Exa knows your servers the way a good operations engineer does. It is on shift all the time.
Exa reads the metrics, logs, configuration and change history of your Infraexa servers. It answers questions, catches drift, writes the incident report and drafts the fix. Then it waits for a human.
- 08:12
Why did p95 latency double on Core 48 last night?
Between 02:40 and 03:15 the nightly vacuum on orders_archive overlapped with the backup snapshot. I/O wait reached 38%. I suggest moving the snapshot to 04:00. Want me to draft the change?
- 11:47
Anything I should know about Store 300?
Drive 9 logged 14 reallocated sectors in the last 48 hours, up from 0. Pool health is fine. I have opened a replacement ticket for the engineer to approve.
- 14:26
Write up the outage from 14:02.
Draft ready: trigger was a certificate renewal failing at 13:58, detected by uptime checks at 14:02, resolved at 14:11 by manual renewal. Two follow-ups proposed: alert on certificates under 7 days, and a second DNS provider for ACME challenges.
- 16:05
What should we do about CVE-2026-4521?
It affects openssl 3.3.1, which is installed on three of your four servers. The fix is in the security channel. I have staged the update for the Thursday window. Approve to schedule, or ask me to apply it now.
Exa proposes. An engineer approves. Nothing runs on your infrastructure without a human saying yes.
Ask
Plain-language questions, answered from real telemetry.
Why was the API slow at 03:10? Which disk fills up first? What changed on the database server this week? Exa answers from metrics, logs, configuration and the change log, and shows its working.
You: Why did p95 latency double on Core 48 last night?
Between 02:40 and 03:15 the nightly vacuum on orders_archive overlapped with the backup snapshot. I/O wait reached 38%. I suggest moving the snapshot to 04:00. Want me to draft the change?
Watch
Anomalies flagged before they become threshold alerts.
Exa learns what normal looks like for each server and raises a hand when something drifts: a slowly growing log directory, a replication lag that is creeping, a GPU running hotter than last month at the same load.
You: Anything I should know about Store 300?
Drive 9 logged 14 reallocated sectors in the last 48 hours, up from 0. Pool health is fine. I have opened a replacement ticket for the engineer to approve.
Explain
Incident timelines and post-mortem drafts within minutes.
When something breaks, Exa assembles the timeline from alerts, logs and changes, writes the first draft of the post-mortem, and lists the follow-ups. Your engineer edits and signs it.
You: Write up the outage from 14:02.
Draft ready: trigger was a certificate renewal failing at 13:58, detected by uptime checks at 14:02, resolved at 14:11 by manual renewal. Two follow-ups proposed: alert on certificates under 7 days, and a second DNS provider for ACME challenges.
Propose
Patches, tuning and capacity changes, drafted and waiting for approval.
Exa triages vulnerability scans against what is actually installed, drafts configuration changes, and forecasts when you will run out of disk or memory. Each proposal is a reviewable diff with a rollback plan. One click approves; nothing runs before that.
You: What should we do about CVE-2026-4521?
It affects openssl 3.3.1, which is installed on three of your four servers. The fix is in the security channel. I have staged the update for the Thursday window. Approve to schedule, or ask me to apply it now.
What Exa does not do.
Boundaries are the feature. These are fixed, not configurable away.
- Exa reads telemetry and configuration; it does not read your application data or customer records.
- Every proposal is a diff with a rollback plan, logged in the audit trail with who approved it.
- Exa runs on Infraexa infrastructure in the EU. Your data does not train shared models.
- You can turn Exa off per server. The engineers stay.
Questions about Exa.
Does Exa change things on its own?
No. Exa drafts and proposes. A change runs only after you or an Infraexa engineer approves it, and every approval is logged.
What does Exa have access to?
Metrics, logs, system configuration, package inventory and the change log of your servers. It has no access to application databases or customer data unless you explicitly grant it for a specific task.
Where does Exa run?
On Infraexa infrastructure inside the EU. Prompts and telemetry are not used to train shared models and are retained only as long as your logs are.
Can my team talk to Exa directly?
Yes, from the dashboard and from Slack. Access follows the same roles as the rest of your account.
Exa is included with every package and works from the first hour after handover. There is no separate price and no per-question fee.
See Exa on your own telemetry.
Order a package, or ask an engineer to walk you through a live account.