OPERATE · Incident Recovery and Continuity Operations
Recovery That Has Been Rehearsed Before It Is Needed.
We operate cyber and disaster recovery so critical services return quickly and safely after an incident.
- Rehearsed, proven recovery
- Reduced downtime
- Confidence that backups work
- 1Rank Critical Services
- 2Design Recovery Tiers
- 3Test Restoration
- 4Execute Clean Recovery
- 5Review and Adjust
Executive Summary
- 01Recovery objectives must be set per service, with business owners, before any incident occurs.
- 02Backups count only when they are isolated from production credentials and proven by timed restoration tests.
- 03Restoration should begin only after investigators confirm the intruder is removed, and it should follow dependency order.
The Challenge
Backups that were never tested fail at the moment they are needed.
Restoring systems before an attacker is fully removed risks reinfection.
The DAAKYI Approach
DAAKYI operates recovery capabilities, tests restoration regularly and coordinates recovery with incident response so systems come back clean.
Recovery runbooks are maintained as the estate changes.
- 01
Recovery runbooks
- 02
Backup and restoration testing
- 03
Clean-recovery coordination
- 04
Continuity operations support
In Depth
How the Discipline Works
Recovery Begins with Ranking Services
Recovery planning starts with a ranked list of services, not servers. Each critical service gets a recovery time objective, which is how long the business can tolerate an outage, and a recovery point objective, which is how much data loss it can accept. These targets drive every later decision: backup frequency, replication design, and restoration order. Dependencies matter as much as the service itself. A payment application is useless if identity, DNS, or its database restores later than expected. Mapping those dependencies, and agreeing the targets with business owners, prevents surprises during an actual outage.
Why Backups Need Isolation and Testing
Ransomware operators look for backups first. They hunt for backup consoles, delete snapshots, and encrypt repositories before triggering the main attack. Resilient designs keep at least one copy offline, immutable, or logically separated, with credentials that differ from the production domain. Isolation alone is not enough. A copy has value only if it restores into a working service. Testing proves the data is complete, the restore procedure is current, and the time taken matches the stated objective. Untested backups are an assumption, and assumptions fail under pressure.
Restoring Clean, in the Right Order
Restoration order is a security decision as well as an operational one. Foundation services such as identity, networking, and logging return first, because everything else depends on them. Before any system rejoins production, responders confirm the intrusion path is closed and attacker persistence is removed. Restored images are scanned, credentials are rotated, and monitoring is raised for signs of re-entry. Business owners then validate that applications behave correctly. Recovery is complete only when users can work and the environment shows no sign of the adversary.
A backup is a hypothesis until a restore proves it, and a restore is unsafe until the intruder is gone.
Capability Matrix
What the Service Includes
| Capability | Coverage | GUIDE | SECURE | OPERATE | Delivered Through |
|---|---|---|---|---|---|
| Cyber and Disaster Recovery | Restoration of critical services. | – | – | OPERATE stage | Managed Security Services, Long-Term Operations |
| Recovery Testing | Regular, documented tests. | – | – | OPERATE stage | Managed Security Services, Long-Term Operations |
| Clean Recovery | Coordinated with incident response. | – | – | OPERATE stage | Managed Security Services, Long-Term Operations |
| Continuity Operations | Support during disruption. | – | – | OPERATE stage | Managed Security Services, Long-Term Operations |
Cyber and Disaster Recovery
Restoration of critical services.
- Stage
- OPERATE
- Delivered Through
- Managed Security Services, Long-Term Operations
Recovery Testing
Regular, documented tests.
- Stage
- OPERATE
- Delivered Through
- Managed Security Services, Long-Term Operations
Clean Recovery
Coordinated with incident response.
- Stage
- OPERATE
- Delivered Through
- Managed Security Services, Long-Term Operations
Continuity Operations
Support during disruption.
- Stage
- OPERATE
- Delivered Through
- Managed Security Services, Long-Term Operations
How It Works
How Incident Recovery and Continuity Operations Works
- 01Prepare
- 02Test
- 03Recover
- 04Review
Methodology
The Method, Step by Step
- 1
Rank Critical Services
Identify the services the organization cannot lose, then assign recovery time and recovery point objectives with business owners. Map the dependencies each service needs, including identity, DNS, network, and data stores. The result is a ranked restoration order that everyone agrees on before any incident occurs.
