Focused, Resilient, Agile, Secure: Four Signals the New National Security S&T Strategy Sends the Innovation Ecosystem
Protection and innovation are now a single design problem. How does the newly released NSSTS affect the broader research and technology enterprise, not just exporters?
Key Takeaway: In August 2026, the Office of Science and Technology Policy released the National Security Science and Technology Strategy (NSSTS), the science and technology companion to the 2025 National Security Strategy, organizing the US S&T enterprise around four attributes: focused, resilient, agile, and secure. It landed the same week the government made research security operational and consequential: a two-week audit ultimatum to 30 universities and a 53-page Congressional report finding a leading university's research compliance program inadequate. The strategy's through-line is a discipline A&M has documented across AI export enforcement: build positions of advantage, protect them through verification, and exercise them through institutions that condition access on demonstrated compliance. For research institutions, technology firms, and investors, the message is direct: diligence, verification, and monitoring are moving upstream to the point of proposal, investment, and access. The institutions that design verification into their execution approach will move faster, with less friction and greater opportunity, than those that treat it as reactive compliance overhead.
A Strategy Arriving Amid Heightened Research Security Scrutiny
The NSSTS supports and enables the 2025 National Security Strategy and satisfies a congressional mandate in the CHIPS and Science Act.3 It treats S&T leadership as itself a national security objective and organizes the government's posture around four attributes, expressed through four pillars:
- Focused (concentrate techno-strategic competition where US advantages produce affordable, effective outcomes, and shape the standards and governance terrain);
- Resilient (reduce dependence and single points of failure, verify component provenance, and keep adversaries out of critical systems and supply chains);
- Agile (accelerate innovation by engaging industry and academia and removing unnecessary administrative and regulatory friction); and
- Secure (protect S&T through research security, modernized investment screening, and streamlined but enforced export controls).
The strategy arrived amid heightened research security scrutiny. On August 17, the Department of War ordered 30 domestic institutions to review their academic, financial, and research collaborations with foreign entities of concern, assess exposure of sensitive or export-controlled research, implement mitigation measures, including termination of problematic partnerships, and report directly to the Department by August 31. To maintain eligibility for future federal research funding, the notified institutions must complete the audit.4 Days earlier, the House Select Committee on the Chinese Communist Party and the House Education and Workforce Committee released a 53-page report criticizing Harvard's research compliance program. Among other findings, the committees cited sanctions screening guidance that directed users to use an exact-name match and stated that Harvard's head of research could not explain basic regulations governing the export of dual-use technologies. The committees recommended that Harvard centralize and professionalize its research security function with relevant export control and national security expertise.5
Read together with NSF research security measures that have been in effect since December 2, 2025, including research security training and Confucius Institute certification requirements,6 NSF's July 2026 advance notice of a restricted-entity collaboration prohibition that it intends to implement in FY2027,7 and NIH's research security training certification requirement, effective for applications submitted for due dates on or after May 25, 2026,8 these developments point toward earlier-stage diligence, certification, and monitoring. The NSSTS provides a strategic frame for this shift. Four signals matter most.
Signal 1: Research Security Has Moved Upstream, and Enforcement Is Underway
The strategy calls for processes to track individuals and institutions that are direct and indirect recipients of federal research funding; prohibit fundamental research funding to high-risk entities, including companies on the Section 1260H list; establish risk-based review criteria and a shared information repository; automate research security vetting of proposals; and continuously monitor funded research projects where appropriate.9 The August 17 audit order is consistent with this posture and gives the notified institutions until August 31 to complete and report their reviews.10 Separately, beginning in FY2026, the Department of War's Section 1286 funding prohibition extends to employees of listed institutions.11 Compliance therefore depends on knowing who employs, appoints, funds, and collaborates with your researchers, not only whether the institution itself appears on a list.
