Australia Tech News Archives

Subaru Reveals Three Electric Vehicles at Sydney’s Everything Electric Event

Matthew Miller on September 18, 2026

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Subaru Broadens Electric Vehicle Range in Australia

Quick Overview

Subaru Australia increases its electric vehicle range to three models.
New additions feature the small Uncharted and the spacious Trailseeker.
Subaru retains a high ground clearance for off-road functionality.
Uncharted delivers a 522km range and quick charging options.
Trailseeker aims at the large SUV sector with a 533km range.
Test drives available at the Everything Electric Sydney event.

Subaru Broadens Electric Vehicle Range

Subaru has made an impactful entry into the electric vehicle (EV) sector by launching two new models alongside the current Solterra, extending its offerings in the small, medium, and large SUV markets. This development was revealed at the Everything Electric Sydney event, marking an essential moment for the brand in Australia.

Genuine Ground Clearance in EVs

In contrast to numerous contemporary electric crossovers that sacrifice ground clearance for better aerodynamics, Subaru’s Uncharted and Trailseeker sustain a significant 211mm clearance. This design approach, combined with Subaru’s Symmetrical All-Wheel Drive, guarantees these vehicles are well-suited for both city and rough terrains.

Uncharted: Compact Performance SUV

The Uncharted functions as Subaru’s introductory electric SUV, equipped with a dual-motor all-wheel drive system that produces an impressive 252kW of power. Featuring a 74.7kWh battery from CATL, it provides a driving range of up to 522km. The vehicle is compatible with 150kW DC fast charging and 22kW AC charging, rendering it adaptable for diverse charging networks.

Subaru reveals new electric SUV models at Sydney event

Trailseeker: Large SUV for Explorers

Crafted for families and outdoor lovers, the Trailseeker provides a more extensive cargo area and a power output of 280kW. It shares the same battery framework as the Uncharted but increases the range to 533km. With Subaru’s X-Mode software, it boosts traction and control on difficult terrains.

Test Driving at Everything Electric Sydney

<p Attendees at Everything Electric Sydney can test drive the new Subaru models. This event provides potential buyers with the chance to experience the vehicles' capabilities and features in a relaxed setting.

Subaru’s Pure Electric SUV Range in Australia

Subaru Uncharted AWD

Category: Small electric SUV
Drivetrain: Dual electric motors, Symmetrical All-Wheel Drive
Power: 252kW
Battery capacity: 74.7kWh CATL
Driving range: Up to 522km (WLTP)
AC charging: Up to 22kW three-phase
DC fast charging: Up to 150kW
Ground clearance: 211mm (at kerb weight)

Subaru Solterra AWD

Category: Medium electric SUV
Drivetrain: Dual electric motors, Symmetrical All-Wheel Drive
Ground clearance: 210mm (at kerb weight)

Subaru Trailseeker AWD

Category: Large electric all-terrain SUV
Drivetrain: Dual electric motors, Symmetrical All-Wheel Drive
Power: 280kW
Battery capacity: 74.7kWh CATL
Driving range: Up to 533km (WLTP)
AC charging: Up to 22kW three-phase
DC fast charging: Up to 150kW
Ground clearance: 211mm (at kerb weight)

Conclusion

Subaru’s introduction of three electric SUV models at the Everything Electric Sydney event highlights its dedication to the Australian EV market. With the launch of the compact Uncharted and the adaptable Trailseeker, Subaru appeals to a wider customer base, from city drivers to adventure enthusiasts.

Q: What new models has Subaru launched?

A: Subaru has launched the compact Uncharted and the spacious Trailseeker, in addition to the existing Solterra.

Q: Why is ground clearance important in Subaru’s new EVs?

A: Both the Uncharted and Trailseeker have a ground clearance of 211mm, enhancing their off-road performance.

Q: What is the range of the Uncharted model?

A: The Uncharted offers a driving range of up to 522km on the WLTP cycle.

Q: Can you charge the new Subaru EVs using fast charging stations?

A: Yes, both the Uncharted and Trailseeker support up to 150kW DC fast charging.

Q: What is Subaru’s strategy in electric SUV design?

A: Subaru emphasizes retaining high ground clearance and all-wheel drive features for superior off-road capabilities.

