Author: David Leane

Brief Overview

• Telstra has experienced a 43% rise in mobile outages attributed to gaps in LEO satellite coverage.
• These outages affect remote populations as well as triple zero emergency services.
• Eutelsat OneWeb is actively working to launch additional satellites to enhance coverage.
• New regulations mandate that carriers report noteworthy local outages.
• Telstra is improving triple zero services by upgrading payphones and providing satellite kits.

Telstra’s Demand for More LEO Satellites

Telstra has underscored the urgent requirement for further deployment of Low Earth Orbit (LEO) satellites in collaboration with Eutelsat OneWeb. This necessity stems from a striking 43% rise in mobile base station outages in remote locations, which depend significantly on LEOsat-based backhaul for connectivity. These disruptions greatly affect remote communities and the accessibility of triple zero emergency services.

Insights on the Outages

The outages, which have escalated from 3614 in 2024 to 5221 in 2025, are due to inadequate LEOsat coverage, resulting in mobile towers losing connectivity for as long as 35 minutes daily. This interruption affects critical services, including emergency calls, in remote areas.

Initiatives for Better Coverage

Telstra is joining forces with OneWeb to enhance satellite coverage by introducing additional LEO satellites. While improvement has been noted since mid-2025, with fewer outages, coverage gaps persist as a challenge, especially in the southern hemisphere.

Effects on Triple Zero Services

The outages mainly influence small populations, frequently indigenous communities, where access to emergency services is crucial. Telstra has taken steps to improve triple zero service availability, such as upgrading payphones and deploying Starlink kits for quick response.

Regulatory Actions and Upcoming Plans

As of June 2025, new regulations require carriers to report major local outages. Telstra, following these guidelines, has established “significant community impact” using strict criteria and is proactively enhancing network resilience through co-investment initiatives and infrastructure upgrades.

Conclusion

Telstra’s growing dependence on LEO satellites for remote connectivity has led to an increase in mobile outages, affecting remote communities and emergency services. The collaboration with OneWeb to enhance satellite coverage is continuously evolving, supported by regulations and infrastructure improvements aimed at mitigating these challenges.

Q: What is driving the rise in mobile outages?

A: The increase is attributed to coverage deficiencies in the LEO satellite network, which hampers backhaul connectivity for remote mobile base stations.

Q: In what ways are the outages impacting remote communities?

A: Outages disrupt critical services, including triple zero emergency calls, impacting communities that are entirely dependent on remote network connections.

Q: What actions is Telstra taking to resolve these problems?

A: Telstra is collaborating with OneWeb to deploy more LEO satellites and has enhanced its infrastructure by upgrading payphones and utilizing Starlink kits for emergency responses.

Q: Are there new regulations to address these outages?

A: Yes, since June 2025, carriers are required to report significant local outages. Telstra is complying with these regulations, concentrating on areas lacking alternative service providers.

Q: How long do the outages last on average?

A: The outages typically render mobile base stations unavailable for about 30 to 35 minutes each day, impacting the ability to make calls.

Q: Has there been any progress in diminishing these outages?

A: Yes, since mid-2025, Telstra has observed a decrease in outages as more satellites are deployed to enhance coverage.

Quick Overview

• 1X’s humanoid robot, NEO, acquires skills through video instructions.
• NEO operates on a pre-existing world model built from internet-scale video data.
• This technology enables NEO to undertake new tasks without the need for direct demonstrations.
• Challenges consist of processing time and operational expenses.
• NEO’s ability to learn on its own could transform the field of home robotics.
• Estimated retail prices for consumer versions might range from A$30,000 to A$50,000.

1X’s NEO: Pioneering Humanoid Robotics

The Norwegian robotics firm, 1X, has introduced an innovative advancement in humanoid robotics with the recent enhancement of the NEO robot. By employing video instructions, NEO can now learn and execute sophisticated tasks without needing conventional teleoperation. This development signifies a major evolution in how robots are expected to integrate into our living spaces.

Mechanism: The World Model

NEO’s capability to acquire tasks is driven by a world model that has been pre-trained on an extensive collection of video data sourced from the internet. This enables the robot to comprehend human interactions and object dynamics without the need for specific demonstrations for each task. By envisioning task execution, NEO can carry out actions in reality, effectively merging digital intelligence with physical tasks.

“Neo can now transform any prompt into independent action with the latest advancement in the 1X world model.”Eric Jang, VP of AI, 1X.

Obstacles and Factors to Consider

Though the capabilities are impressive, multiple obstacles persist. The duration required to process video prompts and generate necessary actions is not immediate. Furthermore, the significant computational costs could impose a subscription-like financial strain on initial users. 1X is currently focused on improving the reliability and success rates of these functionalities.

