Operational Resilience and the SOCI Act: Shifting to Adaptive Infrastructure Protection in 2026

Why Traditional Protection Models Fail Under Stress

Traditional critical infrastructure protection models were designed around known threats and static risk profiles. This historical approach is increasingly ineffective in today’s interconnected environment. As Dr Jill Slay AM noted in the landmark 2026 Independent Review of the Security of Critical Infrastructure Act 2018, infrastructure systems have become too complex and interdependent for legacy frameworks to remain reliable.¹

The practical challenge for boards, councils, and executive management across Australia is no longer whether their compliance stack will change, but how quickly they can transition from checklist compliance to demonstrable operational assurance.²

Three recurring structural limitations highlight why traditional protection models fail under modern operational stress:

Siloed Risk Management

Infrastructure assets are still too often managed in isolation—power, fuel, telecommunications, and data processing are treated as separate functional domains. However, unmitigated dependencies cascade rapidly across sectors. Power outages instantly disrupt transport networks and communications estates; fuel shortages compromise transport logistics, emergency services, and aviation; and digital dependencies magnify the impact of physical site failures.

The February 2024 Victorian storm and power outage clearly demonstrated how a single transmission failure can simultaneously impact generation and distribution, exposing systemic vulnerabilities that cross traditional industry boundaries.

Static Risk Assessments

Many organisations continue to rely on periodic, point-in-time risk assessments based on historical scenarios or generic threat catalogues. Yet, recent disruptions demonstrate that severe weather can easily exceed original engineering design assumptions, technical failures can escalate unexpectedly, and upstream or downstream interdependencies are routinely underestimated. Static models cannot keep pace with real-time, fast-moving disruptions.³

Over-Reliance on Prevention

The traditional engineering question has always been: How do we stop incidents from occurring? The reality of the modern threat environment suggests that a more relevant, survival-critical question is: How do we continue operating when incidents occur? For example, the Geelong refinery fire did not result in a total system collapse because the operator maintained partial functionality at reduced capacity while parallel import supply chains were immediately activated to offset losses. This is a classic demonstration of partial system resilience, rather than perfect prevention.

The Evolving Regulatory Landscape: Operationalising the SOCI Act

In response to these systemic vulnerabilities, the Australian Government has fundamentally shifted its regulatory posture. Following the public release of the Independent Review in March 2026, the Minister for Home Affairs announced urgent legislative reforms designed to strengthen the nation’s baseline security posture.⁴ Public consultation on Tranche 1 reforms introduces an Exposure Draft of the enhanced Critical Infrastructure Risk Management Program (CIRMP) Rules alongside significantly expanded Part 3 Ministerial Directions Powers. ⁵

These incoming reforms mark a decisive shift from principles-based risk awareness toward demonstrable, intelligence-informed risk treatment. They apply prescriptive critical infrastructure obligations across the core security domains outlined by the Protective Security Policy Framework (PSPF):

• Cyber and Information Security: For designated high-risk asset classes, responsible entities must implement strict network segregation and operational independence between critical systems and secondary networks, ensuring that core functions remain operational for at least 3 months while compromised networks are restored.⁵
• Personnel Security: Organisations must explicitly identify critical workers and enforce strict suitability requirements. Onshore critical workers with access to business-critical data or control systems must undergo a pre-employment AusCheck background check or hold a valid Australian Government Security Vetting Agency (AGSVA) clearance.⁵
• Supply Chain Security: Entities must meticulously map major suppliers across physical and cyber supply chains, actively evaluating exposure to Foreign Ownership, Control, or Influence (FOCI), jurisdictional sanctions, and the exact degree of vendor access to critical components.⁵
• Physical Security: Security plans must address specific site characteristics, sensitive areas, access controls, surveillance networks, and robust response measures to counter physical threats—encompassing everything from conventional sabotage to unauthorised use of uncrewed aerial systems (drones).⁵

Failing to meet these updated obligations carries immense commercial and legal risk. Under the proposed reforms, civil penalties for non-compliance with a Ministerial direction under Part 3 will increase up to $3.3 million for corporations.⁵

Moving to an Adaptive Resilience Model

 To maintain a valid “social licence” to operate and navigate tightening federal mandates, organisations must shift toward an Adaptive Resilience Model.³ This framework focuses on a system’s ability to operate under acute stress through four iterative phases:

1. Anticipate

Organisations must look beyond traditional threat histories to understand emerging hazards. Climate-driven extreme weather must be treated as a core operational risk, and legacy or unsupported software and hardware infrastructure must be continuously monitored for vulnerability.⁵

Furthermore, strategic planning must recognise that social fractures and eroding institutional trust create a permissive environment in which online hostility can rapidly escalate into physical site intimidation, insider threats, or coordinated civil disruption.³

2. Absorb

Systems must be architected to withstand disruption without experiencing catastrophic, binary failure. Practical examples include advanced grid segmentation and load-shedding capabilities (as observed during the Victorian transmission collapse) and the implementation of decentralised, redundant supply chains that prevent exposure to a single point of failure.

