Solution · Enterprise Cyber Resilience
Withstand Disruption and Keep the Enterprise Running.
The Challenge
Enterprises often hold strong individual controls yet still struggle when an incident crosses departments, suppliers and systems.
The Outcome
- Disruption absorbed without losing critical services
- One accountable partner across the lifecycle
- Measurable resilience improvement
Executive Summary
- 01Resilience is decided by dependencies, decision rights and rehearsed recovery, not by the number of security tools deployed.
- 02Controls should be prioritized against real attacker behavior and the business services they protect.
- 03A recovery plan counts only after restoration has been timed under realistic conditions.
The Challenge
Enterprises often hold strong individual controls yet still struggle when an incident crosses departments, suppliers and systems.
Resilience fails at the seams: between the risk register, the security stack and the people on call.
The DAAKYI Approach
DAAKYI connects the three layers under one program, starting with a resilience baseline and ending with rehearsed, monitored operations.
GUIDE sets priorities, SECURE closes the engineering gaps and OPERATE sustains detection, response and recovery.
Delivered Through These DAAKYI Services
Relevant industries
- 01
Resilience baseline across people, process and technology
- 02
Priority control engineering
- 03
24/7 monitoring and response
- 04
Recovery rehearsal and improvement
In Depth
How the Solution Comes Together
Resilience Starts with Dependencies, Not Controls
Most resilience failures trace back to an unmapped dependency. A payment switch relies on a network carrier, an identity provider and a vendor-managed database. Nobody listed them together. A baseline fixes this by tracing each critical business service to the systems, suppliers, data and people it needs to run. The result is a ranked view of what must keep working, how long the business can tolerate its absence, and which single points of failure sit underneath. Control investment then follows business impact rather than habit. Without that ranking, teams spend budget evenly and discover the weakest seam during an incident instead of before it.
Controls Engineered Against Real Attacker Behavior
Engineering effort should target how adversaries actually operate. MITRE ATT&CK Enterprise organizes that behavior into 14 tactics, from initial access through impact. Mapping current detections and preventive controls against those tactics shows where coverage is thin. Typical gaps include weak privileged access, flat networks that let ransomware spread, untested backups and logging that stops at the perimeter. Each gap becomes an engineering item with an owner, a design decision and a verification test. Sequence matters more than speed, because early fixes should shrink the blast radius of the most plausible attack paths.
Recovery Proven Through Rehearsal
A recovery plan is a hypothesis until someone runs it. Rehearsals test whether backups restore cleanly, whether identity systems can be rebuilt, and whether decision makers know who may authorize shutting down a revenue system. Tabletop exercises test judgment and communication. Technical restoration tests prove the data and the sequence. Both feed a short list of corrections with named owners. NIST SP 800-61 frames incident handling as a cycle that includes post-incident review, and ISO 22301 expects continuity arrangements to be exercised and improved. The goal is not a perfect score. It is a team that has already made its hardest decisions once, calmly.
A plan nobody has rehearsed is a hope. Resilience begins when the hardest decisions have already been made once.
Capability Matrix
What the Service Includes
Resilience Assessment
Maturity and dependency mapping.
Control Engineering
Gaps closed in priority order.
Continuous Operations
Detection and response every hour.
Recovery Assurance
Restoration tested, not assumed.
Operating Model
Delivered from the GUIDE · SECURE · OPERATE Pillar
Pillar position
GUIDE · SECURE · OPERATE
Delivered across all three pillars
Engagement model
Long‑Term Operations
Multi-year operations and continuous improvement.
Best for · Critical systems needing sustained assurance
Engagement model
Managed Security Services
SOC, MXDR and managed cloud security under SLAs.
Best for · 24/7 coverage without building in-house
Engagement model
Advisory Engagements
Fixed-scope assessments, strategy, compliance and testing.
Best for · Defined questions with a clear deliverable
Threat Scenarios
What It Looks Like in Practice
Ransomware on Core Systems
How It Shows Up
File servers lock, backup consoles stop responding and domain administrator activity appears outside normal hours.
