Education

Australian Education Deserves Better Than Generic IT

Australian schools, TAFEs and universities are operating at the intersection of open access and serious cyber risk. With 44 notifiable data breaches recorded in the first half of 2024 alone, education is the second most-reported critical infrastructure sector for cyber incidents in Australia — yet most institutions are still managing security and connectivity with tools that were never designed for environments this complex.

Orro works with education providers from K–12 through to research-intensive universities to build the secure, connected foundations that modern learning demands.

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Most-reported critical infrastructure sector for cyber incidents in Australia (ASD Annual Cyber Threat Report, 2023–24)

Notifiable data breaches in Australian education in H1 2024 alone (Office of the Australian Information Commissioner, 2024)

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Share of all Australian critical infrastructure cyber incidents attributed to education and training (ASD Annual Cyber Threat Report, 2023–24)

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Average ransomware cost per incident for smaller education institutions (ASD Annual Cyber Threat Report, 2023–24)

Sector Intelligence Brief

The Reality of Cyber Risk in Australian Education

Education sits at a genuinely difficult intersection. Institutions are expected to be open — to students, staff, researchers, community partners, international collaborators and an ever-growing fleet of personal devices — while simultaneously protecting some of the most sensitive data in the country: student records, medical information, research intellectual property, financial details and the personal information of minors.

That tension does not resolve itself. It has to be engineered around.

The ASD’s Annual Cyber Threat Report 2023–24 identified education and training as the second most-reported critical infrastructure sector for cyber incidents in Australia, accounting for 17% of all critical infrastructure reports. In the same period, the Office of the Australian Information Commissioner recorded 44 notifiable data breaches from Australian education institutions in the first six months of 2024 alone — placing the sector consistently among the top five most-breached industries nationally. These figures represent the most recent period for which ASD has published granular sector-level data; the trend from all available indicators points in one direction.

The incidents are not hypothetical. Western Sydney University reported three separate security breaches through 2024, including a compromise of its Microsoft Office 365 environment and a breach through a single sign-on system that exposed student demographic, enrolment and progression data — with one breach going undetected for approximately 16 days. The University of Notre Dame Australia reported a cyber incident affecting its multi-factor authentication service in early 2025. The Queensland University of Technology experienced a ransomware attack that exposed HR files, email communications and staff ID cards. The Association of Independent Schools NSW discovered Gootloader malware on their systems following a notification from ASD — a reminder that smaller institutions are equally exposed, and that attackers do not discriminate by size or sector type.

What attackers are after: Student personally identifiable information commands consistent value on dark web markets. Research intellectual property — particularly in biotechnology, defence and AI — attracts state-sponsored actors. Credentials stolen from education environments are routinely used to pivot into broader attacks. And for ransomware groups, education institutions represent an attractive target precisely because downtime is operationally catastrophic: cancelled classes, disrupted exams, frozen research systems and immediate reputational damage all follow a successful attack.

The device problem: The average Australian university campus now supports tens of thousands of connected devices simultaneously — student laptops, tablets, smartphones, research equipment, building management systems, access control, CCTV, IoT sensors and legacy infrastructure. Every device is a potential entry point. Add the expectations of modern learning environments — high-bandwidth video, cloud-based collaboration platforms, and increasingly VR and AR applications — and the network infrastructure demand alone is substantial. Segmentation, identity management and continuous visibility are not optional architecture choices; they are operational requirements.

The resourcing reality: Unlike finance or healthcare, most education institutions operate IT and security functions with teams that are significantly under-resourced relative to the attack surface they are defending. Budget constraints, competition for skilled security personnel, and the governance complexity of managing shared services across faculties and campuses all compound the challenge. The result is that many institutions are reactive by necessity rather than by choice.

The Compliance Landscape for Australian Education

Education providers in Australia now operate within a layered and increasingly demanding regulatory framework. Understanding what applies — and to whom — is the starting point for any serious risk management programme.

What it requires

SOCI Act (Security of Critical Infrastructure Act 2018, amended 2022)

Governing body

Department of Home Affairs / Cyber and Infrastructure Security Centre (CISC) Reference: cisc.gov.au

The details

All registered Australian universities are classified as critical infrastructure operators under the SOCI Act. Mandatory obligations include: registering critical infrastructure assets with the Australian Government; reporting cyber security incidents to ASD’s ACSC; and notifying third-party data storage and processing providers of their role in holding business-critical data. Universities classified as Systems of National Significance face additional Enhanced Cyber Security Obligations. For most universities, SOCI compliance transforms cyber risk management into a board-level governance responsibility.

