Quick summary: this briefing pulls together three timely developments that show cybersecurity shifting from a mostly technical discipline into a strategic, cross-sector imperative. First, community-level capacity building—free virtual cybersecurity workshops launched by the University of Hawai‘i Cybersecurity Clinic with philanthropic funding—illustrates how governments, academia and industry can close the SME skills gap. Second, a World Economic Forum synthesis of executive and cyber-leader perspectives highlights the macro drivers shaping cyber risk in 2026: AI-enabled attacks, geopolitics, fragmented technology stacks and a widening skills shortfall. Third, Poland’s public account of a foiled attack on energy infrastructure underlines how nation-states are prioritizing resilience for critical infrastructure and how attribution, deterrence and investment in OT/IT defenses matter in real time. Together they reveal three converging themes for 2026: capacity building at the edges, collective action across sectors, and hardened defenses for critical infrastructure.

Below you’ll find a concise yet deep op-ed-style briefing: summary of each story, analysis and implications, concrete actions for CISOs and leaders, and a closing synthesis that frames what these developments mean for strategy, procurement, and public policy.

Introduction — why these three stories matter together

Cybersecurity is no longer a back-office concern for IT teams. The modern threat environment—shaped by geopolitical competition, the rapid spread of AI-powered offensive tools, and increasingly complex supply chains—requires action at every level of society. Today’s stories trace that shift across three scales:

• The local, where small businesses and community colleges need accessible, practical cyber-skill building so they are not the weak links that enable large-scale fraud and intrusion. The University of Hawai‘i workshops model a low-cost, high-leverage approach to raising baseline resilience.

• The global, where executives and cyber leaders convened or published through the World Economic Forum emphasize cross-border cooperation, shared threat intelligence, and strategic investments in people and automation to counter adversaries who themselves increasingly use advanced tech such as generative AI. These are strategic priorities that should inform board-level conversations and capital allocation.

• The national-critical layer, where state-grade actors probe and sometimes strike critical infrastructure. Poland’s reported thwarting of a sophisticated attack on energy installations highlights how national resilience depends on preparedness, incident response maturity, and rapid public-private coordination. It is also a reminder that attribution and deterrence sit at the intersection of intelligence, law and cyber operations.

Viewed together, these items demonstrate the three pillars organizations must focus on in 2026: raising baseline resilience across micro-actors (SMEs, universities), investing in collective defences and shared intelligence at sector and international levels, and hardening the small but consequential OT/IT intersections that attackers target in pursuit of cascading effects.

1) Virtual workshops for small businesses — UH Cybersecurity Clinic’s pragmatic answer to the skills gap

What happened

The University of Hawai‘i launched a series of free virtual workshops, the first titled “Introduction to Cybersecurity: Cyber Hygiene,” aimed at sole proprietors and small-business owners across the state. The session (held January 21, 2026) is the first in a sequence offered by the UH Cybersecurity Clinic and funded in part by Google’s Cybersecurity Clinics Fund and the Consortium of Cybersecurity Clinics, which provided a $1 million grant to establish the UH Clinic—one of 15 clinics nationwide. The workshop syllabus covers practical, low-friction controls: strong passwords and MFA, software patching, backups and recovery, employee awareness, access controls, and incident response basics. No deep technical background is required.

Source: Spectrum News (University of Hawai‘i Cybersecurity Clinic virtual workshops).

Why it matters

1. SMEs are systemic risk nodes. Small businesses account for a significant portion of supply-chain relationships with larger enterprises. Their compromise is often the vector that allows attackers to pivot into larger targets. National and sectoral resilience depends on raising the baseline security posture of these small actors. The UH initiative directly addresses this risk.

2. Low-cost, high-leverage training works. Practical workshops that teach “cyber hygiene” are not glamorous, but they produce outsized returns when they reduce successful phishing, credential theft, and unpatched-software exposures—the three most common small-business failure modes. Public funding and collaboration with big tech (e.g., Google’s fund) make these programs sustainable.

