Category: Australia Tech News

Brief Overview

• NBN Co seeks a reduction on expiring spectrum licences from ACMA.
• The request is founded on losses and arguments for public advantage.
• ACMA has determined the renewal cost at $7.32 billion.
• NBN Co is running its fixed wireless network at a deficit.
• This network covers 800,000 premises with 400,000 active users.
• Investments are crucial as demand for data rises.

The Spectrum Licence Discussion

NBN Co has reached out to the Australian Communications and Media Authority (ACMA) for a reduction in its expiring spectrum licences, which are critical for its fixed wireless operations. The firm claims its operations yield losses, yet they provide a public advantage, warranting a lower fee.

ACMA’s Pricing Decision

ACMA recently concluded the pricing for the renewal of these licences, establishing the total cost at $7.32 billion, marginally lower than the previous estimate of $7.34 billion. Even with this slight decrease, NBN Co has sought an additional reduction, asserting that its required usage does not fit with market-centric pricing models.

Operational Deficits and Public Advantages

NBN Co insists that no economically rational business would pay market rates while suffering losses, particularly when the spectrum is utilized for public good. The company points out that ACMA acknowledges no more valuable spectrum usage than delivering fixed wireless broadband to rural regions, which contradicts its pricing strategy.

Upcoming Financial Hurdles

Research commissioned by ACMA suggests that NBN Co will incur $491 million in costs to renew licenses before the start of the 2031 financial year. Presently, the fixed wireless network services 800,000 locations, with 400,000 active connections. Despite a $750 million network enhancement backed by significant government funding, NBN Co anticipates ongoing financial difficulties, projecting losses could reach $2.93 billion by 2040.

Future Investments and Obstacles

As data usage escalates, NBN Co’s wireless and satellite sectors encounter heightened cost challenges. Adopting more sophisticated satellite technologies, such as low earth orbit solutions, is expected to enhance capacity and latency, but it demands additional investment. Although capital spending has declined following the completion of upgrades in 2024, focused improvements are still in progress.

Conclusion

NBN Co’s appeal for a discount on spectrum licences from ACMA highlights the financial challenges of providing fixed wireless services across Australia. While recognizing the public benefit involved, ACMA’s market-based pricing remains contentious. With ongoing investments necessary to cater to rising data needs, NBN Co’s future financial outlook continues to be uncertain.

Commonly Asked Questions

Q: Why is NBN Co seeking a reduction on spectrum licences?

A: NBN Co claims that its operations incur losses for the public good, and a reduction would better accommodate its mandated usage.

Q: What cost has ACMA established for renewing the spectrum licences?

A: ACMA has set the renewal fee at $7.32 billion.

Q: How many premises does the fixed wireless network of NBN Co currently serve?

A: The network serves 800,000 premises with 400,000 active connections.

Q: What are NBN Co’s future financial projections?

A: NBN Co expects ongoing losses, with an additional $2.93 billion anticipated by 2040.

Q: What investments does NBN Co plan to address data demands?

A: NBN Co intends to invest in transitioning to low earth orbit satellite solutions for enhanced capacity and latency.

Q: How has NBN Co financed its recent network upgrades?

A: The recent $750 million upgrade was funded with $480 million from the federal government and $270 million from NBN Co.

Brief Overview

• A man from Lynbrook imprisoned for over two years due to phone number porting scam.
• Fraud involved the transfer of 86 mobile numbers 193 times without the owners’ approval.
• Porting scams can circumvent multi-factor authentication to retrieve sensitive information.
• SpinTel charged $59,400 for security flaws leading to unauthorized number transfers.
• ACMA instructs SpinTel to enhance security protocols and undergo an independent assessment.

Insight into the Porting Fraud

A 35-year-old man from Lynbrook, located in south-east Melbourne, has received a sentence of two years and two months in jail, with a 12-month non-parole term, for executing a large phone number porting fraud scheme. This operation involved the illicit transfer of 86 mobile numbers, which were ported a total of 193 times. Out of these, 44 attempts were successful without obtaining permission from the rightful owners.

