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Introduction: A New Era for Protecting America’s Critical Infrastructure
For more than 20 years, the United States government and private industry have relied on a partnership model designed to defend the nation’s most important systems — from energy grids and transportation networks to healthcare, communications, and financial services. However, the cybersecurity landscape has dramatically changed. Modern attacks no longer respect industry boundaries, and threats targeting one organization can quickly spread across multiple sectors.
The Cybersecurity and Infrastructure Security Agency (CISA) is now attempting to rebuild and modernize this relationship through a new framework called ANCHOR-CI (Alliance of National Councils for Homeland Operational Resilience – Critical Infrastructure). Announced through a Federal Register notice on July 1, the initiative represents one of the most significant changes in government-industry cybersecurity cooperation in two decades.
The goal is ambitious: create a more flexible, intelligence-driven collaboration model where government agencies and private organizations can work together faster against cyber threats, emerging technologies, supply chain risks, and natural disasters.
The question facing cybersecurity leaders is whether ANCHOR-CI can succeed where previous frameworks struggled — or whether it will become another bureaucratic structure unable to keep pace with modern threats.
From CIPAC to ANCHOR-CI: Why the Old Model Needed to Change
The previous partnership structure, known as the Critical Infrastructure Partnership Advisory Council (CIPAC), played a central role in connecting government agencies with private-sector operators. Through CIPAC, 16 Sector Coordinating Councils (SCCs) provided a communication bridge between industries and federal authorities.
These councils allowed organizations responsible for critical infrastructure to share concerns, provide recommendations, and coordinate defensive strategies with government officials.
However, the world that created CIPAC no longer exists.
When former Homeland Security Secretary Kristi Noem terminated CIPAC in March 2025, the decision triggered immediate concern from lawmakers and industry leaders. Private organizations argued that removing CIPAC created a gap in national cybersecurity coordination.
Without the legal protections provided through CIPAC exemptions, industry groups faced challenges meeting with federal agencies without potentially triggering requirements under the Federal Advisory Committee Act (FACA).
Although other cybersecurity collaboration programs remained active — including CISA’s Joint Cyber Defense Collaborative, the Department of Energy’s Energy Threat Analysis Center, and the National Security Agency’s Cybersecurity Collaboration Center — none provided the same broad cross-industry coordination role.
The missing element was a trusted place where government and private companies could openly discuss national infrastructure security challenges.
Why America’s Cybersecurity Environment Has Outgrown Sector-Based Thinking
One of the biggest weaknesses of the old SCC structure was that it organized cybersecurity around traditional sectors.
Energy companies focused on energy threats. Healthcare organizations focused on healthcare threats. Transportation companies focused on transportation risks.
That approach made sense two decades ago.
Today, it is increasingly outdated.
Modern cyberattacks operate through interconnected digital ecosystems. A vulnerability in a cloud provider, software platform, industrial control system, or artificial intelligence service can affect multiple industries simultaneously.
A single software flaw could potentially impact:
Hospitals and healthcare providers.
Electricity providers.
Manufacturing facilities.
Water treatment systems.
Financial institutions.
Government agencies.
Cybercriminal groups and nation-state attackers do not think in terms of government-defined sectors. They search for weaknesses across the entire digital environment.
ANCHOR-CI attempts to address this problem by moving away from isolated sector communication toward broader collaboration networks.
How ANCHOR-CI Changes the Cybersecurity Partnership Model
The new framework introduces four different council categories designed to create more flexible cooperation.
Instead of forcing every discussion into a single industry category, ANCHOR-CI creates opportunities for organizations facing similar challenges to work together regardless of sector.
The four council types are:
Critical Infrastructure Sector Councils.
Cross-Sector Councils.
Critical Infrastructure Industry Councils.
Regional Coordinating Councils.
This structure reflects the reality that cybersecurity problems are becoming more interconnected every year.
Critical Infrastructure Sector Councils: A Modern Version of the Old SCCs
The Critical Infrastructure Sector Councils represent the closest replacement for the previous Sector Coordinating Councils.
However, there is a major difference.
Under ANCHOR-CI, the CISA director receives direct authority to approve or remove council members.