For further details, visit Subaru Australia and https://au.everythingelectric.show/

Cybercriminals Utilize SQL Injection Emails to Breach Cisco Gateways

Matthew Miller on September 18, 2026

Quick Overview

A newly discovered Cisco vulnerability CVE-2026-76461 permits attackers to execute commands as root on Secure Email Gateway devices.
No authentication is required; attackers utilize SQL injection through specially crafted emails.
Cisco has updated cloud systems to AsyncOS 16.5.0-780, recommending on-premises users to perform updates as well.
There are no available workarounds for the vulnerabilities; upgrading is necessary.
Additionally, four other vulnerabilities rated 9.8, and one rated 7.5, have been revealed.

Cisco gateways exploited via SQL injection emails

Cisco’s Major Vulnerability: CVE-2026-76461

Cisco, the leading networking company, has identified a critical vulnerability in its Secure Email Gateway products. Known as CVE-2026-76461, this issue raises concerns due to its potential to allow attackers to run arbitrary commands as root. With a critical CVSS 3.1 base score of 9.8, this vulnerability impacts both physical and virtual gateways, presenting a significant risk to global systems.

SQL Injection: Exploitation Method

Utilizing this vulnerability does not require login information. Attackers can send emails with harmful SQL commands that the gateway executes, circumventing traditional security measures. This gap in the email parsing mechanism enables attackers to run commands with root access, which could jeopardize the whole system.

Cloud Services and Local Devices

Cisco has proactively updated its cloud-based Secure Email services to AsyncOS 16.5.0-780 to counteract this threat. Nevertheless, it is recommended that on-premises users examine their systems for signs of compromise, such as PostgreSQL commands appearing in mail logs. Administrators should also closely inspect firewall and network logs for any unusual data activity.

Immediate Upgrade Required

Since there are no workarounds available, Cisco strongly urges clients to upgrade to the corrected versions: AsyncOS 15.5.5-014, 16.0.4-302, and 16.5.0-780. Furthermore, Cisco has disclosed four supplementary vulnerabilities rated 9.8 and one rated 7.5, advising users of Secure Email and Web Manager to update to versions 15.5.5-006 or 16.5.0-429.

Conclusion

Cisco’s identification of the CVE-2026-76461 vulnerability highlights the urgent need for prompt updates and awareness against advanced cyber threats. With no available workarounds, upgrading systems is the sole method to defend against possible exploitations. Cisco’s quick action regarding cloud services illustrates the necessity of strong security protocols in safeguarding sensitive information and infrastructure.

Q: What is CVE-2026-76461?

A: CVE-2026-76461 is a significant vulnerability in Cisco’s Secure Email Gateway appliances that allows attackers to run arbitrary commands as root through SQL injection.

Q: How do attackers exploit this vulnerability?

A: Attackers dispatch crafted emails that include malicious SQL commands, which are executed by the gateway, bypassing standard security systems.

Q: What steps should Cisco customers take to secure their systems?

A: Customers ought to upgrade to the fixed software versions suggested by Cisco, such as AsyncOS 16.5.0-780, to safeguard against the vulnerabilities.

Q: Are there workarounds for these vulnerabilities?

A: No workarounds are available. Cisco encourages users to upgrade to the most recent versions to ensure security.

Q: How does this impact cloud-based and on-premises systems?

A: Cisco has updated its cloud services, but on-premises users must manually upgrade their systems and check for signs of compromise.

Q: What other vulnerabilities have been announced?

A: In addition to CVE-2026-76461, Cisco has announced four more vulnerabilities rated 9.8 and one rated 7.5, affecting Secure Email Gateway and Web Manager.

Zerra DC Launches Enormous 2.16 GW Datacentre for Anthropic in Australia

Matthew Miller on September 17, 2026

Quick Read

Zerra DC is set to establish a 2.16 GW datacentre in Queensland, Australia.
Anthropic will be the primary tenant, intending to utilize the facility by 2027.
The undertaking awaits authorization from the Foreign Investment Review Board and the Western Downs Regional Council.
The focus of the datacentre will be on AI inference rather than training.
Queensland secured this opportunity owing to its energy infrastructure and successful political negotiations.
The initiative promises noteworthy job creation and economic influence in the area.

