Techbest – Top Tech Reviews In Australia
The best in Australian gadgets and technology
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Telstra, Australia’s leading telecommunications provider, is utilizing a thorough enterprise resource planning (ERP) transformation to flexibly manage its workforce across various supply chains. This project, which is part of Telstra’s extensive supply chain renewal, is essential for handling peak retail times and reacting to natural disasters. By incorporating SAP Integrated Business Planning (IBP) and streamlining ERP systems, the company is creating a more agile, resilient, and efficient supply chain.
Recent developments in Telstra’s supply chain management have resulted from a multi-year effort aimed at streamlining its technological infrastructure. Directed by Jenni Decker, Principal of Supply Chain Planning, Retail, and Industrial, the company adopted SAP Integrated Business Planning (IBP) as a standard technology layer across all its supply chains. This initiative is further bolstered by the integration of ERP systems and the incorporation of artificial intelligence (AI) and machine learning within the device supply chain.
Telstra manages three separate supply chains:
Previously, these supply chains functioned independently, each with distinct technologies and processes, resulting in inefficiencies. The absence of a cohesive system meant that similar challenges necessitated redundant solutions within each supply chain. This inefficiency became a critical area for enhancement as Telstra initiated its transformation journey.
Around five to six years ago, Telstra opted to insource its supply chain operations after over a decade of outsourcing to two different partners. This decision aimed to reclaim control over its processes and capabilities, which had significantly diverged during the outsourcing phase. The insourcing initiative set the foundation for the current ERP unification and supply chain planning enhancements.
A key element of Telstra’s transformation is the unification of its ERP systems. In partnership with Accenture, Telstra successfully integrated three distinct legacy ERP systems (Oracle and SAP ECC) into a single, combined corporate ERP based on S/4HANA Private Cloud Edition, hosted on Microsoft Azure. This new system, known internally as ‘SAPphire’, represents a substantial shift towards standardized and simplified operations throughout the organization.
The SAPphire rollout commenced with Telstra’s international operations in April 2022, involving roughly 200 finance users. This was succeeded by a broader implementation for its domestic operations in July 2023, which now accommodates approximately 2,500 users across finance, procurement, and supply chain roles in 14 countries. Telstra anticipates that the SAPphire initiative will generate over $50 million in IT platform benefits by FY26, including $9 million in recurring annual savings.
A major advantage of the integrated supply chain planning and ERP systems is the improved workforce mobility. With all supply chains utilizing the same technology, Telstra can agilely reallocate personnel between supply chains in response to demand. This ability has been vital during peak retail times, like Black Friday and Christmas, as well as during natural disasters when demand for network repairs surges.
Jenni Decker emphasized that this workforce mobility not only benefits Telstra but also offers significant career development avenues for employees. Team members can now acquire experience across various supply chains, enhancing their skills and expanding their industry knowledge.
Telstra’s extensive overhaul of its supply chain management, through the introduction of SAP IBP and the consolidation of ERP systems, has resulted in notable enhancements in efficiency and workforce mobility. The capacity to dynamically shift personnel across supply chains during peak and emergency situations has proven transformative for the organization, allowing it to more effectively support its growth trajectory and deliver improved services to its customers. This transformation is expected to significantly impact the company’s financial performance, with substantial IT platform benefits anticipated by FY26.
The main aim of Telstra’s ERP transformation is to simplify and standardize operations across finance, procurement, and supply chain management. This is accomplished by merging multiple obsolete ERP systems into a single SAP S/4HANA-based system, facilitating more effective and integrated operations.
The updated supply chain management system allows Telstra to flexibly reallocate its workforce across different supply chains in line with demand. This adaptability is especially advantageous during peak retail seasons and natural disasters, enabling the organization to react more swiftly and effectively to evolving circumstances.
Telstra expects the SAPphire program to yield over $50 million in IT platform benefits by FY26, along with an additional $9 million in recurring annual benefits. These savings arise from the consolidation and simplification of operations throughout the organization.
Workforce mobility has granted Telstra employees enhanced career development opportunities. Staff members can now gather experience across various supply chains, improving their skills and expanding their industry acumen. This mobility also facilitates faster and more effective responses to evolving business demands.
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OPPO Enco Air3 Wireless Earbuds, Bluetooth 5.3, Noise Cancelling, Wireless Charging, Low Latency, Large Capacity Battery, IP54 – White
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Samsung Australia has made significant strides in transforming home cleaning with its newest lineup of robot vacuums. At the forefront is the Bespoke Jet Bot Combo AI, a multifunctional vacuum and mop that aims to make household tasks nearly effortless. Accompanied by the more economical Bespoke Jet Bot Combo, this 2024 collection is filled with innovative AI features intended to streamline and improve the cleaning process.
The interest in smart home gadgets has been on the rise in Australia, fuelled by the challenges of contemporary living. Consumers are searching for devices capable of efficient performance while adjusting to their unique preferences. Samsung’s latest robot vacuums endeavor to fulfill these demands by incorporating sophisticated AI functionalities.