Mechanics of the Fraud

The Australian Federal Police (AFP) disclosed that porting frauds consist of transferring a victim’s mobile number to a SIM card overseen by a scammer. Following this transfer, fraudsters can circumvent multi-factor authentication (MFA) to infiltrate bank accounts and access other sensitive data, creating considerable dangers for victims.

Indicators and Mitigation

Detective Superintendent Bernard Geason of the AFP recommends remaining alert for unexpected text messages from mobile carriers. Such notifications may assert that a number port request has been initiated. Furthermore, if a mobile device indicates disconnection or displays ‘SOS only’, this could signify unauthorized porting. It is essential to promptly reach out to mobile service providers and secure bank accounts in such scenarios.

SpinTel’s Fine for System Flaws

In a different case, the Australian Communications and Media Authority (ACMA) levied a $59,400 fine against SpinTel after scammers took advantage of weaknesses in its systems. This situation resulted in the unauthorized porting of 10 consumers’ mobile numbers from February to March 2025, leading to losses exceeding $45,000. SpinTel is mandated to conduct an independent examination of its security framework and apply necessary enhancements.

Conclusion

The recent sentencing of a Victorian fraudster and the penalty imposed on SpinTel shed light on the escalating risk of phone number porting frauds. These occurrences reinforce the necessity for stringent security practices and consumer awareness to safeguard personal and financial data.

Q: What approach did the scammer take to access sensitive data?

A: The scammer executed bulk phone number porting to transfer victims’ numbers to a SIM he controlled, allowing him to bypass MFA and access sensitive information.

Q: What should individuals do if they suspect unauthorized porting?

A: Immediately contact your mobile carrier, secure your bank accounts, and invalidate any potentially impacted cards.

Q: How did SpinTel’s security issue impact consumers?

A: It enabled unauthorized number transfers, resulting in financial losses and illegitimate access to personal accounts.

Q: What steps is SpinTel taking after the incident?

A: SpinTel is improving its security protocols, conducting an independent review, and implementing recommended enhancements following ACMA’s guidelines.

Quick Overview

• Telstra collaborates with Ericsson for 6G research and trials
• Emphasis on AI-native technology and network-as-a-product solutions
• Testing set to occur in Sweden and Gold Coast, Australia
• Possible applications cover public safety and agriculture
• Telstra seeks to personalize network features for users

Collaborative Effort for 6G Advancement

Telstra has partnered with Ericsson to launch a major effort directed at progressing 6G technology. The two technology leaders have inked a letter of intent to work on 6G research and experiments, concentrating on preparing for the evolution of future 6G standards.

Cross-Continental Testing

The research and trials will take place at Ericsson’s 6G test facility in Sweden and at Telstra’s innovation hub on the Gold Coast. The assessments will evaluate the performance of 6G technology under various geographic circumstances, which is essential for its worldwide implementation.

AI-Native Technology and Innovations

Shailin Sehgal, Telstra’s group executive, emphasized that 6G will represent the first mobile technology generation that is AI-native. The company is eager to investigate 6G’s potential in advanced network connectivity, incorporating novel ideas such as network-as-a-product, enabling users to adapt network features to fit their requirements.

Prospective Use Cases

The possibilities for 6G technology applications are extensive, with Sehgal mentioning industries like public safety, agriculture, and weather monitoring. These advancements parallel the initial testing stages of 5G, during which Telstra trialed network slicing to maximize network efficiency for specific uses.

Conclusion

Telstra and Ericsson are establishing the foundation for 6G technology with an emphasis on AI-native capabilities and the flexibility to customize network services according to individual user preferences. This venture will enhance prior 5G developments and explore a wide range of use cases, setting a new benchmark for future mobile technologies.

Q: What is the primary goal of Telstra and Ericsson’s collaboration?

A: The collaboration aims to develop and test 6G technology, particularly with AI-native features and network-as-a-product innovations.

Q: Where will the 6G trials be held?

A: Trials will occur at Ericsson’s 6G test facility in Sweden and Telstra’s innovation hub on the Gold Coast, Australia.

Q: What are some possible applications for 6G technology?