A Pioneering Datacentre Establishment in Australia

Anthropic, a prominent entity in artificial intelligence, has signed its inaugural lease for a data centre in Australia, signifying a major achievement in the region’s technological infrastructure development. The venture, with a valuation of A$32 billion, will be located at Zerra DC’s Western Downs Digital Park, an expansive 725.5-hectare site in Kogan, Queensland.

The Ambitious Blueprint and Schedule

The planned datacentre will comprise four large data halls, each approximately 36,000 square metres in size. This ambitious initiative is designed to achieve a peak capacity of 2.16 gigawatts, which can supply electricity to about 1.5 million Australian homes. The phased project is expected to be finished over a four-year span, with operations projected to commence by 2027.

Location Strategy and Energy Factors

Queensland’s choice for this initiative showcases its strong energy infrastructure, including its closeness to Braemar’s gas-fired plants and Darling Downs Power Station. This decision aligns with Queensland’s strategic focus on utilizing current energy assets, such as coal and gas, in light of the ongoing national discussions regarding renewable energy standards for AI projects.

Political and Economic Consequences

Premier David Crisafulli’s effective negotiation emphasizes Queensland’s attractiveness as an investment location with stable energy resources and simplified project authorization processes. The datacentre anticipates considerable economic benefits, potentially generating up to 1,400 long-term jobs and fostering regional progress.

Environmental and Operational Hurdles

Notwithstanding the project’s promise, there are concerns regarding its environmental footprint and energy consumption. The Climate Council raises alarms about potential rises in greenhouse gas emissions and advocates for obligatory clean energy contributions from new datacentres. Nevertheless, Zerra DC intends to conserve water by utilizing primarily air-cooled systems and recycled water to address typical environmental critiques.

Conclusion

Zerra DC’s groundbreaking datacentre project in Queensland for Anthropic signifies a turning point in Australia’s digital domain. While it indicates substantial economic and technological progress, the project must contend with regulatory approvals and environmental issues. If executed successfully, it could establish Queensland as a frontrunner in AI infrastructure, providing quicker and more effective AI solutions locally.

Q&A

Q: Why is Anthropic’s datacentre in Queensland important?

A:

This datacentre signifies Anthropic’s initial major commitment in Australia, heralding significant advancements in technological infrastructure and local AI abilities.

Q: What effect will the datacentre have on Queensland’s energy resources?

A:

The datacentre will utilize current gas and coal facilities, although it faces criticism regarding its environmental impact and the necessity for further renewable energy sources.

Q: What economic advantages are anticipated from this initiative?

A:

The venture is projected to generate up to 1,400 enduring jobs and invigorate economic activity in the Western Downs area.

Q: What environmental issues are being addressed?

A:

Zerra DC intends to employ air-cooled systems to reduce water consumption and alleviate environmental concerns associated with conventional cooling practices.

Q: What challenges remain for the project?

A:

Primary challenges include securing essential regulatory approvals and synchronizing power generation timelines with the operational schedule of the datacentre.

Q: How does this initiative relate to global AI infrastructure patterns?

A:

This project complements Anthropic’s worldwide approach of obtaining early capacity with developers to enhance AI capabilities, reflecting trends observed in other global markets.

City of Melbourne Appoints Acting Chief Technology and Innovation Officer

Matthew Miller on September 17, 2026

Brief Overview

Imka Seecharan leaves the City of Melbourne after nearly two years in the position of CTIO.
Chris Apostolou takes over as acting CTIO, having been part of the council for close to four years.
The search for a permanent CTIO is set to begin soon.

Leadership Change at City of Melbourne

The City of Melbourne is experiencing a notable leadership shift as Imka Seecharan resigns from her position as chief technology and information officer (CTIO). Seecharan held this role for about one year and eight months, making significant contributions to various technology and innovation projects throughout her time in office.

Interim CTIO: Chris Apostolou

Chris Apostolou has been designated as the interim CTIO. Apostolou possesses extensive experience from his nearly four-year service with the council, where he most recently oversaw digital platforms, delivery, strategy, and architecture activities. His knowledge of the council’s digital ecosystem equips him to effectively guide the department during this transitional period.

Quest for a Permanent Successor

The City of Melbourne plans to commence the executive recruitment process in the next few weeks to secure a permanent CTIO. This initiative highlights the council’s dedication to sustaining its momentum in digital transformation and innovation.

Official Statement

Due to internal policies, a representative from the City of Melbourne was unable to offer detailed remarks on the leadership transition. This change signifies the council’s deliberate effort to maintain continuity and proficiency within its technology division.