This creates stronger government oversight and may help prevent some of the problems that affected the previous model.
Historically, some SCCs struggled with stagnant membership, limited diversity of viewpoints, and difficulty bringing new organizations into discussions.
A more active membership model could allow councils to include emerging companies, technology providers, and cybersecurity specialists who were previously underrepresented.
Cross-Sector Councils: The Most Important Innovation in ANCHOR-CI
The most significant improvement introduced by ANCHOR-CI is the creation of Cross-Sector Councils.
These groups are designed specifically for threats that impact multiple industries.
Examples could include:
Artificial intelligence security risks.
Foreign supply chain dependency.
Industrial control system vulnerabilities.
Unmanned aerial system threats.
Cloud infrastructure security.
Nation-state cyber campaigns.
This approach matches how modern attacks actually occur.
For example, the Chinese-linked Volt Typhoon campaign demonstrated that attackers increasingly target operational technology environments connected to critical infrastructure.
A dedicated Operational Technology Council could bring together:
Equipment manufacturers.
Software developers.
Energy providers.
Water utilities.
Transportation operators.
Cybersecurity researchers.
Instead of organizations defending themselves separately, they could develop coordinated strategies against common adversaries.
Critical Infrastructure Industry Councils: Solving Complex Modern Problems
Some security challenges do not fit neatly into existing sectors.
Critical Infrastructure Industry Councils are designed to address those issues.
These councils could focus on specialized technologies or shared risks that affect multiple industries but require deeper technical cooperation.
Possible examples include:
Industrial software security.
Artificial intelligence systems.
Semiconductor supply chains.
Cloud dependency risks.
Digital identity protection.
As infrastructure becomes increasingly software-driven, these specialized groups could become essential for identifying weaknesses before attackers exploit them.
Regional Coordinating Councils: Bringing Cybersecurity Closer to Local Communities
Cybersecurity threats are not only national problems.
Natural disasters, ransomware attacks, and infrastructure failures often have regional consequences.
ANCHOR-CI’s Regional Coordinating Councils aim to help state and local governments prepare for regional risks.
Potential focus areas could include:
Earthquake preparation in the Pacific Northwest.
Water shortages in the Southwest.
Hurricane resilience in coastal regions.
Emergency communication systems.
Regional power grid protection.
The exact implementation remains unclear, but the concept recognizes an important reality: cybersecurity and physical resilience are becoming increasingly connected.
The Legal Foundation Behind ANCHOR-CI
The original CIPAC structure was created through DHS authority rather than direct congressional legislation.
Congress allowed DHS to establish advisory committees with exemptions from certain Federal Advisory Committee Act requirements.
These exemptions allowed:
Faster government-industry discussions.
Private meetings without public notice.
Expertise-based membership selection.
Reduced administrative requirements.
However, these exemptions did not eliminate Freedom of Information Act obligations, despite common misunderstandings.
ANCHOR-CI continues many of these advantages while attempting to modernize the collaboration framework.
Deep Analysis: Technical and Cybersecurity Perspective
Why ANCHOR-CI Matters in the Age of Advanced Cyber Threats
The cybersecurity battlefield has changed from isolated attacks against individual companies into large-scale campaigns targeting ecosystems.
Nation-state attackers, ransomware groups, and criminal organizations increasingly exploit interconnected dependencies.
A vulnerability discovered in a widely used software component can create national-level consequences within hours.
ANCHOR-CI could provide a faster response mechanism.
Potential Technical Benefits of ANCHOR-CI
Organizations participating in ANCHOR-CI could improve:
Threat intelligence sharing.
Vulnerability coordination.
Incident response planning.
Supply chain monitoring.
Artificial intelligence security research.
A modern collaboration platform could allow organizations to exchange indicators of compromise, attack patterns, and defensive strategies more efficiently.
Example security workflows could include:
Example: Checking suspicious network indicators
grep "malicious-domain.com" /var/log/firewall.log
Search for unusual authentication activity
grep "failed login" /var/log/auth.log
Monitor suspicious outbound connections
netstat -ant | grep ESTABLISHED
AI Security and ANCHOR-CI
Artificial intelligence creates new opportunities and new risks.