- 2
Design Recovery Tiers
Match each service to a recovery pattern that fits its objectives, from backup restore to warm standby to active replication. Place backup copies out of reach of production credentials. Document the build steps so a rebuilt system matches an approved baseline rather than a guess.
- 3
Test Restoration
Restore real workloads into an isolated environment on a set schedule. Time each phase, verify data integrity, and have application owners confirm function. Escalate scope over time, from single systems to full tabletop and technical exercises that include loss of the backup console.
- 4
Execute Clean Recovery
During an incident, hold restoration until investigators confirm containment and eviction. Restore in dependency order, rotate credentials, scan images, and watch restored systems closely. Record each decision and timestamp. Report progress to executives against the agreed objectives.
- 5
Review and Adjust
After every test or real event, compare actual times with objectives and list what failed. Update runbooks, architecture, and priorities. Feed lessons into the next exercise so the same weakness is not found twice, and report residual risk to leadership.
Operating Model
Delivered from the OPERATE Pillar
Pillar position
OPERATE
Security Operations & Managed Resilience
Engagement model
Managed Security Services
SOC, MXDR and managed cloud security under SLAs.
Best for · 24/7 coverage without building in-house
Engagement model
Long‑Term Operations
Multi-year operations and continuous improvement.
Best for · Critical systems needing sustained assurance
Threat Scenarios
What It Looks Like in Practice
Ransomware That Targets Backups
How It Shows Up
Backup jobs fail or snapshots disappear shortly before file encryption begins. Administrator accounts are used at unusual hours.
Response
Isolated or immutable copies are used as the restoration source once containment is confirmed. Credentials are rotated before restored systems reconnect.
Destructive Wiper Malware
How It Shows Up
Systems fail to boot, disks are overwritten, and no ransom note appears. Recovery cannot rely on decryption.
Response
Systems are rebuilt from approved baselines and data is restored from clean copies. Restoration order follows the dependency map.
Cloud Region or Provider Outage
How It Shows Up
Services in one region become unreachable although no attacker is present. Failover steps are untested or depend on the failed region.
Response
Runbooks switch workloads to a secondary site or region within the stated objectives. Test results show whether the failover design actually works.
Mass Deletion by Error or Misuse
How It Shows Up
A privileged account removes databases, storage buckets, or virtual machines in bulk. Alerts fire on retention changes.
Response
Retention locks and versioned copies allow point-in-time restoration. Access logs show whether the action was a mistake or malicious.
| Scenario | How It Shows Up | Response |
|---|---|---|
| Ransomware That Targets Backups | Backup jobs fail or snapshots disappear shortly before file encryption begins. Administrator accounts are used at unusual hours. | Isolated or immutable copies are used as the restoration source once containment is confirmed. Credentials are rotated before restored systems reconnect. |
| Destructive Wiper Malware | Systems fail to boot, disks are overwritten, and no ransom note appears. Recovery cannot rely on decryption. | Systems are rebuilt from approved baselines and data is restored from clean copies. Restoration order follows the dependency map. |
| Cloud Region or Provider Outage | Services in one region become unreachable although no attacker is present. Failover steps are untested or depend on the failed region. | Runbooks switch workloads to a secondary site or region within the stated objectives. Test results show whether the failover design actually works. |
| Mass Deletion by Error or Misuse | A privileged account removes databases, storage buckets, or virtual machines in bulk. Alerts fire on retention changes. | Retention locks and versioned copies allow point-in-time restoration. Access logs show whether the action was a mistake or malicious. |
Outcomes
What Your Institution Gains
- Rehearsed, proven recovery
- Reduced downtime
- Confidence that backups work
Deliverables and Roles
What You Receive, and Who Does What
| Deliverable | Purpose |
|---|---|
| Recovery Objectives Register | Records the agreed recovery time and recovery point objective for each critical service and its business owner. |
| Dependency Map and Restoration Order | Shows which systems must return first so that dependent services can start. |
| Restoration Test Report | Documents timings, integrity checks, failures, and corrective actions from each test. |
| Clean‑Recovery Checklist | Gives responders a repeatable list of checks to complete before a system rejoins production. |
| Post‑Incident Recovery Review | Compares actual recovery performance with objectives and assigns improvements. |
| Role | Responsibility |
|---|---|
| Business Service Owner (Client) | Sets the acceptable downtime and data loss for the service and validates function after restoration. |
| Recovery Lead (Provider) | Runs restoration activities, tracks progress against objectives, and keeps runbooks current. |
| Incident Response Lead | Confirms containment and eviction so that restoration does not reintroduce the attacker. |
| Executive Sponsor (Client) | Approves recovery priorities, funds gaps, and makes the call on when to resume operations. |
Maturity Model
Where Organizations Typically Stand
Stage 1
Ad Hoc
Backups exist but are untested and share credentials with production. Recovery depends on individual memory.