Conclusion

Imka Seecharan’s exit from the City of Melbourne signifies a crucial juncture for the council’s technology and innovation sector. With Chris Apostolou stepping in as acting CTIO and a hiring process initiated for a permanent successor, the City of Melbourne continues to prioritize the advancement of its digital agenda.

Q: Who is the acting CTIO for the City of Melbourne?

A: Chris Apostolou has been named the acting chief technology and information officer.

Q: For how long did Imka Seecharan serve as CTIO?

A: Imka Seecharan served as CTIO for approximately one year and eight months.

Q: What is the City of Melbourne’s strategy for appointing a permanent CTIO?

A: The City of Melbourne will initiate executive recruitment procedures in the forthcoming weeks to appoint a permanent CTIO.

Q: What roles did Chris Apostolou fulfill at the City of Melbourne prior to this appointment?

A: Chris Apostolou most recently managed digital platforms, delivery, strategy, and architecture functions within the council.

Anthropic Attains Pivotal Agreement for Initial Australian Data Centre

Matthew Miller on September 17, 2026

Anthropic Secures Groundbreaking Agreement for First Australian Data Centre

Quick Overview

Anthropic finalizes its initial data centre lease in Australia, targeting completion by 2027.
The facility is set to feature a 2.16 gigawatt capacity, ranking among the largest worldwide.
Queensland is the chosen location, emphasizing a commitment to renewable energy.
The initiative supports Australia’s goal of a $150 billion investment in data infrastructure by 2030.
Queensland Premier affirms the agreement, underscoring energy security.

Anthropic’s Australian Data Centre Initiative

Anthropic finalizes first Australian data centre deal

Significant Capacity and Strategic Site

AI powerhouse Anthropic has secured an agreement for its inaugural Australian data centre, ensuring a 2.16 gigawatt capacity site on agricultural land 250 km from Brisbane. This signifies an important advancement in enhancing Australia’s position in the international data infrastructure arena, with expectations for the site to be operational by 2027.

The Drive for Renewable Energy

Drawing Global Tech Leaders

Anthropic’s entry follows a comparable initiative by OpenAI, which established a Sydney data centre the previous year. The attraction is attributed to Australia’s plentiful renewable resources and lower operational expenses relative to the saturated markets in the US and Asia, positioning it as a desirable location for tech investments.

Regulatory Framework and Sustainability

Government and Community Interactions

As Australia gears up for an anticipated $150 billion data infrastructure surge by 2030, the government is navigating the need for investment alongside community concerns regarding resource management. New regulations expected to be enacted in 2027 aim to address these issues.

Eco-Friendly Infrastructure

The data centre will utilize a closed-loop, air-cooled system, minimizing water consumption, and will operate using renewable energy obtained through Zerra DC’s contracts. This strategy aligns with Australia’s updated AI regulations that restrict domestically produced content for AI training.

Official Announcements and Future Prospects

Support from Queensland Officials

Queensland Premier David Crisafulli confirmed the pact, illustrating the state’s attractiveness due to its energy security and efficient processes. The Western Downs Digital Park symbolizes a long-term pledge to the technological advancement of Queensland.

Conclusion

Anthropic’s pivotal data centre lease in Queensland underscores Australia’s escalating significance in the global AI and technology infrastructure sector. With a commitment to renewable energy and proactive regulatory strategies, the nation is poised to draw considerable investments, fostering a thriving technological ecosystem.

Q: What makes Australia’s data centre sector appealing?

A: The nation offers abundant renewable energy sources and competitive operational costs, making it attractive for tech firms seeking sustainable and economical infrastructure.

Q: Why is the 2.16 gigawatt capacity noteworthy?

A: This ambitious capacity categorizes the data centre among the largest in the world, signifying Anthropic’s significant investment and dedication to expand its Australian operations.

Q: How is the Australian government addressing local concerns?

A: The government intends to enforce guidelines regulating resource utilization at data centres from 2027, balancing the attraction of investments with sustainable practices.

Q: What significance does renewable energy hold in this agreement?

A: The facility will operate on renewable energy, demonstrating a commitment to sustainability and aligning with global trends toward green technological solutions.

Q: What is the projected operational date for the data centre?

