Transport & Logistics
When 30,000 Containers Stop Moving, Every Sector Feels It
The November 2023 DP World cyberattack immobilised four major Australian ports for three days — stranding 30,000 containers, triggering a nationally significant incident response, and exposing how deeply logistics infrastructure underpins the entire economy. It was not an isolated event. Transport, postal and warehousing was the third most reported critical infrastructure sector in ASD’s ACSC cyber incident data for FY2023–24, and state-sponsored threat actors have been explicitly linked to campaigns targeting Western logistics networks. Orro works with Australian transport and logistics operators to secure their OT and IT environments, meet SOCI Act obligations, and build the network infrastructure that modern supply chains depend on.
Transport, postal and warehousing accounted for 15% of all critical infrastructure cyber incidents reported to ASD in FY2023–24 — the third most targeted critical infrastructure sector in Australia. Source: ASD Annual Cyber Threat Report 2023–24 — cyber.gov.au
Freight delivered across Australia every year — 163 tonnes for every Australian. Transport and logistics is not a sector. It is the infrastructure every other sector depends on. Source: National Freight and Supply Chain Strategy — freightaustralia.gov.au
Average cost of a data breach in Australia in 2024 — up 27% since 2020. For transport and logistics operators where a cyber incident stops the physical movement of goods, the operational cost typically far exceeds this baseline. Source: IBM Cost of a Data Breach Report 2024 — ibm.com
Increase in denial-of-service attacks against critical infrastructure in FY2024–25 — accounting for nearly a third of all critical infrastructure incidents, and a primary attack vector targeting logistics environments. Source: ASD Annual Cyber Threat Report 2024–25 — cyber.gov.au
The Threat Landscape for Australian Transport & Logistics
What the sector is up against:
The DP World Australia incident of November 2023 remains the most publicly visible demonstration of what a cyberattack on transport infrastructure actually costs. When the port operator disconnected its systems in response to unauthorised network access, trucks could not move containers in or out of terminals in Sydney, Melbourne, Brisbane and Fremantle. Approximately 30,000 containers — including refrigerated cargo holding perishable goods — were stranded for three days. The Australian Federal Police and ASD’s ACSC treated it as a nationally significant incident, activating the National Coordination Mechanism. DP World manages roughly 40 percent of goods entering and leaving Australia; the disruption did not merely affect a single operator. It affected the national supply chain.
This incident was not an anomaly. ASD’s Annual Cyber Threat Report 2023–24 identified transport, postal and warehousing as the third most frequently reported critical infrastructure sector for cyber incidents, accounting for 15 percent of all critical infrastructure reports. By FY2024–25, critical infrastructure as a whole represented 13 percent of all incidents responded to by ASD’s ACSC — up from 11 percent the prior year — with denial-of-service attacks against critical infrastructure increasing by 280 percent. In May 2025, ASD joined international partners in highlighting an active Russian state-sponsored cyber campaign explicitly targeting Western logistics entities and technology companies involved in the coordination, transport and delivery of freight. The campaign was not hypothetical or generic. It named logistics as a priority target.
Why transport and logistics is targeted:
The structural vulnerabilities of the sector are well understood by threat actors. Transport and logistics operators run hybrid IT/OT environments where network compromise has immediate physical consequences: warehouse automation halts, tracking and telemetry systems go dark, and fleet management platforms become inaccessible. Unlike a data breach affecting a financial services firm, a logistics cyber incident does not require data exfiltration to cause severe damage — the disruption itself is the leverage. For ransomware groups, this makes logistics operators attractive targets: the pressure to restore operations quickly creates incentive to pay. For state-sponsored actors, the ability to degrade national supply chains has strategic value independent of financial gain.
The sector also carries significant data value. Freight operators manage customs documentation, bills of lading, hazardous material manifests, personnel records and client commercial data across interconnected systems that extend into supply-chain partner networks, shipping lines and government agencies. Third-party and supply-chain risk is consequently a significant exposure vector — an entry point that the ASIC’s own 2023 cyber resilience review identified as undermanaged across many Australian organisations, noting that nearly half of respondents were not adequately managing third-party or supply-chain risk.
The IT/OT convergence reality:
The technology environment of a modern Australian logistics operator looks nothing like a standard enterprise IT estate. A major freight or port operator typically runs warehouse management systems (WMS), transport management systems (TMS), fleet telematics platforms, cargo tracking and visibility tools, and warehouse automation equipment — all of which increasingly depend on network connectivity to function. At the same time, that environment includes operational technology: cranes, conveyor systems, automated guided vehicles, building management systems, CCTV and access control, and environmental monitoring. These systems were designed for operational reliability, not network security. Many were never intended to be networked at all.
