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Cricket Australia Prepared to Transform Connectivity with SD-WAN and Teams Calling Implementation


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Cricket Australia Adopts Enhanced Connectivity with SD-WAN and Teams Calling

Overview

  • Cricket Australia collaborates with Aussie Broadband for innovative telecommunications solutions.
  • The implementation of SD-WAN and Microsoft Teams Calling improves nationwide connectivity.
  • The three-year contract seeks to enhance secure and dependable broadband services.
  • Fortinet SD-WAN will optimize communication for the workforce and external collaborators.

Strategic Alliance with Aussie Broadband

Cricket Australia has collaborated with Aussie Broadband to transform its connectivity framework. This initiative designates Aussie Broadband as the official telecommunications collaborator, guaranteeing uninterrupted communication across Cricket Australia’s locations throughout the country.

Cricket Australia to implement SD-WAN, Teams Calling

Technological Innovations with SD-WAN and Teams Calling

The collaboration includes the implementation of fibre-optic services and Fortinet SD-WAN technology, which is set to improve connectivity. In addition, Microsoft Teams Calling will be integrated to promote effective communication among the workforce and with external partners.

Assuring a Secure and Trustworthy Network

As stated by Brian Maher, the group chief executive of Aussie Broadband, the technological solutions offered will guarantee secure and dependable broadband services. This is vital for the efficient communication needed by Cricket Australia’s diverse and expansive operations.

Conclusion

Cricket Australia’s recent collaboration with Aussie Broadband signifies a major advance in enhancing their telecommunications framework. With the deployment of SD-WAN and Teams Calling, the organization pledges improved connectivity and communication throughout all its operations.

Q&A

Q: What is the length of the partnership between Cricket Australia and Aussie Broadband?

A: The partnership is established for three years.

Q: What technologies will be utilized in this partnership?

A: The technologies encompass fibre-based services, Fortinet SD-WAN, and Microsoft Teams Calling.

Q: What advantages will this partnership offer to Cricket Australia?

A: It will ensure secure and dependable broadband services, optimizing communication for its workforce and external partners.

Q: Who serves as the official telecommunications partner for Cricket Australia?

A: Aussie Broadband has been appointed as the official telecommunications partner.

Hisense Launches C2 Ultra Laser Mini Projector Featuring Huge 300-Inch Display Potential


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Quick Overview

  • Hisense announces its latest range of Laser TVs and projectors for 2025, featuring the C2 Ultra Laser Mini Projector.
  • The C2 Ultra can display images up to a staggering 300 inches and incorporates advanced TriChroma technology.
  • Notable features include a distinctive gimbal design, built-in subwoofer, and ‘Designed for Xbox’ endorsement.
  • The C2 Ultra is available for $4,499.00 AUD for fans in Australia.
  • The L9Q Laser TV presents a 120-inch screen with ultra-short throw capabilities.

Hisense’s Newest Home Theater Developments

Hisense has introduced its 2025 home theater collection, showcasing an array of Laser TVs and Laser Projection systems designed to enhance home entertainment experiences. A highlight of this lineup is the C2 Ultra 4K TriChroma Laser Mini Projector, which features an impressive array of specifications despite its compact design.

Power in Compact Form: C2 and C2 Ultra Laser Mini Projectors

Hisense promotes its new C2 and C2 Ultra 4K TriChroma Laser Mini Projectors as compact yet powerful solutions for home cinema. These devices leverage Hisense’s LPU Digital Laser Engine and AI to adapt picture and sound to your specific environment.

Versatile Gimbal System

The C2 and C2 Ultra come equipped with a flexible gimbal mechanism, allowing for 360° horizontal and 135° vertical movements, ensuring flawless projection on unconventional surfaces.

TriChroma Color and Brightness

Thanks to TriChroma technology, these projectors deliver cinema-quality visuals, with support for IMAX Enhanced and Dolby Vision. The C2 Ultra achieves 3,000 ANSI lumens, covering 110% of the BT.2020 color spectrum.

C2 Ultra: The Premium Upgrade

The C2 Ultra features improvements such as a built-in subwoofer and optical zoom ability, adding flexibility in projector placement and exceptional sound for gaming and movies.

The Heavyweight: L9Q Laser TV

For those wanting a powerful home cinema setup, the L9Q TriChroma Laser TV offers a 120-inch ALR display that adapts to various spatial needs.

