The Digital Operational Resilience Act (DORA) is often approached like a documentation project: write policies, collect evidence, update contracts, and hope the auditors are satisfied. That mindset creates compliance theater—expensive, brittle, and disconnected from how incidents and outages actually happen.
Real DORA readiness is operational: people, processes, technology, and third parties working together under stress—and producing evidence that it works.
This article is a practical guide to turning DORA into an operating model you can run every day.
Note: This is not legal advice. Treat it as an implementation and operating guide and align details with your legal/regulatory experts.
The core shift DORA demands
DORA doesn’t just ask “do you have controls?” It asks:
- Can you withstand, respond to, and recover from ICT disruptions?
- Can you prove it with evidence, testing, and governance?
- Can you manage third-party ICT risk as rigorously as internal systems?
In short: DORA pushes organizations from “policy compliance” to resilience performance.
Start with capabilities, not documents
Most programs fail because they start with a gap spreadsheet. Start with capabilities that produce the required outcomes. A capability is a repeatable operational practice (with ownership, tools, metrics, and evidence).
Here are the capabilities that typically make or break readiness:
1) Incident management that works under pressure
You need a consistent way to detect, declare, coordinate, communicate, and close incidents.
Minimum operational artifacts:
- A severity model and major incident playbook
- Roles (Incident Commander, Tech Lead, Comms)
- On-call and escalation rules
- Post-incident reviews with tracked remediation
Evidence examples:
- Incident logs (ticket + chat transcript + timeline)
- KPI trends (MTTA/MTTR, repeat incident rate)
- PIR action items closed with dates and owners
2) Change & release management with risk awareness
DORA-aligned organizations can answer:
- What changed recently?
- How do we roll back safely?
- Who approved high-risk changes and why?
Practical building blocks:
- Change classification (standard/normal/emergency)
- Reversible deployment patterns (canary, feature flags)
- Automated release notes tied to deployments
- Emergency change process used during incidents
Evidence examples:
- Change tickets linked to deployments
- Audit trail of approvals for high-risk changes
- Rollback test results
3) Business continuity & disaster recovery (BC/DR) that is testable
BC/DR fails when it’s treated as a document. Operational BC/DR means:
- Clear service tiers (what must be restored first)
- Defined recovery objectives (RTO/RPO) per service
- Backup/restore and failover procedures that are rehearsed
Evidence examples:
- DR test plans, results, and remediation
- Backup restore test logs (not just “backup success”)
- Architecture diagrams showing redundancy/failover
4) ICT asset and dependency visibility
You can’t be resilient to disruptions you can’t see.
Minimum practices:
- Service catalog (what you run, who owns it, what it depends on)
- Dependency mapping for critical services
- Monitoring coverage map (what is measured, what isn’t)
Evidence examples:
- Service ownership records
- Dependency diagrams with update cadence
- Monitoring dashboards and alert rules
5) Third-party ICT risk management as an operational loop
Many organizations treat vendor risk as annual paperwork. DORA expects an ongoing ability to:
- Assess criticality
- Monitor performance and incidents
- Ensure contractual rights (audit, reporting, sub-outsourcing transparency)
- Execute exit plans
Evidence examples:
- Vendor inventory and criticality scoring
- SLAs/OLAs and performance reporting
- Incident notifications and post-mortems from providers
- Exit plans with feasibility reviews
A practical program structure (that doesn’t collapse under its own weight)
Think in three layers:
Layer 1: Governance (small but real)
- Executive sponsor: accountable for resilience outcomes
- Program owner: runs the DORA readiness workstream
- Control/capability owners: run the day-to-day practices
- Risk/compliance: validates interpretation and evidence quality
Cadence:
- Monthly steering: risks, decisions, funding, priorities
- Biweekly delivery: capability progress and blockers
- Quarterly resilience review: incidents, tests, third-party performance
Layer 2: Capabilities (owned by teams)
Each capability should have:
- A named owner
- A standard operating procedure (SOP)
- Tooling configuration (tickets, monitoring, CMDB/service catalog)
- Metrics and targets
- Evidence pack (what you can produce on request)
Layer 3: Evidence (generated by operations)
Avoid “evidence scrambling.” Build evidence generation into routine operations:
- Incident tickets auto-capture key fields
- Change approvals stored in the workflow tool
- DR tests logged with outcomes and follow-ups
- Vendor incidents stored and trendable
Your 90-day operational readiness roadmap
This is an example sequence that works well in practice.
Days 0–30: Triage and foundation
- Define critical services and owners (service catalog v1)
- Implement a major incident playbook and comms cadence
- Establish change classification and emergency change path
- Create vendor inventory with “critical” tagging
Deliverables:
- Service tier list + ownership
- Incident playbook + templates
- Change policy (short) + workflow fields
- Vendor inventory (min: provider, service, criticality, contract link)
Days 31–60: Testability and repeatability
- Define RTO/RPO for critical services
- Implement backup restore testing schedule
- Run at least one tabletop exercise (incident + vendor scenario)
- Standardize PIRs and remediation tracking
Deliverables:
- RTO/RPO matrix
- DR/restore test plan + first results
- Tabletop scenario pack + outcomes
- PIR template + action tracking dashboard
Days 61–90: Evidence hardening and maturity
- Link changes to deployments and incidents
- Establish monitoring coverage for critical services
- Implement vendor performance reporting and incident notification workflow
- Define exit plan basics for the top 3 critical vendors
Deliverables:
- Deployment-to-change traceability
- Monitoring “critical coverage” report
- Vendor performance pack + comms runbook
- Exit plan v1 + feasibility notes
Common pitfalls (and how to avoid them)
- Writing policies without operational ownership
- Fix: every policy/control must have a named operator and a cadence.
- Treating DR as “we have backups”
- Fix: prove restore works within RTO/RPO; test it.
- Vendor risk as annual paperwork
- Fix: define event-driven processes (vendor incident notifications, SLA breaches, material changes).
- No single view of “critical services”
- Fix: service catalog first; everything else depends on it.
- Evidence built after the fact
- Fix: embed evidence capture in workflows and automation.
A simple readiness checklist
Use this as a starting point for internal reviews:
- Incident management
- Severity model and escalation rules exist and are used
- Major incident role assignments and comms cadence are standard
- PIRs are conducted and actions tracked to closure
- Change management
- Changes are classified; emergency changes are controlled
- Rollbacks are documented and tested
- Changes can be traced to deployments and incidents
- BC/DR
- RTO/RPO defined per critical service
- Restore tests run and documented
- DR exercises conducted and remediations tracked
- Asset/dependency visibility
- Service catalog exists with owners and dependencies
- Monitoring coverage for critical services is measurable
- Third-party ICT risk
- Vendor inventory with criticality exists
- SLA reporting and incident notification workflows exist
- Exit plans exist for critical vendors (at least v1)
The bottom line
Treat DORA as a forcing function to make resilience operable: faster detection, safer changes, rehearsed recovery, and third-party control that works in real incidents. If your “evidence” is generated by normal operations, compliance becomes a byproduct—not a quarterly panic.