As IT and OT networks converge — driven by efficiency gains from real-time data integration and the operational intelligence it enables — the attack surface expands. OT systems that once operated in air-gapped environments are now connected, either to corporate networks or directly to the internet for remote monitoring. Patching cycles that work in IT (deploy within days of a vendor release) are often impractical in OT (a two-year maintenance window is not unusual). Legacy control systems may be running unsupported operating systems with no available security updates. The result is an environment where modern cyber threats encounter infrastructure that was not designed to resist them. The Transport Security Amendment (Security of Australia’s Transport Sector) Act 2025, which received Royal Assent in March 2025, explicitly recognises this shift — introducing an all-hazards approach to transport security that goes beyond physical access control to encompass cyber threats, supply-chain dependencies and insider risk.
Distributed networks and the connectivity challenge:
Transport and logistics is inherently a distributed sector. A freight operator may manage depots across multiple states, each with different network infrastructure, different operational technology, and different levels of IT capability. A third-party logistics provider might operate out of a combination of company-owned and client-site facilities. Port operators contend with physical environments that are challenging for wireless coverage and require highly reliable connectivity for crane operations, vehicle tracking and cargo processing. Mobile workforces — drivers, warehouse staff, yard operators — depend on connectivity that is both performant and secure.
The challenge of maintaining consistent security standards, network performance and operational visibility across this distributed, heterogeneous environment is significant. Many operators are still running networks built for the operational requirements of a decade ago, before warehouse automation, IoT device proliferation and cloud-native logistics platforms transformed their IT architecture. The gap between current infrastructure and what is needed to support both modern operations and modern security is, in many cases, substantial.
Regulatory Obligations for Australian Transport & Logistics
Security of Critical Infrastructure Act 2018 (SOCI Act), as amended
Governing body
Cyber and Infrastructure Security Centre (CISC) — cisc.gov.au
What it requires
Port, aviation and freight infrastructure operators classified as critical infrastructure assets must register those assets, implement and maintain a Critical Infrastructure Risk Management Programme (CIRMP), and report significant cyber incidents within prescribed timeframes (generally 12 hours for incidents with serious impact, 72 hours for other significant incidents). The CIRMP must address cyber and information security, physical and personnel security, and supply-chain risk. CIRMP adoption was required from August 2024; the 2024–25 reporting period is the first requiring entities to report. The Enhanced Response and Prevention (ERP) Act 2024 expanded coverage to include secondary systems holding business-critical data related to a primary asset.
Applies to
Operators of assets designated as critical infrastructure in the transport sector — including ports, freight infrastructure and aviation. The designation is asset-based; operators should confirm their classification with the Cyber and Infrastructure Security Centre (CISC).
Consequence of non-compliance
Fines of up to 200 penalty units per breach; government intervention powers including directions to address serious deficiencies in CIRMPs; reputational and operational consequences from publicly disclosed regulatory action.
Transport Security Amendment (Security of Australia's Transport Sector) Act 2025
Governing body
Department of Home Affairs — homeaffairs.gov.au
What it requires
Reforms to the Aviation Transport Security Act 2004 and the Maritime Transport and Offshore Facilities Security Act 2003. Introduces an all-hazards approach aligned with SOCI Act risk management principles, broadening the scope of transport security obligations beyond physical access control to encompass cyber threats, supply-chain dependencies and insider risk. Aviation industry participants are now required to undertake formal security assessments as a core component of their Transport Security Programme.
Applies to
Aviation industry participants and maritime transport and offshore facilities operators regulated under the existing Acts.
Consequence of non-compliance
Non-compliance with transport security programme obligations can result in civil penalty proceedings, licence conditions and government intervention.
Cyber Security Act 2024
Governing body
Australian Signals Directorate / CISC — cyber.gov.au
What it requires
Mandatory reporting of ransomware and cyber extortion payments to the government, commenced 30 May 2025 for organisations meeting the turnover threshold. Establishes IoT security standards for smart devices (staged commencement through 2026). Creates a Cyber Incident Review Board for significant incidents.
Applies to
All entities with annual turnover of $3 million or more. SOCI-regulated entities have additional obligations.