Brightest Laser Yet

The L9Q delivers an impressive 4,000 ANSI lumens of brightness, ranking it as Hisense’s brightest laser model to date, producing vibrant images even in well-lit environments.

Ultra-Short Throw Technology

With a groundbreaking 0.18 ultra-short throw lens, the L9Q requires minimal distance from the wall, making it perfect for contemporary Australian homes.

Advanced Chip and Image Quality

Utilizing a .47SST architecture chip, the L9Q guarantees 1,000 nits of brightness with accurate color correction for realistic visuals.

Immersive Audio and Gaming

Featuring Harman Kardon speakers and a ‘Designed for Xbox’ credential, the L9Q provides an engaging audiovisual gaming experience.

Conclusion

Hisense’s 2025 lineup is set to enhance home entertainment with state-of-the-art Laser TVs and projectors. With offerings like the C2 Ultra and L9Q, Hisense caters to enthusiasts seeking high-quality, immersive cinematic experiences in their homes.

Questions & Answers

Q: What is the primary feature of the C2 Ultra Laser Mini Projector?

A:

The C2 Ultra’s key feature is its ability to project images up to 300 inches utilizing advanced TriChroma color technology.

Q: How does the C2 Ultra accommodate gamers?

A:

The C2 Ultra is ‘Designed for Xbox’, guaranteeing a seamless plug-and-play setup for gamers.

Q: What distinguishes the L9Q Laser TV?

A:

The L9Q is equipped with an ultra-short throw lens, allowing for large image projection from a very short distance, perfect for limited-space settings.

Q: What is the price range for these new Hisense offerings?

A:

In Australia, the C2 Ultra is priced at $4,499.00 AUD, appealing to users seeking premium home cinema products.

Telstra Transitions from ‘Best Effort’ Connectivity, Enables Users to Personalize Settings


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  • By 2030, Telstra intends to transition from ‘best effort’ connectivity to personalised services.
  • The new initiative, ‘Connected Future 30’, seeks to customise services according to each customer’s requirements.
  • Customers will have the ability to prioritise network characteristics like speed and security as per their preferences.
  • This strategy involves revamping Telstra’s network into a virtualised, software-defined framework.
  • Customisation of plans will influence pricing, necessitating new financial models.

An Overview of Telstra’s ‘Connected Future 30’ Strategy

Telstra to transition from standard connectivity services

Telstra is poised to reshape its connectivity offerings in the next five years through its ‘Connected Future 30’ strategy. Shifting away from conventional ‘best effort’ services, Telstra plans to provide personalised connectivity solutions tailored to distinct customer needs. This new methodology aims to deliver more advanced and adaptable connectivity options, reflecting the shifting demands of users.

Network as a Service

Central to Telstra’s new approach is the ‘Network as a Service’ concept. This initiative focuses on transforming how value is derived from Telstra’s network by permitting users to prioritise certain network features such as security, speed, and latency. Vicki Brady, Telstra’s CEO, underscored that customer requirements are continuously evolving, which calls for a more customised connectivity strategy.

Tailored Connectivity Services

With the new strategy, customers will have the capability to tailor their connectivity plans by selecting the network features that are most vital to them. This might involve prioritising download speeds for streaming, ensuring reliable upload speeds for video conferencing, or enhancing security for critical business activities. By providing these tailored options, Telstra seeks to offer a more compelling value proposition for its premium plans.

Investment in Virtual and Software-Defined Networks

A crucial aspect of Telstra’s strategy is the investment in virtual and software-defined network capabilities. This evolution will allow Telstra to provide differentiated services and challenge traditional business models. The adaptability afforded by software-defined networks will enable Telstra to design offerings that are better aligned with customer desires and improve return-on-investment.

Effect on Pricing Strategies

Telstra’s shift towards personalised connectivity services will require modifications to its pricing strategies. Chief Financial Officer Michael Ackland pointed out the necessity for new financial models to accurately price the diverse array of network attributes that customers might request. As the network’s complexity increases, comprehending the financial implications of delivering specific services will be essential for Telstra’s financial approach.

Conclusion

Telstra’s ‘Connected Future 30’ strategy represents a major transition in how the telecom provider delivers connectivity services. By concentrating on customised options and investing in state-of-the-art network technologies, Telstra aims to cater to the diverse demands of its customers while ensuring sustainable business returns. This transformation will entail the development of new financial models and a deeper understanding of the costs and values related to network attributes.

Q: What constitutes Telstra’s ‘Connected Future 30’ strategy?