Response
Isolate affected segments, preserve evidence, and restore identity and priority services from separated backups in a rehearsed order.
Supplier Compromise
How It Shows Up
A trusted vendor connection or software update behaves unusually, and the supplier cannot yet confirm scope.
Response
Use the dependency map to find exposed services, restrict the supplier path and switch to alternate operations where they have been defined.
Cloud Identity Takeover
How It Shows Up
Impossible-travel sign-ins, new access keys and unexpected changes to cloud control-plane settings.
Response
Revoke sessions and keys, review privileged roles, and compare changes against baseline configuration before restoring access.
Reportable Personal‑Data Breach
How It Shows Up
Personal data appears to have left the environment, and notification clocks for regulators and customers start running.
Response
Invoke pre-agreed authority for legal assessment and notification, such as the GDPR 72-hour expectation where it applies, backed by incident evidence.
| Scenario | How It Shows Up | Response |
|---|---|---|
| Ransomware on Core Systems | File servers lock, backup consoles stop responding and domain administrator activity appears outside normal hours. | Isolate affected segments, preserve evidence, and restore identity and priority services from separated backups in a rehearsed order. |
| Supplier Compromise | A trusted vendor connection or software update behaves unusually, and the supplier cannot yet confirm scope. | Use the dependency map to find exposed services, restrict the supplier path and switch to alternate operations where they have been defined. |
| Cloud Identity Takeover | Impossible-travel sign-ins, new access keys and unexpected changes to cloud control-plane settings. | Revoke sessions and keys, review privileged roles, and compare changes against baseline configuration before restoring access. |
| Reportable Personal‑Data Breach | Personal data appears to have left the environment, and notification clocks for regulators and customers start running. | Invoke pre-agreed authority for legal assessment and notification, such as the GDPR 72-hour expectation where it applies, backed by incident evidence. |
Outcomes
What Your Institution Gains
- Disruption absorbed without losing critical services
- One accountable partner across the lifecycle
- Measurable resilience improvement
Methodology
The Method, Step by Step
- 1
Scope Critical Services
Agree which business services matter most and what an outage costs in operational terms. Name the owner of each service. Set recovery expectations for time and data loss. This scope decides every later trade-off, so executives and technology leaders must sign it together rather than inherit it from the IT inventory.
- 2
Map Dependencies
Trace each service to the applications, cloud platforms, networks, identities, suppliers and staff it relies on. Record which dependencies are shared and which have no fallback. Shared identity and network services usually emerge as the hidden concentration of risk that a service-by-service review misses.
- 3
Test Control Coverage
Compare existing preventive, detective and recovery controls with plausible attack paths and with framework expectations. Validate that controls work as configured, not just that they exist. Rank findings by the likelihood of use and the business service affected, producing an ordered engineering queue.
- 4
Define Response Authority
Write down who declares an incident, who can isolate systems, who speaks to regulators and customers, and who approves restoration. Align escalation paths across security, IT, legal, communications and suppliers. Clear authority removes the delay that turns a contained event into a prolonged outage.
- 5
Exercise and Correct
Run tabletop and technical exercises against the scenarios that matter most. Record what failed, who owns the fix and when it will be retested. Repeat on a schedule and after major change, so the baseline reflects the enterprise as it is now rather than as it was assessed.
How It Works
How Enterprise Cyber Resilience Comes Together
- 01Baseline
- 02Engineer
- 03Operate
- 04Rehearse
Regulatory & Industry Context
The Obligations This Service Supports
Programs align to NIST CSF, ISO/IEC 27001 and ISO/IEC 22301 and to sector resilience expectations.
Frameworks DAAKYI helps clients implement
- NIST CSF
- ISO/IEC 27001
- ISO/IEC 22301
Framework references describe client implementation support, not DAAKYI certifications.
