Specific solution · Cybersecurity + Assurance
Compliance Engineering
Make every requirement traceable to a working control.
EINO connects obligations to architecture, implementation, telemetry, evidence, and accountable owners. Teams can see what is controlled, what needs judgment, and how exceptions return to remediation as systems and requirements change.
Evidence framework
Define proof before production.
Baselines and targets are agreed for each engagement. These dimensions shape what the team evaluates; they are not promised historical results.
Control effectiveness
Does the control change the risk?
Test whether safeguards are implemented correctly, operate as intended, and produce the security or privacy outcome the organization needs.
- Test pass rate
- Coverage gaps
- Control failures
- Residual risk
Evidence integrity
Can the result be traced through change?
Connect evidence to the requirement, control version, system boundary, source, collection time, reviewer, and resulting decision.
- Evidence freshness
- Source lineage
- Change traceability
- Exception history
Ongoing assurance
Can teams sustain the work?
Measure the effort, ownership, review cadence, exception aging, and remediation flow needed to keep assurance current.
- Manual effort
- Owner coverage
- Review backlog
- Remediation age
Solution portfolio
Four parts of an evidence-backed control system.
The portfolio connects requirement interpretation, control implementation, observable evidence, and audit or regulatory change into one operating discipline.
Control Architecture + Framework Mapping
Translate obligations into one control model the organization can operate.Interpret regulatory, contractual, security, and privacy requirements against the real system boundary. Map them to control objectives, implementation statements, common-control inheritance, accountable owners, and the evidence needed to show operation.
Technical capability
- Requirement interpretation + applicability
- Control objective + taxonomy design
- Cross-framework mapping + normalization
- System boundary + data-flow mapping
- Common-control inheritance analysis
- Ownership + responsibility modeling
Business application
- FISMA + FedRAMP authorization planning
- NIST CSF or ISO 27001 alignment
- SOC 2 readiness
- PCI DSS scope rationalization
- HIPAA Security Rule mapping
- Customer + contractual assurance
Published results + market benchmarks
External research and case-study benchmarks. Results vary by use case.
substantially fulfilled risk analysis
Covered entities in HHS OCR Phase 2 HIPAA auditssubstantially fulfilled risk analysis
Business associates in the same HHS audit programPolicy as Code + Control Automation
Automate repeatable decisions while keeping policy intent and accountability visible.Express selected rules as versioned, testable configuration and connect them to delivery pipelines or runtime enforcement. Keep human judgment where context matters, and retain a reviewable link between policy, code, system state, and change approval.
Technical capability
- Policy model + decision-point design
- Configuration baseline engineering
- Policy-as-code repositories + workflows
- Pipeline + runtime control integration
- Automated control tests + drift checks
- Versioning, approval + rollback
Business application
- Cloud guardrails + landing zones
- Infrastructure configuration assurance
- Identity + access policy enforcement
- Software delivery control gates
- Data handling + retention rules
- Container + workload admission policy
Published results + market benchmarks
External research and case-study benchmarks. Results vary by use case.
agencies fully implemented all key requirements
GAO review of automated federal CDM toolinghardware affected by duplicate identifiers
One agency in GAO review of automated CDM toolingContinuous Monitoring + Evidence Engineering
Collect evidence from the operation, not from a last-minute document chase.Design evidence at the same time as the control. Connect authoritative sources, collection cadence, provenance, retention, control tests, review thresholds, and escalation so evidence remains useful as technology and risk change.
Technical capability
- Evidence source + schema design
- Telemetry + control-state integration
- Automated and manual evidence collection
- Provenance, freshness + retention controls
- Continuous control monitoring
- Exception alerting + remediation workflow
Business application
- Cloud continuous monitoring
- Configuration + vulnerability assurance
- Identity review evidence
- Log collection + review
- Third-party control monitoring
- Authorization package maintenance
Published results + market benchmarks
External research and case-study benchmarks. Results vary by use case.
systems fully performed monitoring
GAO review of selected federal cloud systemssystems only partially performed monitoring
The remaining systems in the same GAO reviewexample provider-review cadence
Federal guidance cited in the GAO cloud reviewevidence areas evaluated
Plan, provider reports, vulnerability tools, and audit logsAudit Readiness + Regulatory Change Management
Keep decisions, exceptions, and remediation ready for accountable review.Coordinate assessment plans, evidence requests, testing, findings, management responses, exceptions, and remediation against the current requirement set. When obligations or systems change, update the affected mappings and evidence paths without rebuilding the whole program.
Technical capability
- Assessment plan + request coordination
- Control testing + evidence review
- Finding, exception + risk-acceptance workflow
- Remediation tracking + validation
- Requirement change-impact analysis
- Audit trail + authorization package management
Business application
- Government system authorization
- External audit preparation
- Internal control assurance
- Regulatory examination response
- Customer security reviews
- Policy and standard change rollout
Published results + market benchmarks
External research and case-study benchmarks. Results vary by use case.
agency programs rated effective
FY 2022 inspector-general FISMA reporting reviewed by GAOagency programs rated ineffective
The same civilian-agency reviewfailed appropriate risk management
Covered entities in HHS OCR Phase 2 HIPAA auditsfailed appropriate risk management
Business associates in the same HHS audit programView research sources (4)
These are external benchmarks, estimates, and published case-study results—not guaranteed EINO outcomes. Results depend on scope, system conditions, implementation, and operating context.
