autodebug: an autonomous loop that deploys an inference service, benchmarks it, reads profiling telemetry, and redeploys with a better config. Then repeats.
Uses @GraphsignalAI for inference profiling, @dstackai for GPU provisioning, Claude Code as the agent.
https://t.co/HHdHa6TcaM https://t.co/IsIBt9hbel
New: a case study on how @GraphsignalAI uses dstack for development and inference benchmarking.
Graphsignal builds tooling to profile model inference, and uses dstack across a fleet of @nvidia DGX Spark devices and @verdacloud to keep the workflow consistent across on-prem and cloud:
https://t.co/fDZSrXV0wW
autodebug by @GraphsignalAI is a closed-loop system for inference optimization.
It uses @dstackai to provision GPUs and redeploy services on each pass through the loop:
benchmark → read profiling telemetry → tweak config → redeploy → repeat.
What's interesting here is the combination of agentic optimization and heterogeneous hardware: the system is not tuning a fixed deployment, it is continuously searching across infrastructure and configuration.
There's no manual step between iterations.
@dmitrimelikyan's writeup: https://t.co/uvSBN2maMJ
autodebug: an autonomous loop that deploys an inference service, benchmarks it, reads profiling telemetry, and redeploys with a better config. Then repeats.
Uses @GraphsignalAI for inference profiling, @dstackai for GPU provisioning, Claude Code as the agent.
https://t.co/HHdHa6TcaM https://t.co/IsIBt9hbel
Config tuning is just the start. The same loop can optimize inference code and even custom CUDA kernels. It all depends on what tools the agent can use.
Agent orchestration is evolving fast!
Agents + orchestration + telemetry → closed-loop systems.
Our friends at GraphSignal show how this unlocks continuous inference optimization in production — across heterogeneous hardware.
This is where things get interesting.
Now @GraphsignalAI integrates with dstack — add @sgl_project profiling, tracing, and GPU metrics to your inference services.
pip install 'graphsignal[cu12]' + wrap with graphsignal-run. That's it.
https://t.co/TEFptiG1ak
New post: AI Debugging and Optimization For Production Inference https://t.co/VbZKQnTy2R
Use Claude Code to debug and optimize AI systems with rich production context from Graphsignal
#AI observability is evolving. Today's tools not only monitor AI performance but also unravel complex model behaviors, enhancing transparency and reliability.