A developer released stuntd, an Apache-2.0 local proxy for typed LLM decisions (choice, yes/no, score) that records traffic from a provider like the hosted Jev API, trains a small head on the frozen open-weights Laya encoder, and serves answers locally with fallback to the provider below a confidence threshold. It matters to practitioners because it cuts ~380 ms paid round trips down to ~22 ms local inference on closed-decision tasks, with self-promotion and demotion based on agreement rates.
Stuntd is a proxy that watches an app's traffic to an LLM, learns a small classifier head per repeated closed decision (routing, urgency, safety checks), and serves those decisions locally. It runs in shadow mode and takes over only when agreement with the teacher model meets a target threshold, cutting per-call provider costs. Below its confidence threshold requests fall back to the provider, and it demotes itself if it drifts.
Stuntd is a proxy that watches an app's traffic to an LLM, learns a small classifier head per repeated closed decision (routing, urgency, safety checks), and serves those decisions locally. It runs in shadow mode and takes over only when agreement with the teacher model meets a target threshold, cutting per-call provider costs. Below its confidence threshold requests fall back to the provider, and it demotes itself if it drifts.
A wave of developer posts examines Jev, TypeSafe's 'System 1' model that returns typed decisions with confidence scores instead of generating text. A production startup reports near-human computer-use latency, a docs review maps where it can and cannot replace Claude, and others replicate the mechanism with llama.cpp logprobs, a GitHub tool, and Laya, an Apache-2.0 open clone that hit 13k stars three days after Jev's early access. The debate centers on whether Jev has a moat beyond packaging a calibrated classifier pattern.
A wave of developer posts examines Jev, TypeSafe's 'System 1' model that returns typed decisions with confidence scores instead of generating text. A production startup reports near-human computer-use latency, a docs review maps where it can and cannot replace Claude, and others replicate the mechanism with llama.cpp logprobs, a GitHub tool, and Laya, an Apache-2.0 open clone that hit 13k stars three days after Jev's early access. The debate centers on whether Jev has a moat beyond packaging a calibrated classifier pattern.
The stuntd developer released v0.1.2 of their proxy that learns an LLM's typed decisions and answers confident cases with small local heads (~20ms GPU, ~60ms CPU). The update adds multi-field decisions handled all-or-nothing, automatic shadow retraining, Anthropic Messages support, and a lazy serving mode.
The stuntd developer released v0.1.2 of their proxy that learns an LLM's typed decisions and answers confident cases with small local heads (~20ms GPU, ~60ms CPU). The update adds multi-field decisions handled all-or-nothing, automatic shadow retraining, Anthropic Messages support, and a lazy serving mode.
Convai Innovations released Laya, an Apache 2.0 non-autoregressive decision model built by Nandakishor M as an open alternative to TypeSafe's closed Jev API. It answers typed questions (choice, score, noul) in a single ~35 ms forward pass, with checkpoints on ModernBERT-large and mmBERT-base, and a community C++ implementation followed within days.
Convai Innovations released Laya, an Apache 2.0 non-autoregressive decision model built by Nandakishor M as an open alternative to TypeSafe's closed Jev API. It answers typed questions (choice, score, noul) in a single ~35 ms forward pass, with checkpoints on ModernBERT-large and mmBERT-base, and a community C++ implementation followed within days.
shad0w is a proxy that sits in front of any OpenAI-compatible local LLM server, logs classification answers, and after ~1,000 logged answers compiles a small lookup table that serves repeated classifications on CPU in microseconds. It only answers where it matches the model 95%+ on held-out data, routing everything else to the model. It targets developers running local models for classification who want to eliminate repeat latency.
shad0w is a proxy that sits in front of any OpenAI-compatible local LLM server, logs classification answers, and after ~1,000 logged answers compiles a small lookup table that serves repeated classifications on CPU in microseconds. It only answers where it matches the model 95%+ on held-out data, routing everything else to the model. It targets developers running local models for classification who want to eliminate repeat latency.