Jeremy Senior, the Vice President of Consumer Electronics at Samsung Australia, noted that Australians are increasingly on the lookout for inventive solutions that enhance their lifestyles. “Our robot vacuums provide top-tier, hassle-free cleaning solutions, giving Australians the freedom to enjoy more of what they love rather than dealing with cleaning chores,” he stated.
The Bespoke Jet Bot Combo AI is distinguished by its versatility, merging vacuuming and mopping into a single smart platform. Featuring the Integrated Clean Station Steam+, this model autonomously empties dust, cleans and sanitizes mop pads using heated water, and dries them with warm air. It even applies steam to mop pads to eliminate up to 99.99% of certain harmful bacteria and neutralize unpleasant smells. The mop pads rotate at an impressive 170 RPM, effectively tackling even the most persistent stains.
A particularly impressive aspect of the Bespoke Jet Bot Combo AI is its AI Object and Stain Recognition capability. Utilizing built-in cameras and sophisticated AI algorithms, the robot can recognize various objects, areas, and stains, modifying its cleaning strategy as needed. This capability is accompanied by the Stained Area Deep Cleaning mode, allowing the robot to revisit stained spots for a more intense clean using heated mop pads.
Another innovative function is AI Floor Detect, enabling the robot to differentiate between diverse floor types, like hard surfaces and carpets. When it detects a carpet, it automatically adjusts its 6000Pa suction power to ensure that dirt embedded deep within the fibers is thoroughly extracted. This function also helps keep carpets dry during mopping.
Both the Bespoke Jet Bot Combo AI and the Bespoke Jet Bot Combo come with seamless integration via Samsung’s SmartThings app. Users can manage and monitor their robot vacuum remotely, scheduling cleaning times, selecting different modes, and even establishing virtual “no-go” areas within their homes. The dToF LiDAR sensor allows the robot to create a 3D map of the home, taking furniture and appliances into account for efficient cleaning.
For those who favor voice control, the Bespoke Jet Bot Combo AI features Bixby voice recognition. This allows users to direct the robot to commence cleaning, empty its dustbin, or pinpoint its location within the house using straightforward voice commands.
Monitoring the robot’s cleaning performance is simplified with the Live Cleaning Report function. Users can observe a real-time digital map of their home during cleaning, with the ability to pause or halt the process if necessary. Once cleaning is finished, users can review the cleaning logs to check which areas were addressed, the duration of the cleaning session, and the robot’s cleaning path.
Samsung’s newly introduced robot vacuum models are currently available in Australia. The Bespoke Jet Bot Combo AI retails for $2,499, while the more accessible Bespoke Jet Bot Combo is offered at $1,999. Both models can be acquired through Samsung’s online store and select retailers nationwide.
Samsung’s 2024 robot vacuum series is poised to transform home cleaning in Australia. With the premier Bespoke Jet Bot Combo AI leading the way, these AI-enhanced devices feature an array of advanced functionalities that promise to alleviate household cleaning tasks. From AI Object and Stain Recognition to the convenience of voice control via Bixby, these robots are tailored to navigate the complexities of modern lifestyles, allowing Australians to concentrate on what truly counts.
A: The Bespoke Jet Bot Combo AI is notable for its combined vacuuming and mopping capacities, augmented by advanced AI capabilities like AI Object and Stain Recognition, AI Floor Detect, and the Integrated Clean Station Steam+ for sanitary upkeep.
A: Yes, you can remotely manage and oversee the Bespoke Jet Bot Combo AI using the SmartThings app on your compatible smartphone, which allows you to set cleaning schedules, initiate various cleaning modes, and designate virtual “no-go” areas.
A: The Bespoke Jet Bot Combo AI utilizes AI Floor Detect to identify hard surfaces and carpets. Upon encountering a carpet, it automatically increases its suction power for deep cleaning and can lift or detach its mop pads to keep carpets dry.
A: The Bespoke Jet Bot Combo AI is priced at $2,499, while the more affordable Bespoke Jet Bot Combo is available for $1,999. Both models can be purchased through Samsung’s online store and select retailers across the country.
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The Australian Securities Exchange (ASX) has appointed Jamie Crank as its Group Executive for Technology and Data after a thorough three-month selection process. This decision reflects a strategic adjustment within ASX’s senior management as the entity continues to tackle a challenging technological environment.
Jamie Crank is an experienced player in the financial markets landscape, offering over 20 years of expertise. His background features important positions at Chi-X Australia and the London Stock Exchange, giving him a robust insight into exchange functionalities. Joining the ASX in 2016 as a Senior Manager of Information Services, his elevation to the leading technology position highlights the confidence the organisation has in his capabilities.
In his new capacity, Crank will be in charge of various essential operations. His responsibilities encompass managing the ASX’s data products, data centre, and connectivity services sectors. Additionally, he will spearhead the ASX’s enterprise data strategy and guide a team focused on developing new products and innovations. This position is crucial, especially as data’s significance in financial markets rises alongside the demand for efficient, dependable, and secure connectivity solutions.