A: Possible applications include public safety, agriculture, and weather monitoring, among others.

Q: What does “network-as-a-product” entail?

A: It pertains to telecommunications solutions that enable users to adjust network features, possibly resulting in varying pricing based on user requirements.

Q: In what ways does 6G differ from earlier mobile technology generations?

A: 6G is the initial mobile technology generation to be AI-native, facilitating more sophisticated features and customizations.

Overview

• The hacking group TeamPCP has infiltrated GitHub.
• The breach was facilitated by a harmful Visual Studio Code extension.
• Close to 3800 private repositories of code were compromised.
• No sign of repercussions on customer data stored outside.
• GitHub is collaborating with Microsoft for breach investigation.
• TeamPCP has a reputation for attacking software supply chains.

GitHub Breached via Harmful Extension

Microsoft-owned GitHub, a collaboration and code hosting platform, has verified a security breach reportedly executed by the hacking group TeamPCP. This incident involved the infiltration of an employee’s device via a harmful Microsoft Visual Studio Code extension, resulting in the compromise of about 3800 private code repositories.

Consequences of the Breach

The insecure extension, known as nrwl.angular-console, has over 2.2 million downloads and was compromised on March 18, 2026. GitHub has indicated that the current data exfiltration pertains solely to its internal code repositories and confirmed no evidence of impact on customer data stored externally.

Investigation and Response

GitHub is thoroughly probing the incident and aims to release a detailed report. They are in partnership with Microsoft to evaluate the consequences of the harmful extension. GitHub has promised that customers will be informed through official channels should any impact on their information come to light.

About TeamPCP

TeamPCP is a prominent threat entity recognized for executing software supply chain attacks. Their operations have targeted a variety of developer utilities and open-source platforms, such as npm and PyPI. They have notably been associated with the CanisterWorm attack, which employed an innovative command-and-control strategy that is resistant to usual takedown approaches.

Conclusion

The recent breach of GitHub by TeamPCP emphasizes ongoing weaknesses in software supply chains. Although the immediate consequences are restricted to internal repositories, the event highlights the necessity for heightened awareness and stronger security protocols within the tech sector.

Q: What led to the GitHub breach?

A: The breach was caused by a compromised Microsoft Visual Studio Code extension, resulting in the exfiltration of private code repositories.

Q: What is the scope of the data that was exfiltrated?

A: Approximately 3800 private code repositories were compromised. There is no indication of impact on external customer data.

Q: Who constitutes TeamPCP?

A: TeamPCP is a hacking collective recognized for software supply chain attacks, focusing on developer tools and open-source systems.

Q: What measures is GitHub undertaking in response to the breach?

A: GitHub is investigating the situation, collaborating with Microsoft, and plans to publish a thorough report. They will inform customers if any repercussions on their information are found.

Q: What is the extension that was compromised?

A: The compromised extension is nrwl.angular-console, which boasts over 2.2 million installations.

Q: Is there any effect on customer data held externally?

A: At present, there is no evidence suggesting that customer data outside of GitHub’s internal repositories has been compromised.

Q: What distinguishes TeamPCP’s tactics?

A: TeamPCP’s attacks are notable for their rapid execution and the use of new techniques, including routing traffic through decentralized Internet Computer Protocol canisters.

Brief Overview

• Mini Shai-Hulud worm breaches Microsoft Azure’s Python package.
• Objectives include credential theft and possible disk wiping.
• The worm propagates through AWS and Kubernetes, impacting non-Windows systems.
• Utilizes GitHub for robust communication and contingency operations.

Invasion of Microsoft’s Azure Package

The Mini Shai-Hulud worm, defined by its Dune saga theme, has garnered attention for assaulting Microsoft’s Azure package, particularly the Durable Task Framework. Recognized by cybersecurity provider Aikido, the worm disseminates via the PyPI repository versions 1.4.1, 1.4.2, and 1.4.3, incorporating a Linux-specific payload.