3. Adapt

Resilience requires real-time operational decision-making at the edge. Centralised, rigid bureaucratic command structures are simply too slow when an all-hazards incident unfolds. Organisations must build nuance into their operating models, establishing clear delegations of authority and manual overrides that allow technical teams to act decisively when automated systems fail.³

4. Recover

True recovery must improve the system, not merely restore it to its pre-incident state. Every major operational disruption provides clear data points regarding the structural vulnerabilities of transmission infrastructure, high-risk vendor dependencies, or gaps in emergency management procedures. Post-incident reviews must translate directly into measurable control uplifts and structural enhancements, rather than simple reinstatement.

Practical Strategies for Government and Industry Leaders

Federal, State, and Local Government Impact

For public sector entities, “legitimacy is capability.”³

• Federal: Must maintain macro-level threat visibility and lead national resilience communications to counter exploitative foreign interference and media contamination.
• State: Faces complex public-order and operational continuity challenges when physical infrastructure failures intersect with public anxiety or coordinated protest actions.
• Local: Covers the immediate front line for community impact, where regional utilities, local water assets, and council-managed service centres must remain functional during geographic emergencies.

Broad Industry Implementation Priorities 

To operationalise this roadmap and ensure comprehensive critical infrastructure security, executive teams should execute four immediate priorities:

1. Map Interdependencies and Maximise Tolerable Outages: Move beyond siloed engineering logs. Explicitly map your asset’s dependencies on energy grids, fuel distribution networks, and third-party IT service providers. Establish the true “maximum tolerable outage” for every critical component.⁵
2. Design for Degraded Operation: Ensure that your critical business operations are not binary. Build and test functional briefs that allow core life-safety and mission-critical services to run under manual, isolated, or degraded conditions during an extended outage.
3. Implement Behavioural Personnel Controls: In the personnel and insider risk domains, move beyond basic background history checks. Implement continuous suitability assessments and behavioural monitoring to identify target fixation, anomalous data access, or privilege misuse before harm occurs.³
4. Establish Slow-Lane Communication Protocols: During a fast-moving technical or infrastructure crisis, enforce a “slow-lane protocol” for public messaging.³ Hold definitive comments for a short window while ground facts are independently verified, filling the void with plain-language context cards to prevent misinformation from spreading unchecked.³

How Agilient Can Assist

Agilient is a premier, vendor-neutral security and resilience consulting firm with offices in Sydney, Melbourne, Brisbane, Canberra, and Adelaide. We help public and private sector leaders convert complex regulatory mandates into robust operational capabilities, moving organisations past basic compliance paperwork to a state of defensible, standards-aligned maturity.

Our defined advisory services support your resilience journey across all security domains:

• SOCI Act Compliance & Enhanced CIRMP Audits: Aligning your risk management programs with the latest 2026 Exposure Draft requirements, Dr Jill Slay AM’s outcomes-driven recommendations, and Systems of National Significance obligations.
• Holistic Physical & Electronic Security Consulting: Designing integrated electronic security ecosystems—including AI-driven CCTV, access control, and perimeter monitoring—that act as active value drivers and predictive sensors rather than passive forensic tools.
• Insider Risk & Critical Worker Suitability Strategy: Developing comprehensive personnel security plans that incorporate role-based security vetting, AusCheck alignment, and behavioural risk management to protect your core digital and physical estates.
• All-Hazards Crisis Simulation & Red-Teaming: Structuring and facilitating realistic, multi-hazard desktop exercises that stress-test your executive leadership’s decision-making agility, business continuity plans (ISO 22301), and IT disaster recovery readiness.

Is your organisation resilient to the next cascading disruption? Request a SOCI Act Compliance & Operational Resilience Gap Analysis

References

1. Cyber and Infrastructure Security Centre (CISC), SOCI Act Independent Review Outcomes, cisc.gov.au
2. Gilbert + Tobin, Strengthening Critical Infrastructure Resilience: Proposed Amendments to the Ministerial Directions Powers and CIRMP Rules, gtlaw.com.au
3. Australian Strategic Policy Institute (ASPI), Social Insecurity: Cohesion, Outrage Economics and National Resilience in Australia, aspi.org.au
4. Australian Government Ministers Portal, Government Boosts Response to Infrastructure Threats, minister.homeaffairs.gov.au
5. Department of Home Affairs, Consultation on Enhancements to the Critical Infrastructure Risk Management Program (CIRMP) Rules, homeaffairs.gov.au
6. Edelman Trust Institute, 2026 Edelman Trust Barometer Global Report: Trust Amid Insularity, edelman.com