Introduction

The National Institute of Standards and Technology’s (NIST) new co-development approach, demonstrated in SP 1800-44A, marks a noteworthy shift in how federal cybersecurity guidance is shaped. Instead of developing standards in isolation and releasing standards for comment only after drafting, NIST worked alongside 14 industry partners to build the DevSecOps Framework in real time. The result is guidance more closely aligned with operational tooling, practices, and software delivery models already in use across the public and private sectors.

While this model offers clear benefits—including faster modernization, improved applicability, and stronger alignment between policy and implementation—it also introduces new considerations, like:

• Potential vendor influence
• Uneven readiness across agencies
• Questions about long-term independence in standards development

For federal ISSOs and program leaders, the takeaway is practical: treat SP 1800-44A as a maturing reference approach instead of as a mandate or vendor roadmap. Adoption should proceed intentionally, ensuring that modernization and public accountability advance together.

NIST’s new collaborative model

In July 2025, the National Institute of Standards and Technology’s (NIST) National Cybersecurity Center of Excellence (NCCoE) published SP 1800-44A, Secure Software Development, Security, and Operations (DevSecOps) Practices, as a preliminary draft. This document was produced in collaboration with 14 industry partners:

• AMI (American Megatrends)
• Black Duck
• CyberArk
• Dell Technologies
• Endor Labs
• GitLab
• Google (Alphabet)
• IBM
• Microsoft
• NextLabs
• Palo Alto Networks
• Sagittal AI
• Scribe Security

The purpose of the draft is to define practical guidance on embedding security into software development life cycles. Unlike previous NIST publications, this draft is an iterative and participatory effort -- meaning the guidance was developed through repeated build-test-refine cycles with the participation of public and private collaborators. Earlier NIST publications were written internally and opened for comment after the draft was complete. This effort was co-developed in real time with industry partners through the NCCoE, producing a working, evidence-based reference architecture rather than a static policy document.

This approach aligns with Executive Order 14144 (2025) and its June 2025 amendments, which direct federal agencies to strengthen cybersecurity by partnering with private-sector innovators. Practically, the draft’s seven-phase DevSecOps reference model (Plan, Develop, Build, Test , Release, Deploy, Operate) integrates secure coding, automated scanning, supply-chain integrity, and zero-trust principles—demonstrating how to operationalize secure development rather than merely prescribing controls.

How policy development used to work

For decades, NIST issued guidance as a federal expert product. The agency’s internal teams wrote the SP 800 series, such as SP 800-53 (security controls) and SP 800-218 Secure Software Development Framework (SSDF)—and released drafts for public comment only after publication preparation. After Executive Order 14028 (2021) on software supply-chain security, NIST began involving industry earlier, yet the process remained sequential: federal authors first, public comments second.

The shift toward a collaborative development model did not occur in isolation. Much of the momentum traces back to Executive Order 14028, Improving the Nation’s Cybersecurity (May 2021), which directed federal agencies to strengthen software supply chain integrity, adopt secure-by-design practices, and work more closely with private-sector technology stakeholders. The Executive Order accelerated the transition from prescriptive, policy-only guidance toward more agile, demonstrative, and collaborative models of cybersecurity standardization. In this context, SP 1800-44A should be understood not only as a technical resource, but also as a policy response to evolving federal expectations for modernization, risk transparency, and public-private alignment.

SP 1800-44A represents a true shift. The NCCoE consortium brings vendors, researchers, and federal specialists into the co-design phase, producing prototype implementations before publication. 

It is no longer: “NIST writes, industry reacts.” 

It is now: “NIST and industry build together.”

This shift represents both modernization and cultural change in how federal cybersecurity guidance is conceived, tested, and shared.

Opinions and reactions

Supporters of the new model argue collaboration shortens the gap between policy and implementation. According to SecureWorld Magazine (2025), SP 1800-44A demonstrates “how security can be integrated without slowing down development.” Similarly, the American National Standards Institute (ANSI) notes public-private partnerships yield standards that are “more relevant and deployable across sectors.”

Skeptics caution that heavy vendor involvement can blur boundaries between neutral guidance and product positioning. Research from the Center for Strategic and International Studies (CSIS, 2022) and recent analyses of regulatory capture (Wei et al., 2024) warn well-intended collaboration can inadvertently promote solutions aligned with the interests of dominant technology providers.

The emerging consensus is nuanced: collaboration makes guidance more realistic and timely—but agencies must maintain transparency, ensure tool-agnostic procurement, and preserve public-interest oversight.

Expanded critical perspectives

Opinions and reactions outlines conceptual risks and tensions, and practitioner commentary provides additional visibility into how these themes are emerging in operational environments. 

While reaction to SP 1800-44A has generally been positive, several concerns have emerged that warrant consideration. Some experts caution that the co-development model may allow large industry partners to shape standards in ways that align with their platforms and commercial interests. This raises questions about neutrality, transparency, and long-term independence in standards development.

Others highlight the risk of uneven adoption. The guidance assumes a level of infrastructure maturity and DevSecOps literacy many agencies, particularly those with legacy systems or constrained resources, may not yet possess. Without deliberate training, process mapping, and cultural transition, implementation may produce fragmented results.