Consequence of non-compliance
Failure to report ransomware payments as required exposes organisations to civil penalties.
Privacy Act 1988 — Notifiable Data Breaches (NDB) Scheme
Governing body
Office of the Australian Information Commissioner (OAIC) — oaic.gov.au
What it requires
Eligible data breaches (likely to result in serious harm to individuals) must be notified to the OAIC and affected individuals as soon as practicable. The 2024 Privacy Act amendments introduced a statutory tort for serious invasions of privacy and increased penalties.
Applies to
All organisations with annual turnover over $3 million, plus smaller organisations handling sensitive data categories.
Consequence of non-compliance
Civil penalties up to $50 million (or three times the benefit obtained, or 30 percent of turnover in the relevant period); individual rights of action under the new statutory tort.
ASD Essential Eight
Governing body
Australian Signals Directorate — cyber.gov.au/resources-business-and-government/essential-cyber-security/essential-eight
What it requires
Eight mitigation strategies for hardening systems against common attack vectors: application control, patching applications, configuring Microsoft Office macros, user application hardening, restricting administrative privileges, patching operating systems, multi-factor authentication, and regular backups. Assessed at four maturity levels (0–3).
Applies to
Mandatory for Commonwealth entities; de facto baseline for all sectors and increasingly required by cyber insurers and enterprise procurement frameworks.
"The DP World incident was a turning point for how the sector thinks about cyber risk — but what concerns me more is how many operators are still responding to that moment with point-in-time assessments rather than continuous visibility. A penetration test tells you where you were exposed on the day it ran. It says nothing about the exposure that was introduced last Tuesday when a new device was onboarded in the yard, or when a vendor's remote access credentials were reused across three sites. The operators getting this right are the ones who have moved from treating security as a periodic audit function to treating it as an operational discipline — the same way they approach fleet maintenance or warehouse throughput. IT/OT convergence has made this non-negotiable. When your warehouse automation platform shares network real estate with your corporate systems, your OT environment is only as secure as your weakest IT control. We work with logistics operators to close that gap — and to keep it closed."
Chief Technology Officer – Orro
How Orro Supports Transport & Logistics
1. Secure, High-Performance Connectivity for Transport & Logistics
Transport and logistics networks are among the most demanding connectivity environments in Australia. A major freight operator might manage hundreds of sites — depots, distribution centres, ports, yards and cross-dock facilities — each with distinct network requirements and varying levels of existing infrastructure. Warehouse environments require dense, reliable wireless coverage for scanning devices, automated guided vehicles and handheld terminals operating at throughput volumes where a connectivity drop translates directly to a processing delay. Fleet and mobile workforces need secure, performant connectivity whether they are at a managed site, a client facility or in transit.
Orro designs and manages network infrastructure built for these environments. SD-WAN deployments provide centralised management, traffic segmentation and redundancy across multi-site logistics estates, while delivering the consistent application performance that warehouse management, transport management and ERP platforms require. For environments where wired or standard wireless is insufficient — remote yards, port terminals, industrial outdoor spaces — Orro is one of a small number of organisations in Australia holding private spectrum, enabling private LTE deployments that deliver carrier-grade wireless reliability without dependence on public mobile networks. Secure connectivity for mobile workforces and fleet operators is managed through SASE architectures that enforce consistent policy regardless of where the user or device is located.
Orro’s private spectrum capability has proven particularly relevant in aviation environments, where legacy ground-based communications infrastructure can create connectivity dependencies that are difficult to resolve through standard mobile carrier services. Orro has worked with a major Australian airline group on complex network and infrastructure programmes spanning multiple sites, including work to address connectivity challenges arising from the retirement of legacy mobile network generations in Australia.
Every network Orro manages for transport and logistics operators is monitored through One Touch Control — Orro’s proprietary platform providing unified, real-time visibility across multi-vendor, multi-site environments. When a connectivity issue emerges at a depot at 2am, the NOC team sees it before the operations team does.
Outcome: Reliable, high-performance network infrastructure that supports real-time logistics operations — from warehouse floors and port terminals to fleet management systems and cloud-native logistics platforms — with the visibility and redundancy that mission-critical operations demand.