Point-in-time attestations alone may no longer be sufficient for the questions agencies are asking. Institutions need a defensible, evidence-backed capability to identify covered people and relationships, resolve incomplete disclosures, assess export-controlled and dual-use exposure, and document the basis for each funding and access decision. Related export-control and technology-security expectations also reach technology suppliers, data center operators, cloud service providers, and investors.12 Organizations that wait for an audit or inquiry to build this capability may face compressed timelines and greater remediation pressure.
Signal 2: Inbound and Outbound Investment Screening Is Expanding, and “Verifiable Distance” Is Increasingly Important
The strategy signals a stronger, better-resourced Committee on Foreign Investment in the United States (CFIUS), expanded critical-technology jurisdiction, monitoring of certain greenfield investments, and a strengthened Outbound Investment Security Program, with restrictions continually evaluated across AI, quantum information systems, semiconductors, supercomputers, and hypersonics. It also states that CFIUS will focus or ease restrictions in proportion to an investor's “verifiable distance” and independence from adversary practices.13 For affected transactions, verifiable distance is therefore an evidentiary issue, not simply a representation. Parties should be able to substantiate relevant ownership, affiliations, partnerships, and mitigation measures with records. Building that record early can reduce late-stage diligence surprises and support more efficient pricing and closing decisions.
Signal 3: Export Controls Streamline for Allies While Enforcement Tightens: One Rule, Not Two
The strategy frames export controls as a strategic instrument: safeguarding leading-edge capability and shaping where technology develops, while eliminating outdated controls that impede allied collaboration and scale.14 This matches the pattern our team has documented across AI export enforcement: record penalties, criminal exposure reaching corporate leadership, remote access increasingly treated as an export-control issue, and hardware-level verification legislation advancing on a unanimous committee vote, all alongside expanded licensing in narrow, vetted channels.15 Expanded access and assertive enforcement are not contradictory. Together, they point to a consistent principle: market access conditioned on verifiable, enforceable compliance. This is consistent with the verification-by-design architecture A&M set out in Verifying the Stack, integrating security, compliance, and trust into deployment from the first decision so that the system can continuously produce evidence of compliance.16
Signal 4: Provenance, Resilience, and Standards Are Increasingly Shaping Conditions of Doing Business
The strategy calls for segmentation of critical network architectures, verification of component provenance, protection of operational technology, and “graceful degradation” rather than unaffordable imperviousness. It pairs that protection agenda with an equally deliberate innovation agenda: STEM and workforce development, faster clearances, commercialization pathways, and robust American participation in international standards bodies.17 For technology suppliers, infrastructure operators, and the institutions that buy from them, these priorities are likely to shape procurement and partnership expectations across the federal enterprise. The strategy also emphasizes protecting sensitive S&T without unduly slowing innovation, attracting and retaining top-tier global talent, and working with international allies and partners.18 The practical objective is to collaborate and attract talent while providing credible assurance that people, funding, affiliations, access, and downstream use are understood and risk-governed.
What This Means for You
Universities and research institutions
- Expect audit triggers, certification demands, and proposal-stage review on short timelines. Stand up a repeatable capability to identify covered people and relationships, resolve incomplete disclosures, assess export-controlled and dual-use exposure, and produce a defensible evidentiary record that survives a sponsor's follow-up questions.
- Professionalize research security leadership with genuine export control and national security expertise to address the specific gap identified by the House committees.19
Technology and infrastructure firms
- Treat provenance, segmentation, access control, and continuous monitoring as design requirements. Build verification into deployments from the first decision rather than retrofitting after authorization, and incorporate audit-grade documentation into operating models.
Investors and deal teams
- Model transactions against an expanding inbound and outbound screening perimeter. Diligence technology lineage, end use, and control maturity early, and be able to evidence verifiable distance from adversary practices. Price compliance, mitigation, and oversight into the deal rather than discovering them at closing.
Counsel
- One effective model reserves legal standards and conclusions, privilege strategy, and reporting advice to counsel, supported by structured fact development, technical and operational assessment, control testing, remediation, and evidence development. That division of labor lets legal judgment drive while accelerating diligence, decisions, and defensible reporting.