Cyber Security Act 2024

Governing body

ASD / Department of Home Affairs

The Details

Australia’s new national cybersecurity legislation, passed in November 2024, introduces mandatory ransomware and extortion payment reporting for organisations with annual turnover above $3 million — covering most TAFEs and all universities. It also establishes baseline security standards for smart and connected devices, and a Cyber Incident Review Board for post-incident review. For institutions running large, distributed device fleets across campuses and laboratories, this creates new obligations around forensic readiness, centralised evidence management and incident timeline reporting.

TEQSA — Higher Education Standards Framework (HESF) 2021, Domain 7

Governing body

TEQSA | Reference: teqsa.gov.au

The details

The Tertiary Education Quality and Standards Agency enforces Domain 7 of the HESF, which requires all registered higher education providers to operate secure, well-governed information systems and prevent unauthorised access to sensitive data. Unlike SOCI, TEQSA applies universally across higher education — not just universities. Institutions must demonstrate that cybersecurity governance is embedded in institutional risk management, audit and quality assurance processes. Failure to evidence these linkages can threaten registration and accreditation.

Notifiable Data Breaches (NDB) Scheme

Governing body

Office of the Australian Information Commissioner (OAIC) | Reference: oaic.gov.au

The details

The Privacy Act 1988 (Cth) requires organisations with annual turnover above $3 million — and all government agencies — to notify affected individuals and the OAIC following an eligible data breach. For education institutions holding student PII, financial records and health information, the NDB scheme creates immediate notification obligations in the event of a breach, with potential for regulatory investigation and reputational exposure.

ASD Essential Eight

Governing body

ASD / ACSC | Reference: cyber.gov.au/essential-eight

The details

The Essential Eight mitigation strategies represent the baseline standard recommended by ASD for all Australian organisations. Education institutions increasingly face pressure from government funders, insurers and procurement frameworks to demonstrate Essential Eight maturity — particularly at Maturity Level 2 and above. The most common gaps in education environments are application control, user application hardening and restricting administrative privileges — all structurally challenging in open, BYOD-heavy campus environments.

" The education sector is dealing with a structural tension that doesn't exist in most other industries: the fundamental requirement to be open conflicts directly with the fundamental requirement to be secure. You cannot lock down a university campus the way you can a bank. The network has to accommodate a student connecting from their phone, a researcher collaborating with a partner institution overseas, a facilities system managing building access, and a hundred other concurrent use cases — all on the same infrastructure.

What we see consistently is that institutions are managing this tension reactively. They're patching gaps as incidents occur rather than building architectures that can tolerate the inherent openness of an education environment without exposing critical systems and sensitive data. The regulatory environment is accelerating — SOCI, the Cyber Security Act, TEQSA domain requirements — but the resourcing and governance maturity to respond to that acceleration isn't keeping pace.

The institutions that are getting this right are not necessarily the ones with the biggest security budgets. They're the ones that have made visibility the foundation of everything else: they know what's on their network, they know how it's behaving, and they have the operational capability to act when something changes. That's where we focus our work."

Stu Long

Chief Technology Officer – Orro

Built for the Complexity of Education Environments

Secure, High-Performance Campus Connectivity

Modern learning depends on network infrastructure that can support thousands of simultaneous connections across multiple device types, locations and use cases — without dropping out, slowing down or creating security gaps.

The demands on education networks have changed materially. High-bandwidth applications — cloud-based collaboration platforms, 4K video, and increasingly VR and AR learning environments — place concentrated loads on infrastructure that was often designed for a different era of usage. Student and staff expectations for seamless, always-available connectivity have risen in parallel.

Orro designs and operates high-density wired and wireless campus networks, SD-WAN for multi-site education environments, and secure remote access for staff and students. Where traditional cable remediation is cost-prohibitive — particularly across heritage buildings or geographically dispersed campuses — Orro’s private LTE capability offers a practical alternative. As one of only a handful of organisations in Australia to hold private spectrum, Orro can design and deploy private LTE networks that deliver high-performance wireless backhaul without the infrastructure disruption and capital cost of fibre upgrades. We build in segmentation from the ground up and provide end-to-end visibility through our One Touch Control platform.