A: The ‘Connected Future 30’ strategy is Telstra’s initiative to depart from ‘best effort’ connectivity services and provide customised options that enable customers to prioritise specific network features based on their individual needs, with a focus on sophisticated and adaptable solutions by 2030.

Q: In what way will Telstra’s new strategy influence pricing?

A: The strategy will modify pricing by implementing new economic models to address the costs and values of various network features that customers may prioritise in their connectivity arrangements.

Q: What significance do virtualised and software-defined networks have in the strategy?

A: Virtualised and software-defined networking are crucial elements of the strategy, allowing Telstra to offer more flexible and unique services that meet customer needs and improve return-on-investment.

Q: How will the strategy benefit consumers and enterprises?

A: Consumers and businesses will gain from personalised connectivity choices that enable them to prioritise network features such as speed, security, and latency, guaranteeing they receive value-driven services tailored to their specific needs.

Samsung Galaxy Buds 2 Pro Review


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Samsung Galaxy Buds 2 Pro – Wireless Earphones Graphite

Sennheiser Momentum Sport Wireless Earbuds Review


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Sennheiser Wireless Earbuds, Momentum Sport, Olive, High Performance Driver, 24 Hours Playtime, Hybrid Adaptive Noise Cancelling, Outcoming Sound Capture, Bluetooth 5.2, IP55, Sports Earphones

ANZ Explores Pioneering Agentic AI to Enhance Innovation


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How ANZ Utilizes Agentic AI to Foster Banking Innovation

Quick Overview

  • ANZ is investigating agentic AI to enhance banker efficiency and operational productivity.
  • The bank has realized a fivefold boost in feature delivery speed via its ANZ Plus platform.
  • Cost for acquisition and service has diminished by more than 30% following the adoption of digital strategies.
  • ANZ initiated trials with generative AI in early 2023 to improve code testing among other applications.
  • The AI Immersion Centre initiative has trained upwards of 2000 employees in Australia, New Zealand, and India.
  • ANZ collaborates with Microsoft to promote AI adoption while overseeing related risks.
  • The bank is concentrating on comprehensive AI integration rather than standalone experiments.
ANZ investigates innovative agentic AI for growth

(L-R) Eran Agrios, Salesforce GM and SVP, Financial Services, and Gerard Florian, ANZ group executive for technology

Agentic AI: The Upcoming Advancement in Banker Efficiency

ANZ Banking Group is adopting a progressive stance towards artificial intelligence (AI) by exploring agentic AI—AI systems with the ability to make autonomous decisions and execute tasks—to reshape bankers’ workflows. At a recent Agentforce Financial Services Summit, Gerard Florian, Group Executive for Technology at ANZ, emphasized the objective of eradicating inefficiencies and freeing up time for both bankers and engineers.

“There’s an abundance of wasted time, whether it’s an engineer or a relationship manager. Everyone encounters these inefficiencies in their current roles,” Florian stated. Agentic AI has the potential to transform functions such as meeting preparations, follow-ups, and customer engagements—critical areas where human employees often experience productivity challenges.

ANZ Plus: A Platform-Centric Approach Catalyzing Progress

ANZ’s digital initiative, ANZ Plus, has yielded significant improvements. According to Florian, the platform has facilitated a quintuple increase in the speed of feature delivery to clients. Additionally, the costs related to customer acquisition and service have fallen by more than 30%—a clear reflection of the effectiveness of the platform-oriented methodology.

These advancements arise from the “platform mindset” of ANZ Plus, which allows for modular, scalable, and agile development methodologies. This framework is now being further developed with intelligent automation through agentic AI, aiming to streamline operations and elevate customer satisfaction.

Understanding the Comprehensive Strategy: ANZ’s AI Vision

ANZ’s venture into AI commenced in early 2023 with the sanctioned use of generative AI for software code testing. However, the bank swiftly acknowledged the broader capabilities of AI beyond mere automation.

“We aim to sidestep numerous small AI experiments that fail to scale,” Florian clarified. Instead, ANZ concentrates on grasping entirety of business processes—encompassing loan approvals, customer onboarding, and hiring. This comprehensive perspective aids in pinpointing where AI, whether traditional machine learning, generative AI, or agentic AI, can deliver optimal value.

AI Immersion Centre: Cultivating a Culture of Creativity

The rapid rise of ChatGPT in late 2022 spurred ANZ to intensify its AI adoption efforts. Rather than opposing the transition, ANZ welcomed it by establishing an AI Immersion Centre in partnership with Microsoft. The aim of this program is to enhance the AI skills of leaders and teams throughout the bank.