2. Cybersecurity and CTEM for Transport & Logistics Environments
The cyber threat facing Australian transport and logistics operators is no longer primarily opportunistic. ASD’s ACSC has explicitly identified state-sponsored actors targeting Western logistics entities, and ransomware groups have demonstrated both the capability and the intent to disrupt major port and freight operations. The exposure surface is broad: public-facing applications, VPN endpoints, remote access credentials, OT systems with legacy vulnerabilities, and third-party supplier integrations all represent viable entry points for a well-resourced attacker. The DP World incident is believed to have exploited the Citrix Bleed vulnerability — a publicly disclosed vulnerability for which a patch was available at the time of the attack.
This context frames the core limitation of traditional security approaches. Periodic assessments identify what was exposed when they were conducted. They do not tell you what has been exposed since. Orro’s Continuous Threat Exposure Management (CTEM) service addresses this directly — delivering ongoing visibility into the organisation’s exposure posture, prioritising risk by potential business impact, and enabling remediation before threat actors act on identified weaknesses. CTEM is not a replacement for conventional security controls; it is the layer that ensures those controls remain effective as the environment changes.
For 24/7 security monitoring, Orro operates through its National Cyber Defence Centre — an Australian-operated SOC delivering threat detection, investigation and response across IT and OT environments. For transport and logistics operators with OT infrastructure, Orro’s OT security capability extends visibility and defence into industrial systems, including SCADA, warehouse automation platforms, building management and access control systems. Compliance uplift for SOCI Act CIRMP obligations — covering cyber risk, personnel security and supply-chain risk — is embedded in the engagement model.
Outcome: A defence-in-depth security posture built for the specific threat landscape of Australian transport and logistics — combining continuous exposure management, 24/7 SOC monitoring, OT security and SOCI Act compliance support.
3. Cloud and Application Performance for Logistics Operations
Modern logistics operations run on cloud-native and hybrid platforms. Warehouse management systems (WMS), transport management systems (TMS), fleet telematics and route optimisation platforms, and enterprise ERP systems are increasingly cloud-hosted or cloud-integrated — and their performance directly determines operational throughput. A WMS that runs slowly during peak pick periods is not a technology problem in isolation; it is an operations problem with measurable throughput and accuracy consequences. Application performance in logistics environments is mission-critical in the most literal sense.
Orro designs and manages cloud and hybrid architectures optimised for the platforms logistics operators depend on. This includes cloud migration and rationalisation work for operators transitioning from on-premises infrastructure, application performance management for WMS, TMS and ERP environments to ensure the network is never the bottleneck, and secure API framework design for the integration layers that connect logistics platforms to carrier networks, government reporting systems and supply-chain partners. High-availability architecture and disaster recovery planning ensure that platform outages — from any cause — have a defined, tested recovery path rather than an improvised one.
Cloud cost governance and optimisation are incorporated into Orro’s managed cloud engagements. As logistics platforms scale — driven by growth, new client onboarding or seasonal peaks — cloud environments have a tendency to accumulate spend without proportional operational benefit. Orro’s managed cloud model includes continuous visibility into utilisation and cost, with optimisation recommendations built into the managed service.
Outcome: Scalable, high-performing cloud and application environments that support the operational pace of modern logistics — with the resilience, integration readiness and cost governance that distributed, complex logistics operations require.
4. Connected Logistics Technology — IT/OT and IoT Security
The most significant security challenge for many Australian logistics operators today is not their corporate IT environment — it is the convergence of that IT environment with the operational technology and IoT devices that run the physical operation. The scale of the unknown is frequently underestimated. In a digital asset discovery programme Orro conducted for a state-owned rail operator, the organisation expected to find approximately 14,000 devices on its network. By the end of the first day, Orro had identified more than 53,000. That gap — between assumed and actual device inventory — is not unusual in transport OT environments. It is, however, the gap that attackers exploit. Warehouse automation platforms, conveyor and sortation systems, automated guided vehicles, yard management systems, crane control, CCTV and access control, telematics devices, temperature sensors, and the proliferating ecosystem of hand scanners and mobile devices all generate network traffic, require connectivity, and in many cases run on systems that were never designed with security in mind.
When these environments converge onto shared network infrastructure — as they increasingly do — the traditional security perimeter dissolves. An unpatched PLC controller running an unsupported operating system on the same network segment as the corporate WMS is not a theoretical risk; it is the actual architecture of many Australian logistics facilities today. Orro’s approach to connected logistics technology begins with visibility: understanding what is on the network, how it communicates, and what normal behaviour looks like. From that baseline, appropriate segmentation is designed to contain the blast radius of any compromise, identity and zero-trust controls are applied to device access, and monitoring is extended into the OT environment so that anomalous behaviour is detected before it causes operational disruption.