Outcome: Reliable, high-performance connectivity that supports hybrid learning, BYOD environments, modern learning technologies and growing campus populations — without compromising security or requiring prohibitive infrastructure investment.

Cybersecurity for Open, Distributed Education Environments

Education institutions cannot afford to think about security the way a closed enterprise does. The threat surface is too large, the user base too diverse and the compliance obligations too layered.

Orro’s cybersecurity services for education include 24/7 SOC monitoring and threat detection from our Australian-operated National Cyber Defence Centre, identity and access management, endpoint and email protection, vulnerability management and incident response readiness. We support institutions in achieving and evidencing Essential Eight maturity, meeting NDB obligations, and building the governance structures that TEQSA and SOCI require.

Outcome: A defensible security posture that protects student and staff data, supports regulatory compliance across SOCI, TEQSA and NDB obligations, and gives leadership genuine visibility into cyber risk.

Cloud, Infrastructure & Application Foundations

Teaching, research and administration systems need to be available, performant and resilient. Cloud migration and management, hybrid architectures, backup and disaster recovery, and infrastructure modernisation are core to what Orro delivers for education clients.

We work across the major cloud platforms and manage the integration between learning management systems, student information systems, research platforms and the underlying infrastructure — so your applications perform the way your students and staff need them to.

Outcome: Scalable, resilient platforms that support teaching, research and administration continuity across campuses.

OT and Campus Facilities Security

Australian universities are SOCI-regulated critical infrastructure operators. Many are also running building management systems, access control, CCTV, laboratory equipment and research infrastructure that sits at the IT/OT boundary — and that boundary is increasingly being targeted.

Orro’s OT security services for education include asset discovery across connected campus systems, OT network segmentation and monitoring, and SOCI compliance support. We help institutions understand what is connected to their environment, where the exposure sits, and how to meet their critical infrastructure obligations without disrupting operations.

Outcome: Reduced OT exposure, SOCI compliance capability, and operational continuity for campus facilities and research infrastructure.

Operational Excellence & Managed Services

Education IT teams are consistently asked to do more with less. Orro’s managed services provide the operational capability, expertise and tooling that most institutions cannot practically build internally — including proactive monitoring, incident management, root-cause analysis and continuous optimisation across networks, cloud and security.

Our One Touch Control platform provides unified visibility across the environment, reducing the time your team spends on reactive troubleshooting and freeing them to focus on strategic priorities.

Outcome: Improved operational reliability, reduced incident burden on internal teams, and the confidence that comes from an Australian-owned partner with Australian-based support escalation and 24/7 global operations capability.

Trusted by Australian Education Providers

Orro partners with some of Australia’s largest and most complex education networks — from individual schools to multi-campus TAFE systems and research-intensive universities.

“Orro has been a great partner on this project, giving our member diocese access to an educationally focused network which scales to support future learning environments.”
Tony Panetta, CIO — Catholic Education Western Australia
“Orro has been instrumental in delivering a robust, scalable network that supports future learning environments across our schools. This transformation ensures equitable connectivity for all our students, regardless of location, and sets a strong foundation for ongoing digital innovation.”
Leigh Williams, CIO — Brisbane Catholic Education

Our education footprint:

1,000+ Education sites supported across Australia

500,000+ Stdents across our education client network

50,000+ Staff supported across K-12, TAFGE and higher education

Our education partnerships span the full spectrum of Australian learning — from early childhood through K–12, TAFE and research-intensive universities. We work with some of the country’s largest Catholic education networks, state TAFE systems and regional universities, supporting institutions that between them educate hundreds of thousands of Australian students every year.

Common Questions from Education Technology Leaders

Is my university required to comply with the SOCI Act?

Yes. Following amendments to the Security of Critical Infrastructure Act in 2022, all entities registered as Australian universities on the National Register of Higher Education Providers are classified as critical infrastructure operators. Mandatory obligations include registering critical infrastructure assets with the Australian Government, reporting cyber incidents to ASD’s ACSC, and notifying third-party data processors of their role in holding business-critical data. Universities classified as Systems of National Significance face additional Enhanced Cyber Security Obligations. TAFEs and other registered higher education providers that are not universities should seek specific legal advice on their obligations.

What does TEQSA require of higher education providers on cybersecurity?

Domain 7 of the Higher Education Standards Framework (HESF) 2021 — enforced by TEQSA — requires all registered higher education providers to operate secure, well-governed information systems and prevent unauthorised access to sensitive data. Providers must demonstrate that cybersecurity governance is embedded in institutional risk management, audit and quality assurance processes. Failure to evidence these linkages can threaten registration and accreditation outcomes. Unlike SOCI, TEQSA obligations apply universally across higher education — not only to universities.