Attackers can use AI for:
Automated phishing campaigns.
Malware development assistance.
Vulnerability discovery.
Social engineering.
Defenders can use AI for:
Threat detection.
Security automation.
Incident analysis.
Predictive defense.
Cross-sector AI security councils could become essential as AI systems become integrated into infrastructure operations.
Supply Chain Security Challenges
Modern infrastructure depends heavily on global software and hardware suppliers.
A compromised vendor can become a gateway into thousands of organizations.
Examples include:
Software supply chain attacks.
Hardware component manipulation.
Cloud service vulnerabilities.
Third-party access abuse.
ANCHOR-CI’s cross-industry approach may help organizations identify these risks earlier.
The Remaining Challenges
Despite its potential, ANCHOR-CI faces several obstacles.
The biggest risks include:
Excessive bureaucracy.
Slow decision-making.
Limited private-sector participation.
Political changes.
Lack of transparency.
The success of the program depends less on its structure and more on how effectively CISA operates it.
A powerful framework can fail if organizations do not trust the process.
What Undercode Say:
ANCHOR-CI represents a major recognition that cybersecurity has entered a new era.
The old model was designed for a world where industries operated separately.
That world no longer exists.
Today, energy companies rely on software providers.
Hospitals depend on cloud platforms.
Manufacturers depend on global supply chains.
Governments depend on private technology companies.
Everything is connected.
The biggest cyber risks now come from these connections.
ANCHOR-CI’s strongest feature is its attempt to break traditional cybersecurity isolation.
Creating cross-sector councils could become one of the most important improvements in national cyber defense.
Threat actors already operate globally and across industries.
Defenders must do the same.
However, collaboration requires trust.
Private companies will not openly share information if they believe it will create legal, financial, or reputational risks.
CISA must create an environment where organizations see participation as valuable.
The government must also avoid turning ANCHOR-CI into another administrative requirement.
Cybersecurity moves faster than government processes.
A ransomware attack does not wait for committee approval.
A zero-day vulnerability does not wait for policy discussions.
The strongest cybersecurity partnerships are built on speed, transparency, and shared responsibility.
ANCHOR-CI has the potential to become the foundation for a stronger national cyber defense strategy.
But success will depend on execution.
The cybersecurity community has seen many initiatives launched with ambitious goals.
The difference between success and failure will be whether ANCHOR-CI creates real operational cooperation.
If implemented correctly, it could become the most important government-industry cybersecurity improvement since the creation of CISA itself.
The next two years will determine whether ANCHOR-CI becomes a cybersecurity revolution or simply another government framework.
✅ Confirmed: CISA announced ANCHOR-CI through a Federal Register notice.
The initiative represents a real restructuring effort to replace the previous CIPAC-based partnership model.
✅ Confirmed: Critical infrastructure collaboration has become more complex.
Modern cyber threats increasingly affect multiple industries simultaneously, making cross-sector cooperation necessary.
✅ Confirmed: CIPAC provided unique collaboration advantages.
The previous framework allowed government and private organizations to coordinate with fewer procedural restrictions.
❌ Not confirmed: ANCHOR-CI will automatically solve cybersecurity cooperation problems.
The success of the program depends on implementation, participation, and long-term government-industry trust.
❌ Not confirmed: All existing cybersecurity partnerships will disappear.
Programs such as JCDC and other government collaboration initiatives continue operating alongside ANCHOR-CI.
Prediction
(+1) ANCHOR-CI could become a major upgrade in national cybersecurity coordination if CISA successfully builds trusted cross-sector partnerships.
The increasing complexity of cyber threats makes collaboration unavoidable.
Organizations will likely demand faster intelligence sharing and stronger cooperation against AI-powered attacks, ransomware campaigns, and supply chain threats.
If implemented effectively, ANCHOR-CI may become a model for how governments and industries worldwide cooperate on cybersecurity.
(-1) ANCHOR-CI could fail if bureaucracy replaces operational speed.
Without strong industry participation, transparent communication, and practical results, organizations may view the framework as another government program rather than a valuable security partnership.
The future of ANCHOR-CI will depend not on its creation, but on whether it can transform cybersecurity cooperation from meetings and policies into real-world defense.
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