Deliverables and Roles
What You Receive, and Who Does What
| Deliverable | Purpose |
|---|---|
| Critical Service and Dependency Map | Shows which systems, suppliers and people each priority service relies on. |
| Control Gap Register | Ranks weaknesses by attack-path likelihood and business impact. |
| Incident Escalation Playbooks | Define decision authority and first actions for the most plausible scenarios. |
| Recovery Runbooks with Test Evidence | Document the restoration sequence alongside timed results from rehearsal. |
| Exercise Findings Report | Lists failures, fix owners and retest dates after each rehearsal. |
| Role | Responsibility |
|---|---|
| Chief Information Security Officer (Client) | Aligns program priorities with risk appetite and reports resilience posture to executive leadership. |
| Business Service Owner (Client) | Defines acceptable downtime and approves recovery priorities for the service. |
| Incident Commander (Client or Provider) | Directs the response and coordinates technical, legal and communications teams during an event. |
| Security Operations Analyst (Provider) | Triages detections, investigates and escalates against agreed playbooks. |
Maturity Model
Where Organizations Typically Stand
Stage 1
Ad Hoc
Controls exist, but response depends on individuals and nobody has mapped service dependencies.
Stage 2
Defined
Plans, owners and escalation paths are documented. Exercises are rare and recovery remains untested.
Stage 3
Managed
Detection is monitored, gaps are tracked by priority and recovery is exercised on a schedule.
Stage 4
Optimized
Incidents and exercise findings continuously reshape controls, and leadership receives evidence-based resilience reporting.
Frameworks and Regulation
The Standards That Shape This Work
NIST CSF 2.0
Its six functions (Govern, Identify, Protect, Detect, Respond, Recover) give a structure for baselining and reporting coverage. Govern adds explicit leadership accountability.
ISO/IEC 27001:2022
Annex A contains 93 controls grouped under four themes: organizational, people, physical, and technological. ISO/IEC 27002:2022 provides guidance on how to implement them.
ISO 22301
Sets requirements for business continuity management, including exercising and improving continuity arrangements.
NIST SP 800-61
Provides incident handling guidance that informs playbook design and post-incident review.
Buyer Guidance
Choosing the Right Provider
What to look for
- Look for a provider that starts with business services and dependencies rather than a tool inventory.
- Expect evidence that recovery has been timed, not only documented.
- Confirm that detection and response connect to your own escalation paths and decision owners.
- Prefer deliverables mapped to recognized frameworks that an auditor can trace.
Questions to ask a provider
- How do you decide which control gaps to close first?
- How do you test restoration, and what evidence do we receive?
- Who has authority to isolate systems during an incident?
- How are supplier dependencies included in scope?
Technical Detail
For Architects and Security Leads
Designing Recovery for Ransomware
Ransomware recovery differs from disaster recovery because the failure is malicious and the recovery environment may be compromised too. Backups need logical separation from production credentials, so a stolen domain administrator account cannot delete them. Immutable or offline copies protect the last known good state. Restoration order matters: identity services first, then core infrastructure, then applications by business priority. Before restoring, responders must establish the intrusion start date to avoid reintroducing the attacker through a poisoned backup or a retained persistence mechanism. Clean-room validation of restored systems, credential resets and token revocation should be written into the runbook and timed during rehearsal, because restore throughput is often the real constraint.
Detection Coverage and Telemetry Quality
Detection is only as good as the telemetry behind it. Teams should inventory log sources by critical service and confirm that identity, endpoint, network, cloud control-plane and application events reach a central platform with reliable timestamps. Then map detection rules to ATT&CK techniques and test them with controlled adversary simulation. Untested rules are assumptions. Tune for the behaviors that precede damage, such as credential abuse, lateral movement, and mass file modification, rather than chasing every alert. Retain enough history to investigate slow intrusions. Finally, link each high-severity detection to a response playbook with a named decision owner, so an alert starts action rather than a debate.
Glossary
Key Terms
- Blast Radius
- The set of systems and services an attacker or failure can affect from a single point of compromise.
- Recovery Time Objective
- The longest period a business service can be unavailable before the impact becomes unacceptable.
- Recovery Point Objective
- The maximum amount of data loss, measured in time, that the business can tolerate.
- Immutable Backup
- A backup copy that cannot be altered or deleted for a set period, even by privileged accounts.
Related
Explore Connected Capabilities
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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