Now, over a year into this initiative, ANZ has equipped more than 2000 employees across its facilities in Melbourne, New Zealand, and India. These trained leaders are now disseminating their knowledge among their teams, generating a “flywheel effect” that is expediting AI integration throughout the organization.

“We’re fostering a balanced dialogue—recognizing the opportunities while remaining aware of the risks,” Florian remarked. This cultural transition is vital for what he envisions as “potentially the most significant transformation program we will all undergo in the coming years.”

Conclusion

ANZ is positioning itself as a leader in AI innovation within the Australian banking landscape by investigating agentic AI to boost productivity, lower costs, and provide quicker outcomes for customers. Through strategic efforts such as ANZ Plus, AI immersion training, and a comprehensive approach to process enhancement, the bank is setting the stage for a future driven by intelligent automation. By nurturing a culture of education and responsible innovation, ANZ is not only riding the AI wave—it’s actively contributing to its evolution.

Q: What is agentic AI and how is ANZ utilizing it?

A:

Agentic AI refers to AI systems capable of independently undertaking complex tasks and making decisions. ANZ is implementing this technology to enhance banker productivity by automating routine processes such as meeting preparation and follow-ups, enabling employees to concentrate on higher-value tasks.

Q: What advantages has ANZ Plus provided thus far?

A:

ANZ Plus has facilitated a fivefold rise in feature delivery speed and has decreased costs related to customer acquisition and service by over 30%. This has been accomplished through a modular, scalable digital platform strategy.

Q: How is ANZ ensuring its AI projects are scalable?

A:

Rather than pursuing standalone projects, ANZ concentrates on comprehensively understanding business processes to identify where AI can be most impactful. This strategy helps guarantee that AI solutions are scalable and aligned with overall business objectives.

Q: What is the AI Immersion Centre and who is involved?

A:

The AI Immersion Centre is an educational initiative created in collaboration with Microsoft to promote AI integration across ANZ. It has trained over 2000 individuals throughout Australia, New Zealand, and India, including leadership teams who are imparting their expertise to wider teams.

Q: How is ANZ addressing the risks associated with AI?

A:

ANZ is cultivating an informed discussion surrounding AI by training teams on both opportunities and risks. By incorporating responsible AI practices and emphasizing defined processes, the bank aims to mitigate unintended consequences.

Q: What is Microsoft’s role in ANZ’s AI approach?

A:

Microsoft plays an essential role in ANZ’s AI trajectory, having assisted in the establishment of the AI Immersion Centre. The partnership offers technological support and training resources to facilitate responsible AI scaling throughout the organization.

Q: What are the forthcoming plans for ANZ’s AI roadmap?

A:

ANZ intends to further broaden its application of agentic and generative AI across diverse banking functionalities. The focus will continue to be on strategic implementation, staff training, and using AI to enhance customer experience and operational effectiveness.

Skullcandy Smokin’ Buds True Wireless Earbuds Review


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Skullcandy Smokin’ Buds True Wireless Earbuds with Supreme Sound, 50% Renewable Plastics and Microphone, 20 Hours Battery, Bluetooth Earbuds for iPhone, Android, and More – Matcha

AEMC Proposes New Power Regulations for Data Centres in Light of AI Increase


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AEMC Introduces New Electricity Standards for Data Centres Amid Rising AI Demand

Brief Overview

  • The Australian Energy Market Commission (AEMC) is setting forth new electricity regulations for data centres due to the increasing demand stimulated by AI.
  • Concerns have arisen following a 2023 incident in the US when 60 data centres disconnected from the grid, causing instability in electricity supply.
  • Growth in AI is boosting the power requirements for data centres, with some demanding up to 600MW—similar to the needs of small cities.
  • The proposed standards are designed to avert large-scale disconnections during disturbances in Australia’s grid.
  • Data centres are required to enhance transparency regarding their protective measures to grid operators.
  • This initiative is part of a wider effort to modernize Australia’s energy infrastructure to bolster the digital economy.
Electricity regulation revisions for data centres amid Australia's AI growth

AI Surge Sparks Energy Challenges for Data Centres

The Australian Energy Market Commission (AEMC) is preparing new electricity regulations to tackle the rising power requirements of data centres that are expanding due to advancements in artificial intelligence (AI). Chair Anna Collyer of the AEMC notes that new facilities may consume power equivalent to that of a small city, leading to challenges for national grid stability.