Does the Cyber Security Act 2024 apply to schools and TAFEs?

The mandatory ransomware and extortion payment reporting obligations under the Cyber Security Act 2024 apply to organisations with annual turnover above $3 million — which includes most TAFEs and all universities. Baseline security standards for smart and connected devices apply more broadly. K–12 schools should seek specific advice depending on their operating structure and funding arrangements, but all education providers handling student data should treat the Act’s intent as indicative of minimum expectations.

How should education institutions approach the Essential Eight?

ASD’s Essential Eight represents the baseline mitigation framework recommended for all Australian organisations. For education institutions, achieving Essential Eight Maturity Level 2 is increasingly the minimum expected by government funders, insurers and procurement frameworks. The most common gaps in education environments are application control, user application hardening and restricting administrative privileges — all of which are structurally challenging in open, BYOD-heavy environments. A maturity assessment is the right starting point for understanding where your institution sits and what a realistic uplift programme looks like.

What are the most common attack vectors targeting Australian schools and universities?

Based on ASD and OAIC data, the most prevalent attack types affecting Australian education institutions are phishing and credential compromise (including QR code phishing, which Microsoft has identified as a significant vector for the sector), ransomware (often delivered after initial credential theft), and exploitation of internet-facing systems and legacy infrastructure. State-sponsored actors also specifically target universities conducting research in defence, biotechnology and AI.

What should our board understand about cyber risk in education?

Under the SOCI Act, cyber risk management in universities is explicitly a board-level governance responsibility. Boards should understand: the institution’s classification as critical infrastructure and the obligations that flow from it; the current status of cyber incident reporting capability; the institution’s Essential Eight maturity level; and the organisation’s exposure in the event of a significant breach — including regulatory, reputational and operational consequences. Orro’s security governance services support institutions in preparing board-level risk reporting and establishing appropriate oversight frameworks.

How do we deliver reliable, high-performance wireless across a large distributed campus?

Large campus wireless deployments require high-density access point infrastructure, intelligent network design that prioritises application performance, and sufficient backhaul capacity to handle peak concurrent loads. Modern learning environments — particularly those deploying VR, AR or high-bandwidth collaborative platforms — place concentrated demand on infrastructure that legacy designs were not built to handle. Where upgrading physical cabling across heritage buildings or geographically dispersed sites is impractical or cost-prohibitive, private LTE offers a compelling alternative: dedicated wireless spectrum that delivers high-performance backhaul without the disruption and capital cost of fibre remediation. Orro holds private spectrum and is one of only a handful of organisations in Australia positioned to design and deploy private LTE solutions for education environments.

How do we manage BYOD and IoT security across a large campus?

Effective BYOD and IoT security in education requires network segmentation to isolate different device classes, an identity and access management framework that authenticates users and devices without creating friction, continuous monitoring for anomalous device behaviour, and a mobile device management capability for institution-managed devices. The architecture needs to be designed to tolerate a high volume and variety of connections without relying on perimeter controls alone — because in an education environment, the perimeter is effectively everywhere.

Our difference

Why Education Providers Choose Orro

15+ years of education sector experience

across K–12, TAFE and higher education in Australia.

Australian-owned with an Australian SOC

your security incidents are handled by our National Cyber Defence Centre, operated from Australia, by practitioners who understand the Australian regulatory environment.

Private spectrum and private LTE capability

one of only a handful of organisations in Australia holding private spectrum, enabling campus wireless solutions that go beyond what traditional MSPs can offer.

Cross-stack capability

network, cyber, cloud and OT under one partnership. We do not hand off when it gets complicated.

Vendor-agnostic

we work with the technology that is right for your environment, not the vendor that is right for our margins.

Compliance-aware by design

every solution we design takes SOCI, TEQSA, NDB and Essential Eight obligations into account from the outset.

One Touch Control

unified visibility and management across your entire digital environment, giving your team operational confidence and your leadership meaningful reporting.

Resources for Education Technology Leaders

Ready to Build a More Resilient Education Environment?

Whether you are responding to a specific incident, preparing for a compliance audit, modernising ageing campus infrastructure or planning a long-term technology uplift, Orro’s education specialists can help you understand your options and build a practical path forward.