5.3B open-weights decision model built on Qwen3.5-4B that reads up to 1M tokens of text, JSON, images, video and audio in a single request. It returns probabilities for every tool and each enum/boolean argument, letting agents act on confident calls and defer uncertain ones to larger models. It ranks #1 on the Hugging Face Typed Decisions benchmark and #1 among 4B models on Decision Index 0.2.1.
ARC-1 is a small decision model that takes context plus a question and returns a choice, score, or yes/no probability for tasks like ticket routing, intent detection, moderation, and agent tool calls. It is built by fine-tuning Qwen3-1.7B-Base with LoRA and runs in ~20 ms on a single consumer GPU. It targets developers building agentic or classification pipelines that need fast, cheap structured decisions.
ARC-1 is a small decision model that takes context plus a question and returns a choice, score, or yes/no probability for tasks like ticket routing, intent detection, moderation, and agent tool calls. It is built by fine-tuning Qwen3-1.7B-Base with LoRA and runs in ~20 ms on a single consumer GPU. It targets developers building agentic or classification pipelines that need fast, cheap structured decisions.
The model's developer released DecisionTune 1.0, an Apache-2.0 395M encoder (ModernBERT-large plus a 4 KB scoring head) that scores given options rather than generating text, aimed at routine agent decisions like tool routing and yes/no checks. It runs fully locally via PyTorch, MLX, or ONNX backends and ships with an MCP server for local assistants. The developer is seeking feedback on where it picks wrong.
The model's developer released DecisionTune 1.0, an Apache-2.0 395M encoder (ModernBERT-large plus a 4 KB scoring head) that scores given options rather than generating text, aimed at routine agent decisions like tool routing and yes/no checks. It runs fully locally via PyTorch, MLX, or ONNX backends and ships with an MCP server for local assistants. The developer is seeking feedback on where it picks wrong.