Orro enables the technology — it does not supply or manage the operational systems themselves. Where a logistics operator is onboarding new warehouse automation, expanding its IoT device estate, or integrating telematics platforms with its network, Orro provides the secure network foundation, segmentation architecture and ongoing visibility that those systems require to operate safely.
Outcome: A secure, segmented and monitored network foundation that enables modern logistics technology — from warehouse automation and yard management systems to fleet telematics and IoT device estates — without creating unmanaged exposure in the OT environment.
5. Operational Excellence and Managed Services — One Touch Control
Transport and logistics operations do not tolerate downtime. A network outage at a distribution centre during peak hours is not a support ticket to be resolved within SLA — it is an operations incident with cascading consequences for throughput, customer SLAs and labour utilisation. The same applies to a WMS connectivity failure in a cross-dock facility, or a security system outage at an unmanned port terminal. IT support models built around reactive incident response are structurally misaligned with the operational requirements of the sector.
Orro’s managed services model for transport and logistics is built around proactive detection and resolution. Through One Touch Control — Orro’s proprietary network management platform — Orro maintains real-time visibility across the full managed environment: networks, cloud infrastructure, security controls and OT systems. Anomalies that indicate developing issues are identified and actioned before they become operational incidents. Where changes to the environment are required — new site onboarding, infrastructure upgrades, configuration changes — Orro’s standardised deployment processes ensure consistency and reduce the risk of change-induced outages.
Orro is an Australian-owned partner with Australian-based account management and support escalation, and 24/7 global operations capability. For transport and logistics operators with after-hours and weekend operations — which is most of them — this means that the operational hours of the business are covered, not just the standard business day. The Connected Intelligence framework Orro delivers through One Touch Control also enables operational insights: aggregated data from across the managed environment that informs capacity planning, security posture reviews and infrastructure investment decisions.
Outcome: A proactive, always-on managed services model that treats network and security uptime as an operational discipline — with the visibility, detection capability and response model that logistics operations require, delivered through One Touch Control and supported by Australian-based escalation.
Proven at Scale Across Complex, Distributed Operations
Orro’s experience in Australian transport and aviation environments spans some of the most operationally complex infrastructure in the sector. Two examples — anonymised pending client approval — illustrate the nature of that work.
A Major Australian Airline Group — National Network and Infrastructure
Orro has worked with a major Australian airline group on a significant programme of network transformation and infrastructure work spanning airport sites and operational facilities across Australia. The engagement includes managing connectivity for operational environments that require consistent, reliable performance around the clock, and extends to the application of private LTE in response to infrastructure changes affecting ground-based aircraft communications systems — demonstrating Orro’s ability to solve complex, real-world connectivity problems in demanding aviation environments.
A State-Owned Rail Operator — OT Asset Discovery Programme
Orro undertook a digital asset discovery programme for a state-owned rail operator that revealed the scale of unmanaged exposure common in large transport OT environments. The operator’s prior understanding of its device inventory proved substantially incomplete; Orro’s discovery work surfaced a significantly larger number of networked devices than the organisation had documented — illustrating why visibility is the essential first step in any OT security programme.
Australia Post — Australia’s Largest Retail and Logistics Network
Orro designed, deployed and manages the network infrastructure for Australia Post — Australia’s largest retail and logistics network, spanning more than 4,000 sites including post offices, distribution centres and corporate locations. The managed network environment delivers:
- 70% reduction in outages
- 4x faster connection speeds
- Bandwidth doubled across the network
- Up to 40% reduction in operating costs for some services
- 80% of tickets proactively managed before customer impact
- 43% decrease in critical incidents
- 44,000 business impact hours avoided
These outcomes were delivered in an environment characterised by geographic distribution, mixed network infrastructure, and operational uptime requirements across both retail and logistics functions. The scale and operational complexity of the Australia Post engagement is directly relevant to what major Australian freight, distribution and logistics operators require.
Frequently asked questions
Is my transport or logistics operation covered by the SOCI Act?
The SOCI Act covers designated critical infrastructure assets across eleven sectors, including transport. Within transport, coverage extends to port facilities, freight infrastructure and aviation assets. The designation is asset-based rather than organisation-based — whether your specific operation is covered depends on whether your assets have been designated under the Act. The Cyber and Infrastructure Security Centre (CISC) maintains the Register of Critical Infrastructure Assets. If you are uncertain about your classification, the starting point is a review against the SOCI Act asset definitions and a direct engagement with CISC. Many operators who believe they fall below the threshold are surprised to find their assets are in scope.
