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RKH
Product in development · Interactive demo available
AI DevOps Engineer

From deployment context
to verified recovery.

RKH is developing an AI DevOps Engineer that helps software teams connect deployment changes, infrastructure signals, and application behavior to investigate incidents, prepare remediation plans, and verify recovery.

Human approval for high-impact actions.

rkh / investigationsproduction / payments-serviceInteractive demo · sample incidentDegraded
Incident
INC-1048
Affected service
payments-service
Error rate
12.8%was 0.3%
Deployment
DEP-2841
Investigation
Analysis complete
Investigation timeline
  1. 10:14Error rate increased from 0.3% to 12.8%.
  2. 10:15A deployment (DEP-2841) was detected.
  3. 10:16A configuration difference was identified.
  4. 10:18Database connection exhaustion became a leading hypothesis.
Suspected root cause
Suspected

DATABASE_POOL_SIZE changed from 50 to 5.

Configuration diff · 3f8a9c2
config/payments.yaml
-DATABASE_POOL_SIZE: 50
+DATABASE_POOL_SIZE: 5
Approval
Approval required
Recommended action

Restore the previous configuration and validate the service.

Blast radius (est.)
1 service · checkout path
Rollback
Available
Health verification
Pending
Review Remediation

Sample data. No live telemetry.

WORKS WITH YOUR ENGINEERING STACK
The operations gap

Your dashboards show what happened.
Your team still needs to find out why.

01

Disconnected signals

Deployments, application logs, infrastructure metrics, traces, and configuration changes often live in different systems.
deployslogsmetricstracesconfig
02

Slow investigations

Engineers manually correlate changes and operational signals while the incident is still unfolding.
01open dashboard
02grep logs
03check deploy history
04diff config
05ask in #incidents
03

Fragile recovery workflows

Identifying the cause is only part of the job. Corrective action must be safe, controlled, and verified.
Fix→Verify?
One continuous loop

From first signal to verified recovery.

The product is designed to connect incident detection, operational evidence, investigation, controlled remediation, and post-action verification.

04

Plan

Approval pending

Draft a specific corrective change, its expected impact, preconditions and rollback path, ready for human review.

See the architecture
Deployment intelligence

Understand every change that reaches production.

Connect release context with service health to help engineers investigate risky changes before small problems become larger incidents.

Release
DEP-2841
High risk — illustrative
Service
payments-service
Environment
Production
Commit
3f8a9c2
Change
Update payment DB config
config/payments.yaml
database:
- DATABASE_POOL_SIZE: 50
+ DATABASE_POOL_SIZE: 5
DATABASE_TIMEOUT_MS: 3000
Investigate Incident

Possible contributing factors

  • Configuration changesPresent
  • Database migrationsNone found
  • Dependency changesNone found
  • Critical service exposureElevated
  • Health signals after deploymentPresent
Incident intelligence

Go from an alert to an evidence-backed explanation.

Help engineers understand which changes correlate with a failure, which hypotheses are supported by available evidence, and what to investigate next.

INC-1048Critical

Checkout error spike

Environment
Production
Affected service
payments-service
Customer impact
Potential payment failures
Status
Evidence review complete — illustrative
  1. 10:14

    Error rate increased from 0.3% to 12.8%.

  2. 10:15

    A deployment (DEP-2841) was detected.

  3. 10:16

    A configuration difference was identified.

  4. 10:18

    Database connection exhaustion became a leading hypothesis.

Observed

Checkout error rate on payments-service rose from 0.3% to 12.8% at 10:14. Database client errors report connection acquisition timeouts.

Evidence labels:ObservedCorrelatedSuspectedConfirmed by verification
Controlled remediation

Diagnose the issue. Prepare the fix.
Keep production under control.

The product is designed to prepare corrective actions with supporting evidence, expose potential impact, and respect the approval policies your team defines.

01

Proposed change

Restore DATABASE_POOL_SIZE to 50 for payments-service in production.
02

Expected impact

Connection timeouts should subside as concurrent requests acquire connections.
03

Preconditions

Database max_connections has headroom; no conflicting deploy in progress.
04

Rollback

Revert to the current value via the same reviewed config path.
Approval requiredPolicy: production config changes need one approver from the service owners.
Review Proposed Fix
Recovery verification

Don't stop at the fix. Check that it worked.

After an action, compare health checks and key signals against the pre-incident baseline, and state plainly whether the evidence supports recovery.

Service health
Passed
Simulated result
Error rate
Improving
Simulated result
Database connections
Within configured limits
Simulated result
Security by design

Built for environments where mistakes are expensive.

Security controls are part of the product design. RKH does not claim any certifications at this stage.

Least-privilege access

Read-only by default. Write actions are scoped per environment and action type.

Human approval

High-impact actions require explicit approval from authorized people.

Audit trail

Every hypothesis, proposal, approval and action is recorded for review.

Credential handling

Secrets stay in your systems. The design avoids storing long-lived credentials.
Integrations

Designed to connect to the tools you already run.

All integrations below are planned. None are live yet.

From deployment context to verified recovery.

Walk through a sample incident in the interactive demo, or request a guided session with the RKH team.