DCSS 26003:2026 · Published
DCSS — Digital Cybersecurity & Safety Standard
DCSS is an independent international standard developed by Eric Chuar Technologies for governing cybersecurity, secure engineering and operational safety across digital systems. It requires organizations to know their assets and risks, control identities and configurations, manage vulnerabilities and suppliers, detect events, respond to incidents and prove that essential services and data can be recovered.
Direct definition
What is DCSS?
DCSS is an independent international standard developed by Eric Chuar Technologies for governing cybersecurity, secure engineering and operational safety across digital systems. It requires organizations to know their assets and risks, control identities and configurations, manage vulnerabilities and suppliers, detect events, respond to incidents and prove that essential services and data can be recovered.
DCSS is intended to make conformance review practical. It does not award status for intent alone: the applicant identifies a bounded system, names accountable owners, operates applicable controls and supplies evidence that can be traced to the current version. The assessment considers design and operation together because a policy that is not followed, or a technical control with no accountable decision path, is not sufficient evidence.
| Acronym | DCSS |
|---|---|
| Formal name | Digital Cybersecurity & Safety Standard |
| Reference | DCSS 26003:2026 |
| Publisher | Eric Chuar Technologies |
| Maintainer | Eric Chuar Technologies Standards & Conformance |
| Scope | An operational cybersecurity and secure-engineering standard for protecting digital services and recovering from disruption. |
| Status | Published — assessment required for certification |
| Geographic application | Designed for international and cross-border use |
Purpose and intended outcomes
What DCSS is designed to achieve.
An operational cybersecurity and secure-engineering standard for protecting digital services and recovering from disruption. The standard gives technical and non-technical stakeholders a common way to define expectations, inspect implementation and record residual risk without implying that one control pattern fits every organization.
- Cybersecurity ownership connected to business risk and service priorities
- Known assets, identities, data and third-party dependencies
- Layered preventive, detective and recovery controls with reviewable evidence
- Vulnerabilities and incidents handled through accountable operational decisions
- Tested continuity and learning rather than unverified backup assumptions
Who should use it
Accountability spans buyers, builders and operators.
Use is appropriate when the organization can identify the subject of assessment and the responsibilities it actually controls. Suppliers may contribute evidence, but outsourcing work does not outsource accountability for an applicant's decisions.
- Organizations accountable for business-critical digital services
- IT, security, software, platform and service-management teams
- Managed service providers operating within a declared responsibility boundary
- Risk, audit and procurement stakeholders evaluating control evidence
- Leaders responsible for incident, continuity and recovery decisions
Scope boundary
Systems and lifecycle stages included and excluded.
Included
Applications, endpoints, networks, cloud services, identities, data, development pipelines, suppliers and operational processes that support the applicant's declared digital-service boundary.
Excluded and not implied
It does not guarantee immunity from attack, replace sector regulation, authorize offensive activity, or represent ISO/IEC 27001, NIST, CIS, OWASP, government or statutory certification.
The assessment statement must identify organizational boundary, systems, interfaces, locations, lifecycle stages and material providers. Shared platforms can be included only to the extent that responsibilities and evidence are available. A narrow scope is acceptable when it is described honestly; ambiguous scope is not enlarged by marketing language.
Normative language
How to read the requirements.
Shall
A mandatory requirement for the declared scope. An exclusion needs a justified scope decision, not silent omission.
Should
A recommended practice. A different approach may be accepted when evidence shows an equivalent, context-appropriate outcome.
May
A permitted option that does not become mandatory merely because it appears in guidance.
Evidence
A record, artefact, observation or reproducible result that supports a claim. Evidence must be attributable, current enough for the decision and protected according to sensitivity.
Core principles
DCSS principles guide proportionate implementation.
Govern cybersecurity
Leadership assigns risk appetite, control ownership and resources instead of treating security as an isolated technical task.
Know what must be protected
Assets, data, identities, suppliers and essential services have accountable records.
Reduce preventable exposure
Secure configuration, least privilege, patching and software assurance are applied according to risk.
Detect with context
Logs and alerts connect technical signals to assets, owners and response thresholds.
Recover what matters
Backups and continuity are proven through restoration and service exercises.
Learn and improve
Incidents, tests and exceptions produce tracked corrective actions rather than hidden operational debt.
Normative control set
Mandatory DCSS requirements.