Learning from the US: Australia’s Precautionary Measures

The AEMC’s regulatory initiative is in direct response to an incident in the United States where, during a grid disturbance in 2023, 60 data centres collectively using 1,500 megawatts disconnected from the grid at once. This disconnection heightened grid instability, requiring manual reconnections and revealing weaknesses in the integration of data centres with national energy systems.

Following investigations, a prevalent design flaw was identified: a protection system that caused automatic disconnections after a set number of faults occurred in a brief timeframe. Importantly, the system operator was unaware of this feature, highlighting the need for improved communication and transparency between data centres and grid operators.

Australia’s Future: Large Data Centres on the Horizon

Projections for late 2023 indicate Australia may witness the establishment of data centres with capacities between 100MW and 600MW. These centres are crucial for powering AI applications, cloud services, and digital operations, yet their size also constitutes a substantial risk during power system disruptions.

The AEMC cautions that even a single major data centre disconnecting unexpectedly during a frequency event could jeopardize the national grid, exacerbating outages and threatening widespread disturbances in the electricity network. Consequently, the commission is seeking input on proposed regulations that will ensure data centres are grid-compatible and resilient during such incidents.

Proposed Regulations: What Is Being Considered?

The draft regulations by the AEMC seek to mandate that data centres:

  • Reveal their operational practices and protection systems to electricity system operators.
  • Adopt standards that avert automatic disconnections during minor frequency fluctuations.
  • Collaborate with energy providers to align protective settings with national grid stability objectives.

These initiatives aim to ascertain that data centres facilitate, rather than obstruct, Australia’s transition toward a more digital and decentralized energy landscape.

Harmonizing Infrastructure Expansion with Energy Initiatives

Australia is experiencing a surge in digital infrastructure, fueled by AI, cloud services, and big data analytics, all necessitating robust computing facilities. However, absent proactive updates to energy policy, this expansion might exceed the resilience capacity of the national grid.

The AEMC’s efforts signify a broader dedication to harmonizing innovation with reliability. As AI continues to transform sectors from healthcare to finance, ensuring that the foundation of this digital transformation—our data centres—can operate alongside a stable power supply is imperative.

Conclusion

As Australia moves towards a future energized by artificial intelligence and digital services, the AEMC is taking measures to guarantee the country’s power grid is equipped to manage the surge in energy needs from extensive data centres. With insights gained from the US, new regulations are being formulated to avoid simultaneous disconnections in times of grid disturbances, encourage transparency, and sustain energy stability. These initiatives are essential for protecting both the digital economy and the electric system supporting it.

Q: Why is the AEMC proposing new regulations for data centres?

A:

The AEMC aims to ensure that the rising number of high-capacity data centres—spurred by AI demand—does not compromise the stability of the power grid during disturbances. The regulations seek to avert widespread automatic disconnections that could exacerbate outages.

Q: What incident in the US catalyzed this initiative?

A:

In 2023, 60 data centres in Virginia were disconnected from the grid during a disturbance, consuming 1,500MW and worsening grid instability. This incident highlighted a coordination gap between data centres and electricity system operators.

Q: What is the expected power consumption of future Australian data centres?

A:

Several Australian data centres in planning are expected to use between 100MW and 600MW, comparable to the power needs of a small city.

Q: What risks do these facilities present to the grid?

A:

Large data centres could destabilize the grid if they disconnect suddenly during high-frequency events, potentially leading to cascading outages and endangering the national electricity supply.

Q: What specific standards are being suggested?

A:

The AEMC is likely to mandate data centres to disclose their protective systems, eliminate auto-disconnect features that trigger on minor faults, and collaborate with energy operators to maintain grid-friendly conditions.

Q: What will be the impact on the tech industry?

A:

These regulations may raise compliance costs but could yield long-term benefits by guaranteeing reliable electricity for digital operations, thus fostering sustainable growth in the AI and data sectors.

Q: Will currently operational data centres be impacted?

A:

While the emphasis is on newly built facilities, existing data centres may need to assess and potentially revise their systems if their operations endanger grid stability under the updated framework.

Q: How can stakeholders give their feedback?

A:

Stakeholders are invited to take part in the AEMC consultation available on the official website or through industry associations. This feedback will be instrumental in shaping the final regulations.

OPPO Enco Air3 Wireless Earbuds Review


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