Chamber
Also known as: Chambie, usechamber
AIOps agent for ML teams that puts GPU infrastructure on autopilot: Chambie monitors, root causes and autonomously fixes failed training runs, reruns from checkpoint, and right sizes and schedules GPU workloads across clouds, deployed inside your own cluster.
Chamber is an AIOps agent for machine learning teams that puts GPU infrastructure on autopilot. Its agent, Chambie, continuously monitors GPU clusters across clouds, forecasts demand, detects unhealthy nodes and reallocates resources in real time, so teams can run about 50 percent more workloads on the same GPUs without manual intervention. When a training run fails, Chambie diagnoses the root cause, fixes the configuration, reruns from checkpoint and posts a plain language summary of what happened and why to Slack, so an engineer reads it over coffee instead of getting paged at 3am. Beyond incident work it discovers idle GPU capacity, right sizes and schedules workloads across teams and capacity pools by real time demand and priority, correlates experiments with infrastructure and resubmits tuned jobs, and can even take a training job described in plain language, write the code, build it, submit it and monitor it, all from the CLI, a Python SDK or Slack. Chamber installs with a single Helm command and discovers your GPUs, workloads and teams on its own, with no config files, instrumentation or migration project. Critically, the agent runs inside the customer's own cluster on Kubernetes, Slurm or a hybrid setup, so models, datasets and code never leave the environment and only stripped operational metadata reaches Chamber; the platform is SOC 2 Type I and II attested. Built by former Amazon and Meta infrastructure leaders, including a founder who led Amazon's central GPU orchestration service and launched AWS CloudWatch Application Signals, Chamber is a Y Combinator Winter 2026 company based in Seattle.
Vendor details
Canonical URL
https://www.usechamber.io/
Category
SRE / DevOps agent
Funding status
Y Combinator (Winter 2026); raising a seed round. Seattle. Founded by Charles Ding (CEO), Andreas Bloomquist, Jason Ong and Shaocheng Wang, former Amazon, AWS and Meta infrastructure engineers.
Company status
private
Use cases & customers
Primary use cases
Target customers
Deployment options
Integrations
Installs with a single Helm command and auto discovers GPUs, workloads and teams across clouds with no config or instrumentation. It works with Kubernetes, Slurm and hybrid clusters, collects infrastructure and application metrics, and lets teams interact from the CLI, a Python SDK or Slack, where Chambie diagnoses runs, submits jobs and posts summaries. An API is documented at docs.usechamber.io.
Sources & related URLs
Capability coverage
9.0 / 14 capabilities · 64%
| Integrations & Tool CallingWorks across clouds and Kubernetes, Slurm and hybrid clusters, auto discovers GPUs, workloads and teams with one Helm command, collects infrastructure and application metrics, and takes actions (fix config, reschedule, submit jobs) from the CLI, a Python SDK or Slack (usechamber.io; docs.usechamber.io). | Full |
|---|---|
| Workflow OrchestrationRuns autonomous multi step workflows, diagnosing a failed run, fixing config, rerunning from checkpoint and summarizing, plus scheduling and reallocating GPU workloads across teams by real time demand and taking a plain language job through code, build, submit and monitor (usechamber.io; Y Combinator page). | Full |
| Knowledge Grounding & RAGAnswers about a run or the fleet come with logs, metrics and full context, and the agent correlates experiments with infrastructure, grounding responses on collected telemetry, though no explicit knowledge graph or document RAG is documented (usechamber.io). | Partial |
| Human Oversight & GuardrailsChambie acts autonomously and posts plain language summaries of root cause, fix and reasoning to Slack for engineers to review, and the platform automates governance, but explicit human approval gates before actions are not documented (usechamber.io; Y Combinator launch). | Partial |
| Security, Identity & GovernanceSOC 2 Type I and II attested with audited controls; the agent deploys into the customer's own cluster so models, datasets and code never leave the environment and only stripped operational metadata reaches Chamber, and the platform automates governance (usechamber.io). | Full |
| Observability & AuditabilityContinuously monitors GPU fleets, collects infrastructure and application metrics and surfaces AI powered insights on a dashboard, and posts root cause, fix and reasoning summaries to Slack that serve as an action trail, built by a founder who launched AWS CloudWatch Application Signals (usechamber.io; Y Combinator page). | Full |
| Memory & State PersistenceReruns failed jobs from checkpoint and correlates experiments with infrastructure history to resubmit tuned jobs, maintaining working state across runs, though long term agent memory is not separately documented (usechamber.io). | Partial |
| Deployment & Data ResidencyThe agent deploys into the customer's own cluster on Kubernetes, Slurm or a hybrid setup via a single Helm command, and models, datasets and code stay in the environment with only stripped operational metadata leaving, giving strong deployment control and data residency (usechamber.io). | Full |
| Prebuilt Agents / Templates / PacksShips Chambie as a ready to use AIOps agent with prebuilt capabilities for monitoring, root cause analysis, remediation, scheduling and optimization, but not a library of multiple prebuilt agents or templates (usechamber.io; docs.usechamber.io). | Partial |
| Triggers & Channel CoverageTriggers autonomously on failed runs and continuously monitors the fleet, with interaction through Slack, the CLI and a Python SDK, though channel coverage centers on Slack and the developer tooling rather than broad multichannel delivery (usechamber.io). | Partial |
| Model Flexibility & RoutingNo model choice, routing or bring your own model capability for the agent's own reasoning is documented in retrieved sources (usechamber.io; docs.usechamber.io). | Unable to verify |
| APIs / SDKs / MCP ExtensibilityProvides documented APIs at docs.usechamber.io, a Python SDK and a CLI alongside Slack, so teams can drive and extend Chamber programmatically in their flow of work (docs.usechamber.io; YC Tier List profile). | Full |
| Testing, Debugging & OptimizationCore to the product is debugging workload performance and failed runs through root cause analysis and optimizing GPU utilization by right sizing, forecasting demand and reclaiming idle capacity, though a dedicated agent evaluation harness is not documented (usechamber.io; Y Combinator page). | Partial |
| Browser / Computer-useChamber operates on GPU infrastructure through cluster APIs, the CLI, an SDK and Slack; no browser control or general computer use is documented (usechamber.io; docs.usechamber.io). | Unable to verify |
Pricing
A pricing page exists and the product is positioned as B2B SaaS, but specific plan prices were not captured; a demo and founder conversations are offered.
B2B SaaS (pricing page exists; figures not captured); customer bears own GPU cost
Cost watchouts
Because Chamber deploys into the customer's own cluster, the customer continues to pay all underlying GPU and cloud costs; Chamber's fee is on top and was not captured.
Variable cost rationale
The agent runs in the customer's own cluster, so the customer continues to bear their own GPU and cloud spend, which Chamber is designed to reduce; Chamber's own fee model was not captured, giving uncertain exposure.
Sales call required
Yes — required for paid access
Free / trial
Live demo available; free tier or trial not confirmed
Lowest paid plan
Not captured; see the pricing page or a founder conversation
Key ambiguities
A pricing page exists and monetization is described as clear, but specific plan prices, free tier and trial availability were not captured in retrieved sources.
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