What are my CIRMP obligations under the SOCI Act as a transport operator?
If your assets are designated under the SOCI Act, you are required to implement and maintain a Critical Infrastructure Risk Management Programme (CIRMP). The CIRMP must address four hazard categories: cyber and information security, physical security and natural hazards, personnel security, and supply-chain security. CIRMP adoption was required from August 2024, and the 2024–25 reporting period is the first in which entities must formally report. The Enhanced Response and Prevention (ERP) Act 2024 extended obligations to secondary systems holding business-critical data related to a primary asset — which, in practice, means many ancillary systems previously considered out of scope may now be in. Your CIRMP must be approved by the board.
What does the Cyber Security Act 2024 mean for logistics operators?
The Cyber Security Act 2024 introduced mandatory reporting of ransomware and cyber extortion payments for entities with annual turnover of $3 million or more — which includes most freight, logistics and port operators of any scale. The mandatory reporting regime commenced 30 May 2025. If you make or become aware of a ransomware payment, you are required to report it to the government within the prescribed timeframe. The Act also establishes IoT security standards for smart devices, with staged commencement through 2026 — relevant for logistics operators deploying connected scanning devices, telematics hardware and warehouse automation equipment.
How should we approach OT security in a warehouse or port environment?
OT security in logistics environments requires a different starting point than IT security. The priority is visibility: you cannot defend systems you cannot see. Start with an asset inventory of what is on the OT network — which in most logistics environments is poorly documented — and map the communication flows between OT systems and connected IT infrastructure. From that baseline, implement network segmentation to isolate OT systems from corporate IT (the assumption that they are already isolated is frequently wrong), deploy monitoring specifically designed for OT protocols, and develop an incident response playbook that accounts for the operational constraints of OT environments (where taking a system offline to remediate may not be operationally feasible). Do not apply IT patching cadences to OT without first assessing operational impact.
How do we maintain network performance for warehouse management systems at peak throughput?
WMS performance in high-throughput warehouse environments is a network architecture and application performance management problem, not purely an IT support problem. The common failure modes are insufficient wireless density (leading to device roaming failures and coverage dead zones on the warehouse floor), contention between WMS traffic and general corporate traffic on shared network segments (solved through traffic prioritisation and segmentation), and latency introduced by inappropriate routing of WMS traffic through cloud or internet paths when local or direct routing is available. Before adding capacity or upgrading hardware, model the actual traffic patterns of your WMS under peak load — including scanning devices, automated conveyor systems, and pick-to-voice or pick-to-light infrastructure — and validate that the network architecture supports them.
What is CTEM and how is it relevant to transport and logistics operators?
Continuous Threat Exposure Management (CTEM) is a security programme methodology that provides ongoing visibility into an organisation’s exposure posture — the combination of vulnerabilities, misconfigurations and attack paths that a threat actor could exploit at any given point in time. It differs from a penetration test or a vulnerability scan in that it is continuous rather than point-in-time: as the environment changes (new devices onboarded, configurations altered, software updated), the exposure posture is re-evaluated. For transport and logistics operators, where environments are complex, frequently changing and include OT systems with their own vulnerability profile, CTEM provides the continuous assurance that a biannual penetration test cannot. Orro’s CTEM service is built specifically for environments with this level of complexity.
How should a board or executive team frame cyber risk in a logistics business?
Boards in transport and logistics should frame cyber risk as an operational continuity risk, not a technology risk. The DP World incident is the clearest Australian illustration of this: a cyber event halted the physical movement of goods across four major ports for three days, triggered federal government intervention, and created cascading supply-chain consequences across multiple industries. The question for a board is not whether a cyberattack could disrupt your operations — it is whether your current controls would detect one quickly, contain its spread, and enable rapid recovery. Specific questions worth asking: Do we have 24/7 security monitoring? Do we have a tested incident response plan? Do we know what our OT environment looks like and how it is separated from our corporate IT? Are our third-party supplier connections monitored? These are operational resilience questions, not technical questions.
Can Orro support both our IT and OT environments under a single managed services model?