3. Local muscle builds national resilience. The geography-specific model matters. Hawaii’s unique economic mix—tourism, family-run stores, specialized services—means a generic, one-size-fits-all training program would be less effective. Local clinics can tailor content, case studies and compliance guidance to regional realities and regulation. This community-networked approach is precisely how systemic risk diminishes: through repeated, trusted interventions at scale.

Practical implications for cyber leaders

• Adopt a ‘teach-the-supply-chain’ posture. Procuring organizations should fund or offer training to their small suppliers as part of contract terms. This could be formalized through supplier readiness programs or conditional contracting incentives (e.g., preferential payment terms contingent on completing minimum cybersecurity training).

• Leverage community clinics as a force multiplier. Partnerships between corporations, academia, and government can create sustained, localized training centers. These clinics are credible distributors of open-source security tooling and practical playbooks that non-technical owners can apply immediately.

• Track outcomes, not attendance. Measure reductions in ‘baseline vulnerabilities’ (e.g., percent of small suppliers implementing MFA, patch cadence improvements, backup frequencies) rather than raw headcount of workshop attendees.

2) Global priorities: what executives and cyber leaders say must be done — World Economic Forum synthesis

What the report says (high level)

A World Economic Forum piece aggregates views from chief executives, ministers and cybersecurity leaders about the high-priority actions required to manage cyber risk in 2026. Key themes include:

• AI is a force multiplier for both defense and offense; governance and human oversight lag adoption.
• Geopolitical fragmentation and digital sovereignty complicate threat intelligence sharing and cross-border response.
• The cyber skills gap is widening, making automation, AI augmentation and training investments vital.
• Collective resilience—shared standards, public-private exercise programs, and sectoral information sharing—are essential to reducing systemic risk.

The article quotes a range of senior figures — from Mastercard’s CEO to the EU Commission’s executive vice-president for tech sovereignty and INTERPOL’s Secretary-General — all stressing the urgent need for coordination, people development, and better governance of AI in cybersecurity contexts.

Source: World Economic Forum (As cybersecurity risks grow, here are the priorities of executives and cyber leaders).

Why this is meaningful

1. Executive alignment is now visible. When C-suite leaders and national figures consistently highlight the same priorities—skills, AI governance, information sharing—it increases the probability of policy shifts, funding allocations and cross-sector programs that can be operationalized at scale. This top-level alignment matters because it drives budgets and mandates.

2. AI’s double-edged role needs governance. The WEF synthesis frames AI both as a defensive force (automated detection, triage, and response) and an offensive enabler (automated phishing, vulnerability discovery, social engineering). Without governance, the defenders’ use of AI will lag the attackers’ rapid weaponization. In practice this means investing in AI that is auditable, controllable and explainable as a top priority.

3. Fragmentation is a systemic risk. Technology decoupling—driven by national security concerns and data-sovereignty policies—threatens to create incompatible security stacks across jurisdictions. Fragmentation complicates shared detection and response: if telemetry standards differ, so does the ability to coordinate. The WEF argues for interoperable frameworks and stronger cross-border mechanisms for intelligence and incident response.

Actionable priorities derived from the WEF synthesis

• Invest in AI safety and transparency. The report’s leaders encourage development of explainable AI for security tasks and caution against unchecked automation. Security teams should prioritize tools that offer human-in-the-loop controls and explainability.

• Plug the skills gap programmatically. The WEF’s policy push points to funded apprenticeships, sectoral certification programs, and cross-training programs that combine domain knowledge (OT, supply chain) with cyber skill. Organizations should partner with academic clinics to create pathways from local training programs into industry staffing.

• Operationalize cross-border playbooks. Build or join sector-based ISACs (Information Sharing and Analysis Centers) and practice cross-border tabletop exercises focusing on the legal, regulatory and operational frictions that occur in actual incidents.