A: The site is slated to become operational in 2027, marking a standout milestone in Australia’s data infrastructure progress.

Q: What effect will this investment have on Queensland?

A: It signifies a substantial investment in the future of technology in the state, expected to enhance local economies and establish Queensland as a significant player in the tech industry worldwide.

University of Sydney Introduces ChatGPT Edu for Students

Matthew Miller on September 17, 2026

Quick Overview

University of Sydney initiates ChatGPT Edu for 80,000 faculty and students.
The deployment aligns with a responsible AI framework as well as current academic integrity policies.
A $1 million investment in AI sustainability research coincides with the launch.
ChatGPT Edu will not gather data for training additional OpenAI models.
UNSW is also broadening its ChatGPT Edu rollout to 80,000 students.
Concerns regarding academic integrity and environmental effects are being considered.

University of Sydney to implement ChatGPT Edu for students

University of Sydney Executive Director Digital Sydney Josh Roberts, Vice-President (Operations) Nicole Gower, Vice-Chancellor and President Professor Mark Scott, along with Open AI’s GTM Director (APAC) Deeps De Silva and Solutions Engineer Joel Sol

University of Sydney Adopt AI with ChatGPT Edu Introduction

The University of Sydney is introducing ChatGPT Edu, a specialized version of OpenAI’s technology, to 80,000 students and staff. This action makes it the second prominent Australian university to forge a significant partnership with OpenAI in just one week.

Guided by Responsible AI Principles

The university plans to implement ChatGPT Edu progressively, ensuring that the rollout conforms to its pre-established responsible AI framework. This framework aims to reduce risks linked with the improper use of AI technologies, particularly in terms of academic integrity.

Funding for AI Sustainability Initiatives

In conjunction with the ChatGPT Edu rollout, the University of Sydney is allocating $1 million to research in AI sustainability. This funding intends to enhance community awareness regarding the ecological consequences tied to AI technologies.

Measures for Academic Integrity

The university is revising its academic integrity protocols to effectively integrate AI tools. The “two-lane” assessment strategy, established last year, outlines clear metrics for when AI utilization is acceptable or forbidden in academic tasks.

Comparison with UNSW’s Strategy

The University of New South Wales (UNSW) is similarly broadening its ChatGPT Edu initiative to 80,000 students. Both institutions have verified that their implementations will not include data gathering for training further OpenAI models.

Tackling Issues

Concerns have been voiced by the National Tertiary Education Union regarding the absence of consultation on the rollout. Furthermore, both universities are investigating methods to ensure the ethical and sustainable use of AI tools.

Summary

The University of Sydney’s rollout of ChatGPT Edu marks a noteworthy advancement in the integration of AI in Australian higher education. With an emphasis on responsible application and sustainability, the university is positioning itself at the leading edge of AI adoption within academia. However, challenges related to academic integrity and environmental impact continue to be crucial areas for ongoing focus and improvement.

Q: What is ChatGPT Edu?

A: ChatGPT Edu is a tailored version of OpenAI’s ChatGPT designed for educational settings, aimed at assisting students and faculty.

Q: Why is the University of Sydney investing in AI sustainability research?

A: The university is dedicating $1 million to AI sustainability research to enhance understanding of the environmental effects of AI technologies and advocate for sustainable methodologies.

Q: How is the ChatGPT Edu rollout being managed?

A: The rollout is taking place in phases and is supervised by the university’s responsible AI framework to assure ethical use and adherence to academic integrity standards.

Q: What precautions exist to prevent cheating with AI tools?

A: The University of Sydney is employing a “two-lane” assessment model to define when the use of AI tools is allowed, combined with technology to identify instances of cheating in student submissions.

Q: Will ChatGPT Edu collect user data?

A: No, the implementation of ChatGPT Edu at the University of Sydney will not gather data to train other OpenAI models, prioritizing user privacy and data security.

Q: How does the approach of the University of Sydney compare to that of UNSW?

A: Both universities are extending ChatGPT Edu access to 80,000 students and staff, focusing on ethical use and responsible guidelines, although UNSW has chosen a procurement approach based on token consumption.

Q: What concerns have been raised by the National Tertiary Education Union?

A: The union highlighted concerns regarding a lack of consultation on the ChatGPT Edu rollout, emphasizing the necessity for increased stakeholder involvement in the deployment of new technologies.