Every applicable requirement shall be addressed for the declared scope. Alternative control designs may be accepted only when they produce an equivalent, evidence-supported outcome and do not conflict with the requirement. Assessors sample both design and operation and may request additional evidence where a material risk or inconsistency appears. Each control needs an accountable owner, affected boundary, review trigger and exception path; evidence must be attributable to the assessed version or operating period.
- DCSS-4.1
Governance
The organization shall approve cybersecurity responsibilities, risk appetite, reporting routes and exceptions for the declared scope. Evidence: security charter, ownership matrix and review record.
- DCSS-4.2
Asset inventory
The organization shall maintain accountable inventories of hardware, software, cloud services, data stores and externally exposed services. Evidence: current asset and service inventory.
- DCSS-4.3
Risk assessment
The organization shall identify credible threats, vulnerabilities, consequences and treatments and revisit them after material change. Evidence: risk register and treatment decisions.
- DCSS-5.1
Identity lifecycle
The organization shall control account creation, authentication, role change, privileged access and timely revocation. Evidence: identity procedure and access-review evidence.
- DCSS-5.2
Strong authentication
The organization shall require multifactor authentication for privileged and risk-significant access unless a documented compensating control is accepted. Evidence: MFA configuration and exception record.
- DCSS-5.3
Least privilege
The organization shall grant only necessary permissions, separate high-impact duties and review privileged roles periodically. Evidence: role matrix and privileged-access review.
- DCSS-5.4
Cryptography and secrets
The organization shall protect sensitive data in transit and at rest where risk requires and manage keys, tokens and secrets outside uncontrolled source or messages. Evidence: encryption design and secrets inventory.
- DCSS-6.1
Secure configuration
The organization shall define, deploy and monitor hardened configuration baselines for relevant platforms and services. Evidence: approved baselines and drift results.
- DCSS-6.2
Vulnerability management
The organization shall discover, validate, prioritize and remediate vulnerabilities using risk, exposure and exploit context. Evidence: scan results, triage and remediation history.
- DCSS-6.3
Patch management
The organization shall test and apply security updates within risk-based targets and document accepted deferral or compensating control. Evidence: patch status and exception evidence.
- DCSS-6.4
Endpoint and network controls
The organization shall segment material trust boundaries and apply proportionate endpoint, network and administrative protections. Evidence: network diagram and control status.
- DCSS-7.1
Secure application lifecycle
The organization shall integrate security requirements, code review, dependency control and verification into software change. Evidence: SDLC controls and release evidence.
- DCSS-7.2
Supply-chain risk
The organization shall assess critical providers and software dependencies for access, assurance, incident notice, continuity and exit risk. Evidence: supplier register and due diligence.
- DCSS-8.1
Logging
The organization shall collect, protect, time-align and retain security-relevant events sufficient for detection and investigation. Evidence: log inventory, retention rules and samples.
- DCSS-8.2
Detection and escalation
The organization shall define monitored conditions, alert ownership, severity decisions and escalation routes and test representative signals. Evidence: detection catalogue and test results.
- DCSS-8.3
Incident response
The organization shall maintain and exercise procedures for triage, containment, evidence preservation, recovery, communication and learning. Evidence: incident plan and exercise record.
- DCSS-9.1
Backup and recovery
The organization shall protect backups from the same failure domain and verify restoration of representative data and services. Evidence: backup design and restoration test.
- DCSS-9.2
Continuity and awareness
The organization shall define minimum service continuity, dependencies, manual alternatives and role-based security awareness. Evidence: continuity exercise and training evidence.
Required evidence
Evidence must support the claim being assessed.
An applicant should provide the smallest sufficient evidence set rather than an uncontrolled data dump. Records should show who made a decision, what boundary and version it concerned, what result was observed and how exceptions were handled. Sensitive technical, employee or customer material remains protected and is not published merely because it supports assessment.
- Governance and risk records
- Asset, software, identity and supplier inventories
- MFA and privileged-access reviews
- Encryption and secrets-management evidence
- Secure configuration and drift reports
- Vulnerability, patch and exception records
- Application security and dependency tests
- Protected logging and detection evidence
- Incident exercises and corrective actions
- Backup restoration and business-continuity tests
Assessment and certification
Certification is a controlled decision, not an automatic badge.
The programme confirms the applicant and scope, reviews submitted evidence, performs a technical assessment and records findings. The applicant responds to nonconformities with cause, correction and evidence of effective action. A certification decision is separated from evidence preparation as far as the programme's current operating model permits. Surveillance and renewal consider continuing control operation and material change.