“With the world model, NEO can generate endless data of itself performing real-world tasks, creating a self-sustaining mechanism that allows NEO to educate itself on anything.”Eric Jang, VP of AI, 1X.

The Prospects of Home Robotics in Australia

For Australian consumers, recognized for their early adoption of smart home technologies, NEO signifies a step closer to acquiring a flexible home assistant. While local pricing for the NEO Beta remains unconfirmed, 1X intends to make these robots economically accessible. The self-enhancing characteristic of NEO implies a potential price point between A$30,000 and A$50,000, similar to that of a compact vehicle.

Recap

1X’s NEO robot, with its capacity to learn tasks through video prompts, stands as a potential transformative element in the realm of home robotics. By utilizing a pre-trained world model, NEO can execute tasks without manual demonstrations, providing a vision of a future where robots are essential components of our everyday lives. Despite the hurdles of processing duration and costs, this technology sets the stage for more affordable and capable robotic companions in the future.

Questions & Answers

Q: In what manner does NEO acquire new tasks?

A: NEO employs a world model that is pre-trained using internet-scale video data to visualize task execution and implement movements in the real world.

Q: What are the primary challenges in implementing NEO?

A: The primary obstacles include the time necessary to create video data and the substantial operational costs linked with processing these tasks.

Q: What possible effects could NEO’s technology have on Australian consumers?

A: Australian consumers might enjoy the advantages of a versatile home assistant, with potential prices for consumer units falling between A$30,000 and A$50,000.

Q: What importance does NEO’s ability to self-educate hold?

A: NEO’s self-learning capability enables it to autonomously enhance and expand its skills, creating a self-improving cycle that increases its efficiency over time.

Quick Read

• Victoria is confronted with a likelihood of Catastrophic Fire Danger across multiple regions.
• The VicEmergency app is crucial for instant updates and notifications.
• Anticipate Total Fire Bans; understand what this involves.
• Keep your Bushfire Survival Plan stored digitally for quick retrieval.
• Remain updated through official channels and ensure your devices are charged.

Grasping the Technology That Keeps You Informed

As temperatures rise and winds intensify, your smartphone turns into your crucial safety device. The VicEmergency app is indispensable for real-time insights and should be your primary source of information. It features a live incident map displaying fire locations and patterns. You can also establish Watch Zones for immediate alerts regarding your home, workplace, or the whereabouts of loved ones.

The Urgency of the VicEmergency App Now

If you haven’t refreshed the app lately, make sure to do so today before network overload occurs. The app provides Fire Danger Ratings and Total Fire Ban statuses for all areas. It uses GPS to notify you of nearby events—critical information you may be unaware of otherwise.

Another important application is Emergency+, which shares your exact location with emergency responders. In the event of a bushfire, visibility can drop to nothing, rendering this app a potentially life-saving resource.

Total Fire Bans and Their Implications for You

A comprehensive Total Fire Ban is expected to be enforced to avert accidental ignitions. This prohibits open flames, including campfires and certain outdoor activities. Strong winds can carry embers over substantial distances, posing risks even if a fire seems distant.

Utilizing Technology for Your Survival Strategy

Maintaining a digital version of your Bushfire Survival Plan on iCloud or Google Drive guarantees you can access vital information even if physical copies are left behind. Always ensure your devices are fully charged, and consider carrying a high-capacity power bank. If you reside in a Catastrophic zone, evacuate tonight or early Friday morning; do not wait for an official alert.

Reliable Digital Sources

In a crisis, social media can propagate false information rapidly. Rely on official platforms like the VicEmergency website and verified social media accounts. Battery-operated AM/FM radios are essential backups if mobile networks fail. ABC Local Radio offers ongoing updates.

Keeping Cool and Safe in High Temperatures

The heatwave itself presents a serious health risk, with Melbourne forecasted to reach 41 degrees and Mildura hitting 45. Employ smart home technology to cool your abode beforehand, and check in on elderly neighbors or at-risk family members.

Final Steps for Friday

Ensure your VicEmergency app notifications are turned on, and visit the VicRoads website for possible road closures. Fires can advance more swiftly than you can escape, making early evacuation to a safe area the wisest choice. Stay hydrated, keep your devices charged, and stay alert to updates as circumstances change.

Recap

Victoria is anticipating conditions of potential Catastrophic Fire Danger. Using technology such as the VicEmergency app, staying updated via official channels, and preparing your survival strategy are essential measures. Keep devices charged, adhere to Total Fire Bans, and consider evacuating early if you live in high-risk locales.