TeamViewer Enables Public Sector to ‘Shift Left’ with TeamViewer ONE

Matthew Miller on September 17, 2026

Enabling Public Sector with TeamViewer ONE

Brief Overview

Public sector entities encounter digital friction, resulting in a loss of 1.3 workdays monthly.
TeamViewer ONE combines remote support with endpoint management and DEX resources.
The platform facilitates proactive assistance, decreasing the need for higher-level support.
AI-driven functionalities improve issue resolution and automate workflows.
Recognized as a Leader in the Gartner Magic Quadrant for three years running.

Tackling Digital Friction in the Public Sector

TeamViewer improves efficiency in the public sector with innovative solutions

Globally, public sector organisations are facing challenges with digital friction that hampers productivity. A survey conducted by TeamViewer indicated that employees lose approximately 1.3 workdays per month due to these challenges, impacting revenue and customer loyalty significantly.

Shadow IT is widespread, with around 40% of employees utilizing personal devices to bypass technology challenges. Consequently, public sector personnel in Australia are calling for enhanced IT tools and integrated systems in 2024.

Independent Endpoint Management with TeamViewer ONE

TeamViewer provides a comprehensive solution to counter these issues through Independent Endpoint Management (IEM). This approach utilizes automation and AI to secure and manage network devices, lessening the load on IT and security teams.

Integrating Remote Support with Endpoint Management and DEX Resources

TeamViewer ONE merges remote support, endpoint management, and Digital Employee Experience (DEX) resources into a cohesive platform. This comprehensive strategy empowers organisations to proactively address challenges, ensuring a seamless digital experience for employees.

Implementing ‘Shift Left’ Approaches

Utilizing TeamViewer ONE, public sector organisations can adopt ‘shift left’ methods—bringing problem resolution closer to the user. This strategy decreases dependency on higher-tier support, boosting efficiency and minimizing downtime.

The platform offers real-time endpoint visibility and application insights, allowing for quicker identification and resolution of issues. Automated processes, such as patching and configuration management, uphold compliance and readiness.

Enhancing Capabilities with AI

AI plays a pivotal role in the advanced features of TeamViewer ONE. The TeamViewer Intelligence Agent (TIA) aids in efficiently resolving issues, functioning as a chatbot for troubleshooting. It also records session activities for process automation and integration into IT Service Management systems.

Demonstrated Success in the Public Sector

TeamViewer ONE has proven its effectiveness, particularly in a US agency that unified several data sources, monitored license metrics, and optimized software management. The platform reliably provides secure, scalable enhancements in digital experiences across government sectors.

Conclusion

TeamViewer ONE is reshaping public sector IT management by diminishing digital friction and promoting a proactive support atmosphere. Through AI and automation, public sector organisations can improve efficiency, security, and employee satisfaction.

Frequently Asked Questions

Q: What does digital friction mean?

A: Digital friction signifies productivity decline and operational inefficiencies stemming from technology failures.

Q: In what ways does TeamViewer ONE assist public sector organisations?

A: It offers a consolidated platform that integrates remote support, endpoint management, and DEX resources to proactively address issues.

Q: What does the ‘shift left’ strategy entail?

A: ‘Shift left’ means relocating problem identification and resolution closer to the end-user, reducing the need for higher-level support.

Q: How does AI augment TeamViewer ONE?

A: AI functionalities such as the TeamViewer Intelligence Agent facilitate problem resolution, automate tasks, and integrate session data into IT management systems.

Agility Robotics Introduces Digit 5: The Robot Designed for Seamless Collaboration with Humans

David Leane on September 16, 2026

Quick Read

Agility Robotics reveals Digit 5, a humanoid robot crafted for collaborative safety in warehouse environments.
Digit 5 is slated for global launch, initially focusing on the EU and UK markets.
With a new safety stack, Digit 5 can operate securely alongside human workers.
Noteworthy hardware upgrades include an enhanced payload capacity and quicker charging times.
Competition from firms such as Boston Dynamics and Tesla is expected.

Advancing into the Future of Robotics

Agility Robotics has introduced Digit 5, a state-of-the-art humanoid robot designed for safe interaction with humans in warehouse scenarios. In contrast to conventional industrial robots typically restricted behind barriers, Digit 5 features a design that enables it to work in tandem with people effortlessly. This innovation signifies a major advancement in incorporating humanoid robots into routine industrial activities.