Stage 2
Defined
Objectives are set per service and runbooks exist. Tests are occasional and mostly cover single systems.
Stage 3
Tested
Restoration is timed on a schedule and results are compared with objectives. Backup copies are isolated and immutable.
Stage 4
Integrated
Recovery is rehearsed jointly with incident response and forensics. Findings change architecture and priorities each cycle.
Frameworks and Regulation
The Standards That Shape This Work
NIST CSF 2.0
Recover is one of its six functions, alongside Govern, Identify, Protect, Detect, and Respond. It frames recovery planning, communication, and improvement as part of overall cyber risk management.
ISO 22301
It specifies requirements for a business continuity management system, including impact analysis, recovery strategies, and exercising.
NIST SP 800-61
Its incident handling guidance covers containment, eradication, and recovery, which supports the rule that restoration follows confirmed eviction.
ISO/IEC 27001:2022 Annex A
Its organizational controls include information security during disruption and ICT readiness for business continuity, both of which depend on tested recovery.
Buyer Guidance
Choosing the Right Provider
What to look for
- Look for a provider that sets recovery objectives with business owners rather than assuming them.
- Look for restoration tests that are timed, documented, and run in isolation from production.
- Look for explicit coordination between recovery staff and forensic investigators before systems rejoin the network.
- Look for backup designs that remain safe if production administrator credentials are stolen.
Questions to ask a provider
- How do you prove that a restored system is free of attacker persistence?
- What happens to recovery if our backup console and domain controllers are both lost?
- How are test findings tracked until they are fixed and retested?
- Which dependencies, such as identity and DNS, are included in your restoration order?
Regulatory & Industry Context
The Obligations This Service Supports
Operations support ISO/IEC 22301 and recovery expectations of financial, health and critical-infrastructure regulators.
Frameworks DAAKYI helps clients implement
- ISO/IEC 22301
- ISO/IEC 27001
- HIPAA
Framework references describe client implementation support, not DAAKYI certifications.
Technical Detail
For Architects and Security Leads
Framework and regulatory alignment
- ISO/IEC 22301
- ISO/IEC 27001
- HIPAA
Operations support ISO/IEC 22301 and recovery expectations of financial, health and critical-infrastructure regulators.
Architecture reference
How Incident Recovery and Continuity Operations Works: Prepare → Test → Recover → Review.
DAAKYI operates recovery capabilities, tests restoration regularly and coordinates recovery with incident response so systems come back clean.
Designing Immutable and Isolated Backup Tiers
A sound backup architecture uses tiers. The first tier is local snapshots for fast restores of recent changes. The second is a replicated copy in a separate account, subscription, or site, protected by distinct credentials and multi-factor authentication. The third is an immutable or offline copy with retention locks that even administrators cannot shorten. Backup software should run on hardened hosts outside the production domain, and its management console should be reachable only from a restricted network. Encryption keys need separate custody, otherwise losing the key store means losing every copy. Log every deletion or retention change and alert on it, because mass deletion is an early ransomware signal.
Structuring a Restoration Test
A meaningful test restores into an isolated network and measures results against the stated objectives. Start with a defined scope: one application, its database, and its dependencies. Record the time to locate the right backup, the time to restore, and the time to validate function. Check data integrity with checksums or application-level queries, not only a successful job status. Include a scenario where the primary backup console is unavailable and credentials must come from a sealed record. Capture every gap, such as outdated steps or missing licenses, and assign an owner and a due date. Retest after fixes to confirm they work.
Glossary
Key Terms
- Recovery Time Objective (RTO)
- The maximum time a service can be unavailable before the impact becomes unacceptable.
- Recovery Point Objective (RPO)
- The maximum amount of data, measured in time, that the business can afford to lose.
- Immutable Backup
- A backup copy that cannot be altered or deleted until its retention period expires.
- Clean Room
- An isolated environment where restored systems are inspected and tested before returning to production.
Related
Explore Connected Capabilities
Related services
Solutions
Platforms
Industries
Proof Points
What We Can Stand Behind
- Every stage of DAAKYI's delivery methodology produces documented, auditable deliverables.
FAQ
Questions Leaders Ask
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