3) Poland foils a major assault on energy infrastructure — national resilience in action

What happened

Poland reported that its cyber defenses successfully repelled a sophisticated attempt to disrupt energy infrastructure (an attack reportedly targeting combined heat-and-power plants and a number of renewable installations). Officials described the December 2025 incident as the most serious such episode in recent years but affirmed that defense mechanisms functioned correctly and that critical infrastructure was not compromised. Polish leaders publicly suggested links to Russian-affiliated actors, while emphasizing the effectiveness of preparedness and the need for continued investment in cyber defences for critical infrastructure. Coverage includes national briefings and reporting by Reuters and regional outlets.

Source: Reuters / Euronews coverage (Poland’s PM praises cyber defences after attempted attack on energy infrastructure foiled).

Why this matters

1. Target selection is strategic. Attacking energy systems has outsized societal impact: blackouts, supply disruptions and cascading consequences in healthcare, finance and supply chains. This attack targeted not just central grid nodes but distributed renewable and CHP communication systems—demonstrating sophistication and intent to create distributed disruption rather than a single-point failure.

2. Defense-in-depth likely saved the day. The Polish official narrative notes that detection and response actions prevented operational compromise. That implies maturity in several areas: OT/IT segmentation, active monitoring of device telemetry, timely patching or mitigations, and practiced incident response. Those capabilities are expensive and complex—but evidently effective when properly implemented.

3. Attribution shapes policy and deterrence. Polish officials publicly stated there were strong indicators of involvement by actors linked to Russian services. Whether or not attribution is fully proven, public attribution serves two purposes: it frames the incident as an act of sabotage (not mere crime) and it legitimizes diplomatic, legal and defensive responses. Attribution, however, requires careful evidentiary processes—hasty public statements without corroboration can complicate international responses.

4. Investment imperative for OT security. The incident underscores the need to invest in OT-specific defenses (secure remote access, network microsegmentation, anomaly detection tuned to industrial protocols, and offline redundancy). Energy operators must coordinate with national CERTs and defense agencies to ensure rapid containment and continuity of operations.

Strategic takeaways

• Operationalize OT-IT collaboration now. Utilities and energy companies must build cross-functional teams where control-systems engineers and cybersecurity staff share real-time telemetry and decision authority. Regular joint drills (including crisis communications and public affairs) are essential.

• Invest in detection tuned to OT signals. IT threat feeds are not enough. Specialized OT detection that understands protocol anomalies, timing mismatches, and subtle command injections will reduce detection-to-containment times.

• Policy & diplomacy must be synchronized with technical response. Attribution and public messaging should be coordinated with allied partners to present a united front and prepare proportionate responses when state-linked actors are implicated.

Cross-cutting analysis — three strategic lessons from these reports

Lesson 1: Resilience is multi-scalar — from sole proprietors to nation-states

The common thread across Hawaii’s workshops, the WEF synthesis, and Poland’s foiled attack is scale. Resilience requires interventions at every level: community training reduces attack surface; multinational cooperation and shared standards increase the speed and quality of response; and national investments protect critical infrastructure and deter strategic adversaries. No single layer suffices.

Implication: Security investment portfolios must be diversified across program types: training and outreach, automation and tooling, and high-assurance OT/IT modernization.

Lesson 2: People and process still beat point solutions

Technology matters—but human factors (skills, SOPs, cross-domain exercises) and processes (governance, contracts, supplier oversight) determine whether technology can be effectively applied. The WEF piece and UH Clinic both stress that human capital—upskilling, better org design, and shared playbooks—is the most persistent bottleneck.

Implication: Reallocate some capital from tooling to sustainable operational capacity: apprenticeships, incident response playbooks, and continuous tabletop exercises.

Lesson 3: Threats are evolving — and so must cooperation models

Attacks are more distributed, AI-enabled, and politically charged. The old bilateral information sharing model is insufficient. The WEF and the Poland incident point to the need for fast, multilateral, sector-oriented intelligence sharing and legal frameworks that allow cross-border forensic work and emergency response without getting stuck on data-sovereignty debates.