International Deployment Strategies

Initially launching in the U.S. and Canada, Agility Robotics intends to broaden Digit 5’s availability to global markets, starting with the European Union and the United Kingdom. The robot will be marked with essential regulatory labels, including the CE mark, for these regions. Unfortunately, there are currently no plans for an Australian launch.

Prioritizing Safety with Digit 5

Digit 5 places a strong emphasis on safety, tackling one of the key issues in deploying humanoid robots. The robot features a proprietary AI brain along with a range of sensors that allow it to navigate around individuals safely. It includes visual and auditory signals to convey its actions, further improving workplace safety.

Agility Robotics has collaborated with NVIDIA’s Halos for Robotics platform, incorporating technologies like NVIDIA IGX Thor and Halos Core to boost the robot’s operational safety. Additionally, Agility is actively contributing to the development of safety standards for humanoid robots on a global scale.

Significant Hardware Enhancements

Digit 5 presents remarkable hardware enhancements compared to its predecessor. It can carry 23 kg, owing to a new leg mechanism powered by cycloidal actuator tech. Its battery can be charged in just 9 minutes, providing a 10:1 run-to-charge ratio, equating to over 20 hours of operation in one day. These advancements position Digit 5 as an adaptable and efficient solution for numerous warehouse tasks.

The robot is designed with swappable end-effectors, enabling tool changes according to task needs, and maintains a human-sized footprint, allowing it to traverse areas designed for human use effectively.

Potential Impact in Australia

The skills of Digit 5 align seamlessly with the demands of Australian warehouses and factories, which encounter labor shortages and require efficient resource utilization during shifts. A robot capable of working longer hours, handling heavy loads, and maneuvering through current infrastructures could transform operations if its safety features are validated in practical applications.

Nonetheless, Digit 5 must complete thorough testing and certification to fulfill safety requirements and will contend with titans in the industry such as Boston Dynamics and Tesla.

Conclusion

Agility Robotics’ Digit 5 is set to revolutionize warehouse operations with its cutting-edge design and safety features. While its capabilities are promising, its success will be contingent on practical performance and compliance with regulatory standards. Australian sectors could gain substantially from such innovations, assuming they become accessible in the region.

Q: What differentiates Digit 5 from other robots?

A: Digit 5 is engineered for collaborative safety, enabling it to work alongside humans instead of being isolated behind safety barriers.

Q: When can we expect Digit 5 to be available?

A: Early access is anticipated in the first half of 2027, with wider availability by the end of 2027.

Q: What are the main improvements in Digit 5?

A: Major enhancements include a higher payload capacity, quicker charging, and interchangeable end-effectors for diverse tasks.

Q: Will Digit 5 be introduced in Australia?

A: At present, there are no announced initiatives for Digit 5’s launch in Australia.

Q: How does Digit 5 maintain safety?

A: The robot employs a combination of AI, sensors, and safety protocols to navigate securely around humans.

Q: Who are the primary competitors of Digit 5?

A: Competitors comprise robotics firms like Boston Dynamics and Tesla.

Cleanaway Revamps Network to Link 350 Locations Throughout Australia

Matthew Miller on September 16, 2026

Brief Overview

Cleanaway Waste Management is launching an SD-WAN powered by Netskope technology, overseen by Macquarie Technology Group, with completion anticipated by April next year.
The network is set to facilitate over 350 locations across Australia, with a successful pilot phase finished and 25 locations now operational.
This enhancement aims to improve video surveillance and incident monitoring for safety, while paving the way for future projects under Cleanaway’s Blueprint 2030 2.0 plan, which includes fleet analytics and AI-driven operations.

Cleanaway is upgrading its network connecting 350 sites

Network Upgrade for Improved Connectivity

Cleanaway Waste Management is executing a major network upgrade initiative, scheduled for completion by April next year. The ASX-listed waste management firm is implementing a software-defined wide area network (SD-WAN) utilizing Netskope technology, with the rollout overseen by Macquarie Technology Group. This network transformation will serve over 350 sites across the nation, reinforcing Cleanaway’s dedication to dependable connectivity and informed operational decisions.

Successful Pilot and Operational Sites

Having completed the pilot phase, 25 sites are actively utilizing the redesigned network infrastructure. Matt Gurrie, Cleanaway’s IT infrastructure leader, emphasizes how the transformation prioritizes dependable connectivity in their operations. This capability supports quicker and better-informed decisions, critical for the safety of drivers and the community.