- 01Read source
DHS and Selected Agencies Need to Address Shortcomings in Implementation of Network Monitoring Program
A review of three federal agencies found that automation improved awareness but incomplete identifiers, inventory data, and benchmark comparisons weakened the result.
- 02Read source
Selected Agencies Need to Better Protect Cloud Data
GAO evaluated continuous monitoring evidence across eight selected PaaS and SaaS systems at four agencies, including plans, provider reviews, vulnerability tooling, and audit logs.
- 03Read source
OMB Should Improve Information Security Performance Metrics
GAO reviewed FY 2022 FISMA reporting for 23 civilian agencies and emphasized metrics tied to performance goals, organizational context, workforce, and risk.
- 04Read source
Report on 2016–2017 HIPAA Audits
OCR audited 166 covered entities and 41 business associates and reported substantial gaps in documented risk analysis and risk management.
Operating contexts
The constraints shape the system.
Information sensitivity, decision authority, service expectations, and review obligations change what a responsible implementation requires.
Government + regulated authorization
System boundaries, common-control inheritance, independent assessment, authorizing-official decisions, continuous monitoring, and residual-risk acceptance shape the evidence path.
- FISMA + FedRAMP
- Authorization evidence
- Continuous monitoring
Healthcare + life sciences
Sensitive health information, validated processes, third parties, retention, patient services, and changing clinical or research systems require evidence tied to the actual operating environment.
- HIPAA safeguards
- Validated systems
- Third-party evidence
Financial services + consumer data
Payment scope, transaction integrity, customer information, access review, operational resilience, and multiple oversight obligations make control ownership and evidence reuse especially important.
- PCI DSS scope
- Consumer data
- Operational resilience
Enterprise architecture
Trace assurance from obligation to operation.
A credible compliance architecture keeps requirements, inherited and system-specific controls, enforcement, evidence, review, exceptions, remediation, and accountable ownership connected through change.
Requirements + scope
Legal, regulatory, contractual, framework, and internal obligations are interpreted against services, information, system boundaries, risk, and accountable owners.
Control design + inheritance
A canonical control model records objectives, implementation intent, shared safeguards, inherited responsibility, dependencies, and required evidence.
Implementation + enforcement
Technical, administrative, and physical mechanisms are configured, documented, approved, and integrated into system and change workflows.
Telemetry + evidence
Authoritative sources produce versioned evidence with identity, timestamps, provenance, retention, and collection cadence appropriate to the control.
Review + resolution
Testing and accountable review lead to acceptance, an apricot exception path, compensating action, remediation, recovery testing, or control retirement.
Controls that cross the system
- Identity + access
- Security + privacy
- Ownership + approval
- Change history + lineage
- Recovery + resilience
Control implementation patterns
- Inherited common controls
- Embedded enforcement
- Evidence integrations
- Manual attestations
Selected around control intent, evidence quality, change frequency, system boundary, and accountable judgment.
Control strategy
Choose the right treatment for each control.
Automation is not the default. Risk, system design, evidence quality, change frequency, available common controls, and accountable judgment determine how each requirement is satisfied and reviewed.
Framework-neutral by design
A canonical control model keeps the operating intent stable while mappings to NIST, ISO, sector, contractual, and internal requirements evolve.
- 01
Inherit
Reuse a proven common control
Inherit a shared control when its scope, implementation, provider evidence, responsibilities, and limitations genuinely cover the consuming system; retire duplicate controls that add no assurance.
- 02
Implement
Enforce in the system or process
Implement a specific safeguard where the system owns the risk. Automate policy, testing, or evidence only when the decision is repeatable, the source is reliable, and failure remains visible.
- 03
Attest
Use accountable manual judgment
Manually attest when the control depends on contextual review, physical observation, management judgment, or low-frequency evidence that automation would not make more trustworthy.
- 04
Resolve
Compensate, except, remediate, or retire
Use a compensating control when it meets the objective. Accept a time-bound exception only with accountable risk ownership; otherwise remediate the gap or retire the affected control or system path.
Delivery path
Scope the system, design the evidence, prove the control.
Five stages make control boundaries, testing, rollout, exceptions, remediation, and long-term ownership visible before assurance work becomes routine.
- 01ScopeScope + applicability findings
What is in the assurance boundary?
Identify services, information, systems, parties, obligations, inherited responsibility, risk context, exclusions, and accountable decision makers.
- 02DesignControl model + evidence plan
What evidence will prove each control?
Map objectives to implementations, owners, sources, collection cadence, retention, test methods, review thresholds, and exception routes.
- 03ImplementImplemented controls + traceability
Where should the control operate?
Configure technical and process controls, connect authoritative evidence sources, document inheritance, and establish versioned change approval.
- 04ProveAssessment evidence + rollout decision
Does it work under representative conditions?
Examine, interview, and test the control; validate evidence integrity, exercise failure and recovery paths, and make rollout decisions against agreed criteria.
- 05OperateAssurance model + remediation backlog
Who owns change, exceptions, and remediation?
Roll out the operating cadence, monitor control state, review exceptions, validate remediation, update mappings, and maintain ownership through system and regulatory change.
A practical place to begin
Start with a Compliance Engineering Assessment.
The assessment turns a broad compliance obligation into a scoped control model, evidence architecture, prioritized gaps, and a credible first delivery path.
Assessment outputs
- Current-state scope + control findings
- Prioritized control and evidence gaps
- Canonical control model + framework mappings
- Target assurance architecture
- Evidence, testing + exception plan
- First delivery recommendation