Implication: Invest in interoperable standards (CTI formats, OT telemetry standards), legal frameworks for shared forensic access, and mutual-assistance pacts for rapid containment.

Tactical playbook — what practitioners should do in the next 90 days

Below are pragmatic, prioritized actions for public- and private-sector leaders, tailored to different roles.

For CISOs and security ops

1. Run supplier hygiene audits. Prioritize SMEs in your supply chain: verify MFA, patch cadence, and incident response contact info. Fund remediation where appropriate; treat it as procurement risk mitigation. (Immediate)

2. Exercise OT/IT incident drills. Coordinate with operations, vendors, and national CERTs to simulate attacks on distributed assets (wind farms, CHP units). Include communications and legal teams. (30–60 days)

3. Adopt AI-augmented detection carefully. Integrate explainable AI detection tools with human-in-the-loop thresholds to reduce false positives and preserve analyst trust. (30–90 days)

For procurement and vendor management

4. Mandate basic training for critical suppliers. Require evidence that small suppliers complete a vetted “cyber hygiene” module (or show equivalent certification) before contract renewal. Offer funded slots through local clinics where feasible. (Immediate)

5. Embed OT security SLAs. For energy and industrial suppliers, contractually require secure remote access, firmware-update policies, and emergency access paths. (30–90 days)

For boards and executive leadership

6. Update risk registers and capital plans. Ensure cyber risk is represented as a cross-functional business risk—quantify potential revenue, operational, and reputational impacts for scenarios like prolonged outages. (Immediate)

7. Back up talent programs. Approve funded apprenticeships and rotations with local cybersecurity clinics to create hiring pathways and improve retention. (30–90 days)

For public sector and regulators

8. Fund community clinics and national apprenticeship programs. Scale what works — clinics that provide practical workshops to small businesses should be replicated and integrated into national resilience programs. (Immediate)

9. Establish cross-border incident frameworks. Work with allies to define legal mechanisms for forensic collaboration and rapid incident response for critical infrastructure attacks. (30–180 days)

Risks and trade-offs — what to watch as you act

• False reassurance vs. real readiness. Workshops and certifications can create a veneer of readiness. Measure outcomes (reduced successful phishing rates, patch coverage) rather than counting certificates.

• Overreliance on automation. AI-based detection must be audited and explained; poorly tuned models can generate alert fatigue and missed failures. Keep human oversight baked into deployments.

• Political friction in attribution. Publicly attributing state-level attacks (as Poland suggested) is politically consequential. Attribution should be supported by robust, auditable evidence and coordinated diplomacy. Premature or poorly substantiated statements risk escalation or credibility loss.

Conclusion — an operational doctrine for 2026

The arc of cyber risk in 2026 bends towards two things: integration and endurance. Integration—because critical incidents reveal the brittle seams between IT and OT, between small suppliers and large enterprises, and between national systems and global markets. Endurance—because defenders must build sustainable programs: trained people, mature processes, and interoperable tooling that can persist through churn and politics.

The University of Hawai‘i’s workshops show that effective, low-cost interventions are available and scalable. The World Economic Forum’s synthesis reminds us that leaders are aligned on priorities—if they convert words into budgets and standardized programs. Poland’s foiled energy attack demonstrates that preparedness, not luck, prevented a crisis. Together these stories tell a practical story: invest where the system is weakest (SMEs and OT), operationalize cross-border cooperation, and build human-centered programs that pair automation with accountable governance.

If you are a leader reading this: pick three things from the 90-day playbook and mobilize them this quarter. Make someone accountable for each, measure the outcome, and treat cyber resilience as a continuous investment—not a one-time checklist.

Sources

• Source: Spectrum News (University of Hawai‘i Cybersecurity Clinic virtual workshops).
• Source: World Economic Forum (As cybersecurity risks grow, here are the priorities of executives and cyber leaders).
• Source: Reuters / Euronews coverage (Poland’s PM praises cyber defences after attempted attack on energy infrastructure foiled).