Runbook Automation · FinTech
Runbook Automation for FinTech.
For FinTech infrastructure
Runbook automation executes a documented operational procedure programmatically. Modern runbook automation uses AI to select the right runbook for the incident at hand, not just to run a runbook a human has already chosen. For a typical challenger bank, payments processor, or trading-infrastructure operator, runbook automation delivers autonomous detection, playbook selection via RAG, execution, verification, and an immutable audit log designed for SOC 2 Type II, PCI-DSS, DORA, FCA SYSC 13 evidence requirements that apply to fintech operations.
SentienGuard goes beyond classic runbook automation — it selects the runbook via RAG, executes it, verifies the result, and writes the evidence trail. Humans only review novel incidents.
Why FinTech teams adopt runbook automation
FinTech operations sit at the intersection of regulatory scrutiny and zero-tolerance uptime requirements. DORA (effective January 2025) and FCA SYSC 13 demand demonstrable operational-resilience controls — autonomous remediation paired with immutable, hash-chained audit logs satisfies both the impact-tolerance evidence requirement and the actual operational outcome.
Operational profile: Real-time payment rails, trading engines, and ledger services with sub-second SLA windows. Every minute of degraded infrastructure converts to settlement failures and direct revenue loss.
Cost of downtime: A 30-minute settlement-layer outage typically costs $1.5M-$4M in failed transactions plus regulatory reporting overhead.
Compliance frame: SOC 2 Type II, PCI-DSS, DORA, FCA SYSC 13.
Top FinTech incidents this resolves
Runbook Automation addresses the recurring incident categories that dominate fintech on-call rotations:
CATEGORY 01
Database connection pool exhaustion under peak transaction load
CATEGORY 02
Payment gateway timeout / circuit-breaker tripping
CATEGORY 03
KYC service degradation blocking onboarding
CATEGORY 04
Trading engine memory pressure during market open
CATEGORY 05
Reconciliation job stuck on stale ledger lock
Runbook Automation capabilities
RAG selection beats rule trees
Vector match scales to thousands of runbooks; rule trees drift and break.
Versioned, reviewable playbooks
Every runbook is code-reviewed and version-controlled like infrastructure.
Approval mode for new runbooks
Promote autonomous after a track record of safe executions.
Pricing for FinTech infrastructure
Same flat per-endpoint pricing across all industries. No industry premium.
Free
$0
3 nodes, full features, immutable audit log
Team (annual)
$24,000/yr
$4/endpoint/month · 500 nodes
Runbook Automation for FinTech — FAQ
How does AI runbook automation differ from Rundeck?
Rundeck fires runbooks humans select. SentienGuard's AI selects the runbook itself based on the live incident signature.
Does SentienGuard satisfy DORA operational-resilience requirements?
Yes. SentienGuard's immutable, hash-chained audit log structures evidence in the form DORA Article 17 expects for the ICT-incident-management process. Every signal, decision, action, and outcome is logged — the same automation that resolves the incident generates the evidence trail.
Is autonomous remediation safe for production trading infrastructure?
Trading workloads typically start in approval mode for high-risk paths (price-feed restart, position-keeping service restart) while running autonomous on lower-risk paths (disk cleanup, log rotation, cert rotation). After a track record, more paths promote to autonomous. The confidence model ensures novel incidents always escalate.
How does SentienGuard handle PCI-DSS requirement 10 (audit logging)?
PCI-DSS 10.x evidence is generated natively. Append-only, hash-chained logs cover access to cardholder data, system events, and remediation actions with the immutability auditors expect. Most fintech teams reduce annual audit prep by 30-50% after deployment.
Bring autonomous resolution to your fintech infrastructure.
15-minute demo. Bring your most painful recurring incident — we'll show you the playbook that resolves it autonomously.