Conformance levels
The declared scope has accountable ownership, a documented baseline and an implementation plan. Foundation is a readiness state, not certification.
Required controls and evidence have been reviewed against the selected standard, with identified nonconformities recorded and corrective actions accepted.
A formal conformance decision has been issued through the EC TECH programme after scope confirmation, evidence review, technical assessment and closure of blocking nonconformities. Certification is neither automatic nor external accreditation.
Nonconformity levels
A condition that does not presently breach a mandatory requirement but could weaken consistency, evidence quality or future conformance if left unattended.
A contained failure to meet a requirement where the control system remains substantially effective. Closure requires proportionate correction and evidence accepted by the programme.
A missing, systemic or materially ineffective control, or a condition that creates unacceptable risk for the declared scope. Certification cannot be granted or maintained until satisfactory corrective action is verified.
Relationship to established frameworks
DCSS uses informed alignment without false equivalence.
These references help applicants deepen controls or compare terminology. “Informed by” means a source influenced the requirement design; “maps to” means a documented relationship can be shown; “aligned with” indicates compatible outcomes. None of those phrases means “certified to”. An external framework or law retains its own scope, text, assessment route and authority.
NIST Cybersecurity Framework 2.0
Its Govern, Identify, Protect, Detect, Respond and Recover outcomes inform the DCSS operating model.
ISO/IEC 27001:2022
Its information-security management-system requirements inform governance and continual improvement; DCSS is not ISO/IEC 27001 certification.
CIS Controls v8.1
Its prioritized, measurable safeguards inform practical asset, configuration, access, vulnerability, logging and recovery checks.
NIST SSDF
Its secure-development outcomes inform software lifecycle and supply-chain controls.
OWASP ASVS and SAMM
These provide deeper application verification and software-assurance maturity references where relevant.
Implementation pathway
A practical 30/60/90-day adoption sequence.
The sequence is a planning aid, not a promised certification timetable. Complexity, evidence maturity, third-party access and corrective work determine the real path. Teams should prioritize material risk and sustainable operation rather than creating documents that exist only for assessment day.
First 30 days — establish visibility
- Name owners and essential services
- Inventory assets, identities and suppliers
- Assess top risks and exposed systems
- Verify backups and emergency contacts
Days 31–60 — reduce exposure
- Harden identity and configuration
- Triage vulnerabilities and dependencies
- Improve logging and detection
- Exercise incident and restoration steps
Days 61–90 — prove resilience
- Close priority gaps
- Collect operating evidence
- Run a continuity scenario
- Submit the bounded scope for assessment
Benefits
What disciplined adoption can improve.
- Clearer cybersecurity accountability
- Prioritized rather than indiscriminate control investment
- Stronger evidence for customers and procurement
- Faster detection and coordinated response
- More credible recovery and continuity decisions
Limitations
What certification does not prove.
- No control framework prevents every attack or loss
- DCSS does not replace sector-specific law, penetration testing or specialist advice
- Certification applies only to the declared scope and evidence period
- External-framework alignment does not equal external accreditation
Versioning and change control
Current version: DCSS 26003:2026.
This page represents the current published 2026 version. Proposed changes are evaluated for need, clarity, measurable effect, compatibility and transition impact. A future revision will identify material changes and whether previously assessed scopes need additional evidence. Editorial clarification does not silently weaken a mandatory requirement, and an applicant cannot select an obsolete clause solely to avoid a current control.
Last reviewed: 6 September 2026. Public revision history will be linked when a subsequent revision exists; no empty or fictional history is presented.
DCSS questions and direct answers
DCSS is the Digital Cybersecurity & Safety Standard, an independent international standard developed by Eric Chuar Technologies for measurable cyber governance, protection, detection, response and recovery.
Assessment enquiry
Request a standards scoping conversation.
Select the standard you want to discuss. This step carries only the selected standard into EC TECH’s existing contact route; do not include passwords, production data or private audit evidence in a public enquiry.
Primary references
Sources reviewed for technical accuracy.
References are linked for comparison and implementation depth. Their inclusion does not imply endorsement, adoption, accreditation or certification of DCSS by the referenced organization.
- NIST Cybersecurity Framework 2.0
- ISO/IEC 27001:2022
- CIS Critical Security Controls v8.1
- NIST Secure Software Development Framework
- OWASP Application Security Verification Standard
Last reviewed: 6 September 2026.