The infrastructure work nobody was hired to do. Polylane does it for you.
Polylane keeps every cloud in one graph and watches the queues, crons and workers nobody else is watching.
Get started for freeOne graph, every provider. It keeps itself up to date.
checkout-edge Worker Issue hotspot: 4 issues in the last 7 days
Change hotspot: 12 changes in the last 7 days
hd-prod Hyperdrive Change hotspot: 7 changes in the last 7 days
ingest-events Lambda function Issue hotspot: 2 issues in the last 7 days
payments-db Database Issue hotspot: 1 issue in the last 7 days
Change hotspot: 3 changes in the last 7 days
Peace of mind. Nothing happens behind your back.
Agents should act on your behalf without putting production at risk. Polylane is built so you can leave it alone.
Read-only from the start
Every account connects read-only: AWS through a scoped role, most providers with an API token. Write access is a separate, per-account decision.
Writes are earned
A write pauses the run and shows you the exact call before anything happens, unless you allowed it ahead of time. Nothing reaches production just because an agent decided it should.
PATCH /workers/checkout-edge
reason: restore the Hyperdrive pool to 50
Evidence for everything
Every claim links to the query, log line or deploy behind it. Every run is a transcript you can watch, interrupt and share.
● queryLogs → 4,112 rows cited
● deployHistory → 12 deploys cited
cause: deploy 9f3c2a1 evidence
These prompts already work. Copy one, swap your own service name in, and run it.
Give it to your coding agent and let it cook.
“Find things that look wrong but never alerted: error spikes, dead crons, growing queues.” 
“Map our AWS account: what's running, what depends on what, and what's critical?” 
“Find the risky configuration: public buckets, missing alarms, single points of failure.” “List every scheduled job across our clouds and when each one last succeeded.” 
“Which critical services have no logs or traces? Show the gaps and write the fixes.” 
“Go through our dashboards and tell me what's drifting from normal this week.” “Write the query for checkout error rate by region over 24 hours, and save it as a check.” “Which routes swallow errors or log nothing? Show the gaps and the fixes.” 
“Summarise what our telemetry says about last week: regressions, improvements, anything odd.” “We're deploying checkout-api at 5pm. Watch the metrics after and flag anything that moves.” “I'm new here. Walk me through the architecture: the critical path, the data stores, what talks to what.” “payments-v2 ships next week. What instrumentation should it have before launch? Draft it.” Swap the agent. Keep everything.
Your connections, context graph and memories live with Polylane, not with the agent. When a better coding agent ships, point it at the same MCP server and everything comes along.
- Connections and scopes live in the workspace: connect once, every agent benefits
- Works with Claude Code, Cursor, Codex, OpenCode, VS Code, Pi, and whatever ships next
- Memories, notes and investigations persist: switching agents loses nothing
Polylane runs the whole loop. You step in when it needs you.
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It learns your system first
The context graph connects every resource and dependency across your clouds, repos and observability providers, so Polylane reasons over your real system instead of guessing.
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Detection without thresholds
Built-in checks for every provider, plus checks built from your own saved queries and dashboards. Statistics and an agent decide together, and a metric getting better never raises an issue.
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Investigations that cite their sources
Every claim links back to the query, log line or deploy behind it. Without evidence, the verdict is inconclusive.
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Writes are earned, never assumed
Accounts connect read-only. Write actions pause for your approval, with the request and reason on screen, unless you've allowed it ahead of time. Code changes go through your normal review.
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It gets sharper every week
It remembers what it confirms, keeps daily notes, and re-checks its monitoring queries against real data, so every incident makes the next one faster.
It plugs into what you already run. Connect read-only and start.
Common questions.
Which providers does Polylane support today?
Polylane supports clouds, observability tools, source control and coding agents. The integrations page has the full list, including what's coming next.
How does it link resources across clouds?
The way traffic actually flows: hostnames, DNS records, and IP addresses matched across providers, environment variables that reveal dependencies, traces where you have them, and infrastructure-as-code that declares what deploys where.
Do I need to tag resources or draw the topology?
No. Connect each account read-only and the graph builds and maintains itself. You can correct or annotate anything.
How much access does each cloud need?
The minimum, read-only by default: AWS through a scoped CloudFormation role, Cloudflare through pre-filled token permissions, and equivalents everywhere else. Write access is a separate, per-account decision.
Which background systems does it watch?
Whatever your providers run: SQS queues and scheduled jobs on AWS, Cloudflare Queues, Render background workers and cron jobs, Kubernetes CronJobs, Fly.io machines. If it's in a connected account, it's in the graph.