FAQs

Q: What does a Catastrophic Fire Danger Rating signify?

A: A Catastrophic Fire Danger Rating indicates that fires could be erratic and uncontrollable. Emergency services may not be able to assist, and even well-prepared homes stand a low chance of enduring.

Q: How can the VicEmergency app assist during a bushfire?

A: The app offers real-time updates and alerts regarding fire events and conditions. It enables you to create Watch Zones for notifications and employs GPS for location-based alerts.

Q: What safety measures should I undertake during a Total Fire Ban?

A: Refrain from open-air fires, including campfires and specific outdoor tasks. Be conscious that embers can be carried across significant distances, so stay updated on fire activity and conditions.

Q: How can I make sure my Bushfire Survival Plan is available?

A: Keep a digital copy saved on a cloud platform like iCloud or Google Drive to ensure access even if you have to leave physical documents behind.

Q: What action should I take if I am in a Catastrophic zone?

A: The CFA recommends evacuating tonight or early Friday morning. Do not wait for an official alert; by the time you detect smoke, it may be too risky to evacuate safely.

• Origin Energy allocates $210 million towards Kraken’s separation from Octopus Energy.
• Kraken, with a valuation of $12.91 billion, will establish itself as a standalone entity.
• Kraken’s AI-driven platform manages more than 70 million customer accounts globally.
• This demerger opens doors for a possible Kraken IPO in the next two years.
• Origin Energy holds a 22.7% share in Kraken after the deal.
• Origin relinquishes exclusivity on Kraken’s services in Australia in exchange for further equity.

Kraken’s Autonomy: A New Era

In a notable development in the energy landscape, Octopus Energy from Britain has revealed the separation of its technology division, Kraken, into an independent firm, valued at an impressive US$8.65 billion (AU$12.91 billion). This action follows a fruitful funding initiative led by D1 Capital Partners.

Kraken’s Contribution to the Energy Industry

Kraken delivers state-of-the-art energy software solutions to prominent utilities and energy firms internationally, including EDF, National Grid US, Tokyo Gas, and Australia’s own Origin Energy. Its AI-empowered operating system is currently responsible for overseeing over 70 million customer accounts, underlining its extensive influence in the energy sector.

Financial Support and Expansion Opportunities

Current and new investors, including Origin Energy, are poised to acquire around US$1 billion in Kraken’s shares, with Origin dedicating US$140 million (AU$210 million). This funding represents a crucial advancement toward Kraken’s separation from Octopus Energy, which will still hold a 13.7% interest.

IPO Possibilities Ahead

The demerger has triggered conversations regarding a potential Initial Public Offering (IPO) for Kraken within the next two years, as indicated by The Financial Times. While Reuters could not substantiate this, the possibility of a Kraken IPO introduces an intriguing aspect to its future.

Strategic Decisions by Origin Energy

Origin Energy, utilizing Kraken to enhance its retail operations, will sustain a 22.7% stake in Kraken after the deal closes. Furthermore, Origin has decided to forfeit exclusivity on Kraken’s services in Australia, procuring an additional 1.5% equity stake in exchange. This strategic alteration may foster increased competition and improve service offerings across Australia’s energy landscape.

Conclusion

Kraken’s transition to an independent organization signifies a considerable transformation in the energy sector, with notable investments and strategic adjustments setting the stage for potential growth and development. Origin Energy’s proactive stance demonstrates its dedication to embracing innovative technology to transform its business framework and potentially reshape the Australian energy scene.

Q: What is Kraken’s primary function in the energy sector?

A: Kraken offers AI-powered energy software solutions to leading utilities and energy organizations globally, overseeing over 70 million customer accounts.

Q: How much is Kraken valued at following the spinout?

A: Kraken’s valuation stands at US$8.65 billion (AU$12.91 billion) after the separation.

Q: What role does Origin Energy play in Kraken’s future?

A: Origin Energy has invested US$140 million (AU$210 million) in Kraken, retains a 22.7% stake, and has waived exclusivity for additional equity.

Q: Is there an IPO planned for Kraken?

A: There are indications of a potential IPO for Kraken within the coming two years, although this has not been officially verified.

Q: How does the demerger affect Octopus Energy?

A: Post-demerger, Octopus Energy will keep a 13.7% share in Kraken and will secure an extra US$320 million investment into its operations.

Q: What impact might this have on the Australian energy market?

A: By waiving exclusivity, Origin Energy may promote heightened competition and innovation in the Australian energy sector as more companies gain access to Kraken’s technology.