Frameworks & Assurance

Frameworks are useful when they shape the build, not when they decorate a slide.

OrbitWorks helps clients turn security and compliance expectations into architecture decisions, delivery practices, and evidence-producing systems that hold up under real scrutiny.

Review Our Assurance Approach Discuss a Delivery Engagement

We design for practical assurance

Frameworks matter because they create a shared language for risk, control intent, engineering discipline, and audit readiness. The problem is that most organizations treat them as a checklist to survive rather than a design input to use.

Our role is different. We use frameworks to make better architecture decisions earlier. Controls get built into systems rather than bolted on afterward. Evidence exists because the system was designed to produce it. Audit readiness becomes a byproduct of how the work was done, not a separate project triggered by an audit request.

Standards that inform our architecture and delivery decisions

Eight frameworks. Each used where it is actually relevant, with the precision the subject requires.

NIST AI Risk Management Framework (AI RMF)

The NIST AI RMF provides a structured approach to managing risk across the full lifecycle of AI-enabled systems. We use it to anchor governance thinking, map risk across organizational and technical layers, and ensure AI systems are designed around the four core functions: Govern, Map, Measure, and Manage.

Relevant whenDesigning or evaluating AI-enabled products, agentic systems, or automated decision workflows where risk, accountability, and trustworthiness need to be explicit.

NIST Secure Software Development Framework (SSDF / SP 800-218)

The SSDF provides a set of fundamental secure software development practices that reduce vulnerabilities in delivered software. We use it to structure delivery discipline around preparation, protection, production, and response, so that secure development is a practice, not a phase.

Relevant whenBuilding new systems from the ground up, uplifting existing development practices, or preparing for software supply chain scrutiny.

NIST Zero Trust Architecture (SP 800-207)

Zero trust is an architecture strategy, not a product category. We use SP 800-207 to design identity-centric, least-privilege environments where access decisions are made dynamically based on verified context, not assumed based on network location.

Relevant whenModernizing access controls, designing multi-cloud or hybrid environments, or eliminating implicit trust from legacy architecture patterns.

CIS Controls v8.1

The CIS Controls provide a prioritized set of safeguards mapped to real-world attack patterns. Version 8.1 now includes an explicit Governance function, which aligns well with how we approach control ownership and accountability in delivery. We use the Controls to strengthen operational baselines and prevent foundational security gaps from being deferred indefinitely.

Relevant whenEstablishing or reviewing security baselines, prioritizing remediation efforts, or building a control foundation that supports broader framework alignment.

ISO/IEC 27001:2022

ISO/IEC 27001:2022 defines requirements for establishing, implementing, maintaining, and continually improving an information security management system (ISMS). We use it to support structured control thinking, governance maturity, and security management expectations, particularly for organizations where ISO alignment matters to clients, partners, or regulators.

Relevant whenDesigning for ISMS alignment, supporting certification readiness, or operating in sectors where ISO/IEC 27001 is a procurement or regulatory expectation.

GDPR: Privacy by Design and Security of Processing

GDPR creates binding obligations around how personal data is collected, processed, protected, and managed. Articles 25 and 32 establish specific requirements for privacy by design, data minimization, and appropriate technical security measures. We use these obligations as architecture inputs, not as legal disclaimers added after the system is built.

Relevant whenProcessing personal data of EU residents, designing systems that handle user data at scale, or building products where privacy and security obligations must be demonstrated, not just claimed.

CMMC Readiness (aligned to NIST SP 800-171)

The Cybersecurity Maturity Model Certification program establishes cybersecurity requirements for organizations handling Controlled Unclassified Information (CUI) in the defense industrial base. We support control implementation, enclave design, evidence development, and architecture decisions informed by NIST SP 800-171 requirements, without overstating readiness or certification status.

Relevant whenOperating in or adjacent to the defense supply chain, handling CUI, or preparing for CMMC assessment. We position this as readiness support and control-aligned design, not certification delivery.

FIPS-Aware Cryptographic Design (FIPS 140-3)

FIPS 140-3 defines requirements for cryptographic modules used in federal systems and other environments where validated cryptography is required. Only modules tested and validated through the NIST Cryptographic Module Validation Program (CMVP) meet the standard, using approved algorithms alone does not qualify. We design with this distinction in mind, so cryptographic choices are made with the right requirements understood from the start.

Relevant whenDesigning for federal use cases, environments with explicit FIPS requirements, or systems where validated cryptographic modules affect architecture and vendor selection.

Assurance should show up in the design, not the post-mortem

Framework alignment is only meaningful if it produces tangible outcomes in how systems are built, documented, and operated. In practice, that means:

System boundaries are clearly defined and documented before build begins
Access and identity decisions are tied to explicit risk and control rationale
Secrets, keys, and sensitive configuration are managed by design, not convention
Logging is structured to support operational review and evidence requirements
Architecture decisions are recorded with context, alternatives considered, and rationale explained
Delivery patterns create evidence as a byproduct rather than requiring a separate evidence-gathering effort after the fact

Assurance outputs that teams can actually use

Depending on engagement scope and applicable frameworks, deliverables may include:

Architecture review findings with framework-informed observations
Control-informed design recommendations with implementation priorities
Framework mapping support, translating requirements into concrete design decisions
Control gap analysis and remediation roadmaps
Documentation patterns aligned to audit and assessment expectations
Evidence planning guidance for ongoing compliance posture

What we say, and what we do not

OrbitWorks uses specific, accurate language when discussing framework alignment. Precision in this language is not bureaucratic caution. It is how a security-first firm earns and keeps credibility with the buyers and reviewers who know the difference.

We say

Aligned to or informed by

Not

Compliant with, unless compliance is formally verified and documented

We say

CMMC readiness support

Not

CMMC certified, unless that status has been formally assessed and awarded

We say

ISO/IEC 27001:2022 alignment or ISMS design support

Not

ISO compliant, unless certification is held

We say

FIPS-aware design

Not

FIPS compliant, unless modules in use are validated under NIST's CMVP program

Need help turning framework requirements into technical design?

Framework alignment is most useful when it happens at the architecture stage, before the build makes change expensive. Start with a focused assurance review and leave with a clear picture of where you stand and what to do about it.

Have questions about framework alignment, compliance readiness, or GRC integration? Email [email protected] or request a consultation.

Review Our Assurance Approach