How A&M NSTT Can Help
A&M NSTT helps research institutions, technology firms, investors, and their counsel compete, deploy, and collaborate securely across the S&T lifecycle. Drawing on advanced computing and research institution engagements, export control and investigative expertise, and our verification-by-design work,20 we support rapid audit response, pre-funding and pre-investment diligence, remediation and control implementation, and ongoing monitoring under counsel direction. This work is designed to support counsel's privilege strategy and give leadership a defensible basis for funding, access, and partnership decisions. Our University Research Security, Audit, and Compliance Readiness offering is specifically tailored to help research institutions and counsel proactively address these emergent expectations.
To discuss how these developments affect your institution or portfolio, contact the A&M NSTT team.
For more information about A&M's University Research Security, Audit, and Compliance Readiness services, click the button below.
Endnotes
1. Office of Science and Technology Policy, National Security Science & Technology Strategy (Office of Science and Technology Policy, 2026), 2-3.
2. “Department of War Orders Research Security Audits at 30 Academic Institutions,” US Department of War, August 17, 2026; House Select Committee on the Chinese Communist Party and House Committee on Education and Workforce, Compromised Independence: CCP Influence at Harvard University (US House of Representatives, 2026), 16-20.
3. Office of Science and Technology Policy, National Security Science & Technology Strategy, 2.
4. US Department of War, Department of War Orders Research Security Audits at 30 Academic Institutions, press release, August 17, 2026.
5. House Select Committee on the Chinese Communist Party and House Committee on Education and Workforce, Compromised Independence: CCP Influence at Harvard University (US House of Representatives, 2026), 17-20, 51-52.
6. US National Science Foundation, “Important Notice No. 149: Updates to NSF Research Security Policies,” updated November 24, 2025.
7. US National Science Foundation, “Prohibition on Collaborations with Restricted Entities,” Dear Colleague Letter, July 8, 2026.
8. National Institutes of Health, “Research Security Training Requirements for NIH,” NOT-OD-26-017, December 2, 2025.
9. Office of Science and Technology Policy, National Security Science & Technology Strategy, 12-13.
10. US Department of War, Department of War Orders Research Security Audits at 30 Academic Institutions, press release, August 17, 2026.
11. US Department of War, Fiscal Year 2025 Lists Published in Response to Section 1286 of the National Defense Authorization Act for Fiscal Year 2019 (Public Law 115-232), as amended (US Department of War, 2026), 1.
12. Randall Cook, Louis Conde, and Caitlin McKibben-Golub, “AI Technology Export Enforcement: 5 Signals Companies Cannot Afford to Miss,” Alvarez & Marsal, April 7, 2026.
13. Office of Science and Technology Policy, National Security Science & Technology Strategy, 13-14.
14. Office of Science and Technology Policy, National Security Science & Technology Strategy, 15.
15. Randall Cook, Louis Conde, and Caitlin McKibben-Golub, AI Technology Export Enforcement: 5 Signals Companies Cannot Afford to Miss, Alvarez & Marsal, April 7, 2026.
16. Randall Cook, Vince Mekles, Kevin DeVilbiss, and Louverture Jones, Verifying the Stack: How to Promote Global Adoption of US AI While Preventing Adversary Exploitation (Alvarez & Marsal, 2026), 5, 18-20.
17. Office of Science and Technology Policy, National Security Science & Technology Strategy, 6, 8-11, 16-17.
18. Office of Science and Technology Policy, National Security Science & Technology Strategy, 3, 13, 16-19.
19. House Select Committee on the Chinese Communist Party and House Committee on Education and Workforce, Compromised Independence: CCP Influence at Harvard University (US House of Representatives, 2026), 51-52.
20. Randall Cook, Vince Mekles, Kevin DeVilbiss, and Louverture Jones, Verifying the Stack: How to Promote Global Adoption of US AI While Preventing Adversary Exploitation (Alvarez & Marsal, 2026).
This alert is based on publicly available information as of August 27, 2026. It is provided for informational purposes only and does not constitute legal advice.
