PRIMISPRO SERVICES

DevSecOps & platform engineering

Connect application delivery with secure build, release and platform responsibilities.

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Find the service your team needs.

Choose a related service to see its scope and deliverables, or continue below for devsecops & platform engineering.

THE DELIVERY CHALLENGE

Start with the environment you actually have.

Security checks need to fit the actual delivery workflow. Identify repositories, build services, environments and release owners before defining CI/CD controls and platform engineering scope.

DevSecOps & platform engineering

01Code & dependencies
02Build & verification
03Controlled release
04Runtime ownership

Select a stage to explore the delivery approach.

STAGE 01

Review

Understand users, application dependencies and the technical constraints of the existing estate.

WHAT THE ENGAGEMENT PRODUCES

Work your team can use.

Deliverables are tailored to the agreed scope, responsibilities and acceptance criteria.

  1. 01

    Delivery pipeline scope

  2. 02

    Security check integration plan

  3. 03

    Release ownership map

  4. 04

    Platform handover requirements

ENGAGEMENT MODEL

Agree the scope before delivery.

Agree systems, permissions, specialist responsibilities and acceptance criteria before delivery. Response arrangements and independent assurance roles are specified in the engagement.

Technology considerations

  • CI/CD workflows
  • Dependency review
  • Infrastructure as code
  • Release controls

RELATED FRAMEWORK CONTEXT

Connect the work to your obligations.

Planning references; applicability and framework-specific support require qualified review.

Explore industry contextsExplore solution architectures

HOW THE WORK CONNECTS

From a defined boundary to a usable handover.

Security checks need to fit the actual delivery workflow. Identify repositories, build services, environments and release owners before defining CI/CD controls and platform engineering scope.

Read the practical perspective ↗
DevSecOps & platform engineering

Code & dependencies → Build & verification → Controlled release → Runtime ownership.

ENGAGEMENT QUESTIONS

What should we prepare for the first discussion?

Bring an overview of the environment, business priorities and existing responsibility boundaries. For devsecops & platform engineering, useful discussion inputs include ci/cd workflows, dependency review, infrastructure as code. Share sensitive records only through an approved engagement workspace; this website does not collect them.

How is the work scoped and authorized?

Agree the systems, interfaces, stakeholders, permissions and exclusions before work begins. The proposed sequence connects Code & dependencies → Build & verification → Controlled release → Runtime ownership. Confirm each step's acceptance criteria and responsibility owners rather than assuming every activity is included.

What will the receiving team use after delivery?

A scoped handover can include delivery pipeline scope; security check integration plan; release ownership map. Agree the format, evidence period, limitations and open-action ownership before delivery. Acceptance criteria and ownership stay visible throughout delivery.

Does this service issue a certification or guarantee an outcome?

Independent certification and attestation decisions belong to qualified bodies. Consulting scope, delivery responsibilities and assessor requirements are agreed for your engagement.

See the shape of a reporting handover.

Explore a fictional readiness report and a downloadable evidence-register template.

View sample report ↗

WORK WITH PRIMISPRO

Discuss devsecops & platform engineering.

Bring your business priorities, current environment and the scope you want to explore.

Plan a consultation

SECURITY, COMPLIANCE & ENABLEMENT

Find the support you need.

Compliance & audit readiness

All 84 compliance frameworks & regulations

Explore the relevant controls, evidence and applicability for your industry and markets.

ADGM Data Protection Regulations APRA CPS 234 Australia Essential Eight Australia Privacy Act Bahrain PDPL Brazil LGPD CCPA / CPRA CERT-In cybersecurity directions CIS Controls v8.1 CMMC CMMI COBIT CSA Cloud Controls Matrix CSA STAR DIFC Data Protection Law DORA eIDAS EU AI Act EU Cyber Resilience Act EU GDPR FedRAMP FISMA GLBA Safeguards Rule HIPAA / HITECH HITRUST e1 HITRUST i1 HITRUST r2 Hong Kong PDPO IEC 62443 India DPDP Act + Rules 2025 India IT Act / applicable SPDI Rules IRDAI Cybersecurity Guidelines ISO 13485 ISO 22301 ISO 31000 ISO 9001 ISO/IEC 20000-1 ISO/IEC 27001 ISO/IEC 27002 ISO/IEC 27017 ISO/IEC 27018 ISO/IEC 27701:2025 ISO/IEC 42001 ISO/SAE 21434 Japan APPI Lean Six Sigma & DMAIC MAS TRM MITRE ATT&CK NHS DSP Toolkit NIS2 Directive NIST AI RMF NIST CSF 2.0 NIST SP 800-171 NIST SP 800-207 NIST SP 800-53 NYDFS 23 NYCRR 500 Oman PDPL OWASP API Security Top 10 OWASP ASVS OWASP GenAI / Agentic Security PCI ASV PCI DSS 4.0.1 PIPEDA Qatar NIA Qatar PDPPL Quebec Law 25 RBI Cybersecurity / IT Governance SAMA Cybersecurity Framework Saudi NCA ECC Saudi PDPL SEBI CSCRF Singapore PDPA SOC 1 SOC 2 Type I SOC 2 Type II SOC 3 South Africa POPIA South Korea PIPA SWIFT CSP TISAX UAE PDPL UIDAI/Aadhaar security controls UK Cyber Essentials UK GDPR / DPA 2018

Cybersecurity, technology & training

Readiness, implementation and evidence support. Independent certification and attestation remain with qualified bodies.

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