Boosted Safety and Monitoring Features

The upgraded network is structured to enhance video capture and monitoring functions across various sites. This improvement assists drivers, waste management experts, and frontline workers in addressing safety incidents such as vehicle fires and waste problems. Information gathered from onboard sensors and cameras is aggregated into a central control room, enabling real-time decision-making to protect drivers and the community.

Future-Ready Network for Blueprint 2030 2.0

In addition to immediate advantages, the network is set to facilitate upcoming projects as part of Cleanaway’s Blueprint 2030 2.0 strategy. This includes innovations in fleet analytics and AI-driven operations, positioning Cleanaway as a leader in technological and operational advancement within the waste management sector.

Overview

The network upgrade by Cleanaway Waste Management is a crucial advancement toward improved safety and operational effectiveness. By implementing an SD-WAN with Netskope technology, Cleanaway aims to connect over 350 sites throughout Australia, reinforcing its commitment to modernized waste management and community safety.

Q: What technology is employed in Cleanaway’s network enhancement?

A: Cleanaway is implementing a software-defined wide area network (SD-WAN) powered by Netskope technology.

Q: How many locations will the updated network accommodate?

A: The network will support more than 350 locations throughout Australia.

Q: When is the network upgrade anticipated to be finalized?

A: The upgrade program is expected to be completed by April next year.

Q: What advantages does the network upgrade offer?

A: The upgrade enhances video capture and monitoring for safety, supports instantaneous decision-making, and facilitates future projects like fleet analytics and AI operations.

Q: In what ways does the network improve safety and monitoring?

A: It enhances video capture and monitoring features, assisting in the management of safety incidents such as vehicle fires and waste challenges.

Q: What does Cleanaway’s Blueprint 2030 2.0 strategy entail?

A: It is a strategic framework for future projects, focusing on advancements in fleet analytics and AI-supported operations.

For additional technology news and updates, visit TechBest.

UTS Initiates Bold $20 Million+ Network Revamp

Matthew Miller on September 16, 2026

Quick Read

UTS allocates more than $20 million for an extensive renovation of its network and wi-fi infrastructure.
Nexon Asia Pacific is spearheading the deployment of wi-fi 7 and various other advanced technologies.
This initiative will improve core and edge infrastructure, enhance data centre connections, and bolster security measures.
Initial stages have concluded, with an 18-month construction phase currently in progress.

UTS initiates a comprehensive network revitalization

UTS’s Ambition for a Strong Network Infrastructure

The University of Technology Sydney (UTS) has launched a groundbreaking initiative surpassing $20 million to upgrade its network and wi-fi infrastructure across every campus. This ambitious endeavor is overseen by Nexon Asia Pacific, concentrating on the integration of wi-fi 7 technology, core and edge infrastructure, data centre connectivity, and robust security measures.

Nexon Asia Pacific’s Contribution

Nexon Asia Pacific has been given this vital assignment, ensuring that the network upgrade aligns with UTS’s strategic objectives. Their responsibilities include not just implementation but also continuous managed services, strategic consultation, and multi-year support.

Welcoming the Future with Wi-Fi 7

At the heart of this renovation is the adoption of wi-fi 7 technology, engineered to handle the rising requirements of bandwidth-intensive and data-heavy activities, especially as artificial intelligence becomes increasingly integrated into academic frameworks. UTS CIO David Reeve highlighted the urgency for a network that meets the needs of future students who have been raised in AI-centric environments.

Strategic Phases and Future Prospects

With the design and proof-of-concept stages now finalized, the project is entering an 18-month construction phase. This effort forms a part of UTS’s larger modernization strategy, focusing on advancing platforms, AI and data systems, and the physical campus to provide a digital-first student experience extending into 2030 and beyond.

Overview

UTS is poised to revolutionize its technological framework with a $20 million investment in its network and wi-fi infrastructure. Guided by Nexon Asia Pacific, this project will introduce cutting-edge technologies to address future needs and support the university’s digital-first mission.

Q: What is the primary objective of UTS’s network revitalization?

A: The primary objective is to modernize the network infrastructure to accommodate future technological needs, especially for bandwidth-heavy and AI applications.