Yes. Orro’s managed services capability spans both IT and OT environments. One Touch Control — Orro’s proprietary network management platform — provides unified visibility across IT networks, cloud infrastructure, security controls and OT systems under a single pane of glass. This is particularly relevant for transport and logistics operators managing converged IT/OT environments, where fragmented monitoring across separate vendors creates visibility gaps that threat actors exploit. Orro’s National Cyber Defence Centre provides 24/7 SOC monitoring that extends into OT environments — not just corporate IT.
What should we do if we experience a cyber incident affecting port or freight operations?
Immediate steps: isolate affected systems from the network (this was the correct first response by DP World, even though it disrupted operations — uncontrolled spread is worse than managed downtime); activate your incident response plan; notify ASD’s ACSC via cyber.gov.au (required for SOCI-regulated entities, and strongly advisable for all operators); engage your cyber insurer and legal counsel. Preserve forensic evidence — do not power off systems or delete logs before engaging an incident response provider. If you are a SOCI Act–regulated entity, be aware of your mandatory 12-hour and 72-hour notification obligations to CISC. Under the Cyber Security Act 2024, if a ransom payment is made, you are required to report it to the government.
How does SD-WAN benefit multi-depot logistics operations?
SD-WAN addresses several of the structural connectivity challenges in multi-depot logistics. It provides centralised management of the network across all sites from a single platform — eliminating the need for site-by-site configuration and enabling consistent policy enforcement regardless of the underlying connectivity type (fibre, 4G/5G, satellite). It enables traffic to be segmented and prioritised so that WMS and TMS traffic receives the bandwidth and latency treatment it requires, while other traffic is appropriately bounded. Failover between connectivity services happens automatically, reducing the impact of a single carrier outage at a site. For logistics operators running 20, 50 or 200 sites, the operational management efficiency of SD-WAN over traditional WAN architectures is significant — and the security and resilience benefits are directly relevant to SOCI Act risk management obligations.
Why Australian Transport & Logistics Operators Choose Orro
Proven at national logistics scale
Orro designed, deployed and manages Australia Post's network — more than 4,000 sites, with verified outcomes including a 70% reduction in outages and 44,000 business impact hours avoided. This is the most relevant proof point available for enterprise logistics network management in Australia.
Genuine IT/OT security capability
Orro has deep OT security capability relevant to port, warehouse and freight environments — not a rebranded IT security practice applied to OT. This includes OT network visibility, segmentation design, and SOC monitoring that extends into industrial systems and protocols.
CTEM — continuous exposure management, not point-in-time assessments
Orro's Continuous Threat Exposure Management service provides ongoing visibility into exposure posture, enabling logistics operators to maintain security assurance as their complex, frequently changing environments evolve.
National Cyber Defence Centre — 24/7 Australian SOC
Orro's security monitoring is delivered through its National Cyber Defence Centre — an Australian-operated SOC providing around-the-clock threat detection, investigation and response across IT and OT environments.
Private spectrum for industrial wireless
Orro is one of a small number of organisations in Australia holding private spectrum, enabling private LTE deployments for port terminals, large warehouses, remote yards and industrial outdoor environments where standard wireless is insufficient.
One Touch Control — unified visibility
Orro's proprietary network management platform provides real-time visibility across multi-vendor, multi-site environments. For logistics operators with complex distributed estates, this means consistent operational insight rather than fragmented monitoring across separate vendor portals.
SOCI Act compliance expertise
Orro has direct experience supporting critical infrastructure operators in meeting SOCI Act obligations — including CIRMP development, incident reporting readiness, and the cyber security controls required to satisfy the Act's risk management requirements.
Australian-owned, with Australian-based support escalation
Orro is an Australian-owned managed technology services provider with Australian-based account management and support escalation, and 24/7 global operations capability.
Related Resources for Transport & Logistics Technology Leaders
- Transport & Logistics Technology Blueprint — A practical guide to building secure, connected and resilient technology foundations for Australian logistics operators.
- SOCI Act compliance guidance for critical infrastructure operators
- ASD Annual Cyber Threat Report 2024–25
- Orro Insights and Resources
- Australia Post case study
Start the Conversation
Australia’s transport and logistics operators are managing the most complex IT/OT convergence challenge in the critical infrastructure sector. If you are navigating SOCI Act obligations, securing OT environments in ports, warehouses or depots, or building the network infrastructure that modern logistics operations require — Orro can help.
Our accreditations
Explore our Resources
Education Technology Blueprint
Healthcare Technology Blueprint
Experience-First Networking: Why User Experience Is the New KPI for Modern Networks