Representation has also been noted as an area for improvement. The draft reflects collaboration with major vendors, but participation from smaller companies, nonprofits, and open-source maintainers appears limited. This reinforces concerns about ecosystem balance and innovation equity.

Pros and cons of the co-development approach

The move toward collaborative standards development brings both benefits and trade-offs. 

Pros:

• Faster alignment between policy and operational practices
• Increased clarity and applicability
• Shared ownership may strengthen adoption and reduce resistance

Cons:

• Potential over-reliance on vendor ecosystems reflected in the reference architecture
• Risk of limited representation from open-source and smaller innovators
• Increased complexity for agencies transitioning from legacy environments
• Potential for implicit vendor bias despite neutral policy language

Industry commentary

Reaction within the cybersecurity, DevSecOps, and software assurance community continues to evolve as more practitioners examine SP 1800-44A and its implications. Early responses have been generally positive, especially among engineering teams and toolchain integrators who welcome guidance that reflects actual industry practice rather than abstract modeling. Several professional forums and early commentary acknowledge NIST’s co-development model represents an alignment between federal cybersecurity frameworks and the development realities facing modern software delivery pipelines.

At the same time, industry journals, analyst blogs, and practitioner surveys highlight structural challenges that parallel long-standing concerns in DevSecOps adoption. Research published in Information & Software Technology and recent SANS, GitLab, and DevSecOps.com surveys consistently identify cultural resistance, workforce skill gaps, legacy system constraints, and toolchain sprawl as systemic barriers. These factors exist independently of NIST’s approach but remain relevant context: even the most practical reference architecture cannot directly resolve organizational change management, procurement complexity, or uneven modernization maturity across agencies.

Commentary from nonprofit and open-source communities reflects a more cautious stance. Some observers have questioned whether co-development risks reinforcing dominant vendor ecosystems or unintentionally signaling tooling preferences. While the draft does not mandate specific vendor platforms, its real-world demonstration environment naturally reflects the technologies contributed by consortium participants. This dynamic has sparked a broader discussion about how federal guidance can remain tool-agnostic while still grounded in operational reality.

Meanwhile, cybersecurity leadership publications and standards groups such as ANSI and SecureWorld Media emphasize the collaborative model as a step toward accountability and modernization. These sources suggest shared development between government and industry may shorten adoption cycles and increase alignment with secure-by-design objectives. The shared theme across practitioner and analyst commentary is not whether the model is appropriate, but how agencies will operationalize it: incrementally, transparently, and with the understanding that DevSecOps is a governance shift, not merely a tooling exercise.

Together, industry perspectives suggest optimism tempered by practical caution. SP 1800-44A has been well-received as a demonstration of DevSecOps principles applied to real environments, but successful adoption will depend on agency readiness, workforce capability, and sustained commitment to cultural change. For ISSOs, the takeaway is clear: the guidance is useful, but the work is still ahead.

Implications for ISSOs and risk professionals

For ISSOs, program managers, acquisition personnel, and security governance leaders in federal civilian agencies such as CMS, the shift to co-development has practical and operational consequences. 

First, the traditional model of referencing NIST publications as static, slow-moving guidance now gives way to more dynamic advisories that may evolve alongside industry capability. This means internal policy alignment, risk processes, and Software Development Lifecycle (SDLC) documentation may require more frequent review and revision.

Second, procurement language will need attention. Because some stakeholders worry co-development may align guidance with specific vendor ecosystems, acquisition professionals should ensure “or equivalent” language remains central to contracting language. Verification of results, not the tools used, should define compliance.

Third, workforce capability and cross-discipline literacy will need to expand. DevSecOps collapses traditional roles—development, operations, and security—into shared practices and shared accountability. ISSOs will need working familiarity with CI/CD pipelines, automated scanning, supply-chain integrity artifacts such as Software Bill of Materials (SBOMs), and continuous monitoring concepts such as attestations and provenance records.

Finally, implementation may benefit from cautious pacing. Agencies should resist treating the new guidance as a checklist or narrow compliance requirement. Instead, the model should be used to evaluate current maturity, identify gaps, pilot improvements, and align modernization strategies across technical, governance, and procurement domains.

Implications for Federal cybersecurity programs

Conclusion

NIST’s release of SP 1800-44A signals an important shift in how federal cybersecurity guidance is developed and implemented. By working directly with industry partners, NIST has produced a reference model that reflects current DevSecOps tooling, workflows, and secure-by-design expectations more accurately than traditional standards.

The response from the professional community shows strong support for this practical approach, yet also highlights real-world barriers: legacy systems, uneven automation maturity, workforce skill gaps, and the potential for vendor influence or ecosystem bias. These factors mean the value of the new framework will depend largely on how agencies apply it -- not just that it exists.

For ISSOs and technology leaders, the appropriate stance is intentional adoption rather than automatic implementation. SP 1800-44A can serve as a roadmap for modernization, provided it is paired with governance discipline, technology neutrality, and a phased approach which aligns risk, capability, and mission priorities.