Destructive Functions and Credential Theft

This worm can not only erase disk data using the harmful rm -rf /* command but also seeks out a multitude of credentials. It focuses on widely used password managers like 1Password and Bitwarden, and scans credential files for major cloud platforms such as AWS, Google Cloud, and Microsoft Azure.

Propagation and Resilience Strategies

Mini Shai-Hulud spreads through AWS and Kubernetes, with a goal of compromising non-Windows environments. Additionally, the worm employs an advanced resilience method utilizing GitHub’s search API, guaranteeing ongoing operations even if the main command and control infrastructure is breached.

Possible Connections to TeamPCP

Although not exclusively attributed, the operation exhibits characteristics of the notorious TeamPCP group, recognized for utilizing Dune-themed language. The design and tactical approaches of the worm reflect earlier assaults linked to this entourage.

Conclusion

The Mini Shai-Hulud worm highlights the advancing dangers in the software supply chain, targeting Microsoft’s Azure packages with credential theft and destructive maneuvers. With innovative propagation and resilience methodologies, the worm emphasizes the importance of proactive cybersecurity efforts across open-source frameworks.

Q&A

Q: What does the Mini Shai-Hulud worm do?

A: It is a variant of malware that targets Microsoft’s Azure packages, associated with credential theft and the risk of data destruction.

Q: What methods does the worm use to propagate?

A: It spreads through AWS and Kubernetes environments, primarily affecting non-Windows systems.

Q: What are its destructive features?

A: The worm can execute a command to wipe disks, potentially leading to data loss on affected devices.

Q: How does it ensure resilience?

A: The worm implements GitHub’s search API as a fallback communication method, allowing ongoing operations if primary controls are disrupted.

Q: Is there a link to any known hacking collectives?

A: Although unverified, this attack is thought to be related to the TeamPCP group, recognized for employing similar strategies.

Q: How can individuals safeguard against this threat?

A: Individuals should frequently update software packages, watch for unusual activities, and adopt solid security practices to lessen risks.

Quick Overview

• Vivid Sydney 2026 takes place from 22 May to 13 June 2026.
• The event includes more than 200 activities, with 80% of them free to join.
• This new structure grants artists unrestricted creative exploration.
• Tech collaborators such as Kia and Samsung elevate interactive engagements.
• Major attractions feature a record-setting drone display and expanded culinary offerings.

Revealing an Infinite Creative Realm

The 16th installment of Vivid Sydney is here, transforming Sydney Harbour and its central business district into a vibrant arena of light and creativity. Moving away from conventional themes, the 2026 event invites artists to delve into limitless expressions in Light, Minds, Music, and Food.

Expansive Free Light Walk and Technology Partnerships

This year’s festival dazzles with an inclusive agenda where over 80% of the events are complimentary. The 6.5km Light Walk takes prominence, showcasing 43 installations and public artworks. Technology leaders like Kia and Samsung are back, introducing state-of-the-art experiences. Kia’s Refraction merges light with automotive design, while Samsung’s Sky Portal Studio provides an engaging digital space.

High-Tech Drones Brighten Cockle Bay

The skies above Cockle Bay will light up with the festival’s largest drone performance, named Star Bound. Sponsored by IREN, this aerial event features 22 shows, marking a historic drone launch. In addition, Darling Harbour’s Laser Lightfall provides nightly laser displays.

International Creatives and Interactive Light Art

Across the Light Walk, global artists showcase their imaginative works. Chris Levine’s Molecule of Light is prominent, while Yann Nguema’s Opera Mundi decorates the sails of the Sydney Opera House. The festival honors creativity through Your Connected City, a crowdsourced light showcase spanning 24 CBD buildings, and emphasizes First Nations talent with Brian Robinson’s digital art projections.

Extensive Music Lineups and Culinary Growth

Vivid Music highlights a range of talent at locations such as Tumbalong Park and the Sydney Opera House. Featured artists include Mitski and Jeff Mills, while Carriageworks presents Lil’ Kim. Vivid Food returns with an enlarged Fire Kitchen and international culinary icons like Yotam Ottolenghi.

Partner Collaborations and Festival Navigation

With Uber as the official partner, transportation is made easy with designated pick-up and drop-off areas. Lilly Australia celebrates its 150th Anniversary with a health-oriented panel, while Foodbank NSW and ACT promote awareness through the Foodbank Truck Packer installation. The festival provides both complimentary and ticketed experiences, which can be booked online.

Conclusion

Vivid Sydney 2026 sets a new precedent by eliminating creative boundaries to present a festival overflowing with artistic and technological brilliance. With an emphasis on accessibility and global talent, the celebration promises an extraordinary showcase of creativity throughout Sydney’s landmark locations.

FAQs

Q: When will Vivid Sydney 2026 be held?

A: The festival runs from 22 May to 13 June 2026.

Q: Are the majority of events free of charge?

A: Yes, more than 80% of the events are free to participate in.

Q: What are some technological highlights?

A: Notable tech features include Kia’s Refraction display and Samsung’s Sky Portal Studio, along with the record-setting drone performance.

Q: How can festival-goers navigate the event?

A: Uber facilitates designated pick-up and drop-off spots to enhance transport efficiency during the festival.

Q: What culinary options will be available?

A: Vivid Food presents various culinary experiences, featuring the Fire Kitchen and events with Yotam Ottolenghi.

Quick Read

• The US is allocating US$2 billion across nine quantum computing firms.
• IBM’s new quantum chip venture, Anderon, secures US$1 billion.
• GlobalFoundries receives US$375 million to establish a US manufacturing facility for quantum components.
• Firms like D-Wave and Rigetti Computing are awarded approximately US$100 million each.
• This investment is part of the CHIPS and Science Act, designed to bolster US technological leadership.
• Quantum computing encounters obstacles such as high error rates but possesses immense potential.

US Advances Quantum Computing Leadership through Major Investment

US Investment in Quantum Computing

The US government has unveiled a substantial investment in the quantum computing industry, totaling US$2 billion distributed among nine companies. IBM emerges as a major recipient, obtaining US$1 billion to launch a new initiative called Anderon, focused on producing quantum chips. This effort emphasizes the US’s goal to excel in this innovative sector and combat China’s expanding capabilities.

Key Firms and Funding Insights

Beyond IBM, GlobalFoundries is set to receive US$375 million to create a domestic factory for quantum machine components. Additionally, companies like D-Wave, Rigetti Computing, and Infleqtion have each secured around US$100 million to tackle the technical issues involved in developing more advanced quantum systems. This financing is sourced from the CHIPS and Science Act, underscoring the strategic value of quantum technology.

Quantum Computing’s Rising Importance

Quantum computing is attracting heightened interest due to its potential to transform areas such as drug development, financial analysis, and cryptographic security. While significant progress has been made, challenges including high error rates persist. The US investment seeks to address these challenges, promoting the growth of the domestic industry and generating well-paying jobs.

Conclusion

The US’s US$2 billion commitment to quantum computing signifies its resolve to lead in this groundbreaking technology. By backing essential players like IBM and GlobalFoundries, the US endeavors to reinforce its supply chains and technological prowess, while countering international rivals like China.

Q&A

Q: What is the importance of the US investment in quantum computing?

A: The investment positions the US as a frontrunner in quantum technology, intending to enhance domestic industries and counter China’s progress.

Q: What are the primary obstacles in quantum computing?

A: Significant challenges comprise high error rates and technical barriers in developing more advanced systems.

Q: How will IBM’s new initiative impact the industry?

A: IBM’s new venture, Anderon, will concentrate on producing quantum chips, supplying technology to external customers, and expediting advancements in the sector.

Q: What role does the CHIPS and Science Act play in this funding?

A: The Act offers financial incentives to key industries, including quantum computing, to strengthen US supply chains and technological leadership.

Q: What is the position of GlobalFoundries in the quantum computing sphere?

A: GlobalFoundries will construct a factory for quantum components, collaborating with companies on control chips and packaging technologies for quantum systems.

Q: What future potential does quantum computing exhibit?

A: Quantum computing is poised to revolutionize domains such as pharmaceuticals, finance, and cybersecurity by enabling quicker and more efficient calculations.