Crank steps into his new position during a period of notable challenges for the ASX. The organisation recently had to halt its efforts to re-platform its clearing and settlement system utilizing digital ledger technology—an initiative that has not only hindered its technological goals but has also resulted in legal issues. The ASX is currently involved in legal proceedings stemming from the unsuccessful project, elevating the importance of Crank’s role as the organisation endeavors to regain stability and trust in its technology.
Crank’s predecessor, Dan Chesterman, initially served as Chief Information Officer before becoming Group Executive for Technology and Data. Throughout his tenure, the ASX experienced considerable transformations; however, the complications tied to the re-platforming effort have overshadowed his accomplishments. Crank’s appointment signals a likely shift in strategy as the ASX works to mend recent setbacks and prepare for future achievements.
Jamie Crank has been appointed as the Group Executive for Technology and Data at the Australian Securities Exchange (ASX). With a background spanning over 20 years in the financial markets sector, Crank enters a vital role amid substantial challenges facing the ASX, including the aftermath of a failed re-platforming project. His responsibilities encompass managing data products, the ASX’s data centre, and connectivity services, as well as fostering innovation and product development.
Jamie Crank is an established professional in the financial markets realm, boasting over 20 years of experience. He has held significant roles at prominent exchanges like Chi-X Australia and the London Stock Exchange. Joining ASX in 2016 as a Senior Manager of Information Services, he has now been promoted to Group Executive for Technology and Data.
In his newly appointed role, Crank will oversee the ASX’s data products, data centre, and connectivity services. He will also manage the ASX’s enterprise data strategy and lead a team dedicated to new product innovation and development.
Crank faces notable challenges, particularly in light of the failed re-platforming project intended to revamp the ASX’s clearing and settlement system through digital ledger technology. The ASX’s decision to abandon the initiative has come with ongoing legal repercussions.
Crank’s appointment may indicate a strategic realignment as the ASX aims to recover from recent technological setbacks. His extensive experience in the exchange sector and comprehensive knowledge of ASX operations could be vital for addressing upcoming challenges and promoting future innovation.
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Elon Musk, the CEO of Tesla, has shared a new video on social media showcasing a look inside the Gigafactory located in Austin, Texas. This footage provides a unique perspective on Tesla’s freshly enhanced AI data center, which is home to tens of thousands of advanced AI chips. These components are anticipated to position Tesla’s AI supercluster among the most substantial compute clusters globally, vital for the evolution of autonomous cars and robots.
The fresh video from Elon Musk taken at Tesla’s Gigafactory in Austin, Texas, has generated considerable excitement among technology aficionados and industry specialists. The clip displays the latest expansion on the factory’s southern side, where tens of thousands of high-performance AI chips are being added. This advancement aligns with Tesla’s overarching strategy to establish one of the most formidable AI superclusters worldwide, essential to the company’s vision for self-driving cars and robotics.
This year, Tesla gained attention when Musk allocated 12,000 Nvidia H100 GPUs that were meant for Tesla to his other project, xAI. This move sparked a conversation about resource management amidst Musk’s various companies. Yet now it appears that Tesla’s AI setup is progressing, with plans to amass between 85,000 and 100,000 H100 GPU equivalents by the close of 2024. This will involve a combination of Nvidia GPUs and Tesla’s unique Dojo chips, both crucial for AI training and execution.
Tesla often describes its AI initiatives as “real-world AI,” a phrase that highlights the practical uses of artificial intelligence in daily life. In contrast to traditional AI systems that lean heavily on simulations, Tesla’s approach is rooted in actual data. The firm gathers extensive data from its fleet of vehicles, utilizing it to train its AI models. This data-led method enables Tesla’s AI systems to learn not merely from preset rules but from real-world encounters, enhancing adaptability and scalability.
A notable aspect of Tesla’s AI is its end-to-end learning framework. Conventional AI systems typically depend on pre-established rules for decision-making, whereas Tesla’s AI is designed to convert raw input—such as camera images—straight into driving actions. This method parallels the way a human learns to operate a vehicle, minimizing the reliance on human-defined regulations and enhancing the AI system’s flexibility and responsiveness. This end-to-end learning is paramount for Tesla’s goal of fully autonomous cars, which must navigate an endless array of real-world circumstances.
Another fundamental element of Tesla’s AI approach is its emphasis on scalability and generalization. While many AI technologies thrive in controlled settings, Tesla’s AI must be equipped to generalize its training data to address new and unexpected scenarios. This capacity to adapt is especially critical for autonomous vehicles, which face numerous unpredictable conditions on the streets. Tesla’s AI is structured to learn from each interaction, progressively enhancing its operation over time.
Though videos revealing such infrastructure are uncommon, Musk’s latest post provides a notable insight into the preliminary phases of building Tesla’s AI supercluster. Here’s what we can deduce from the visuals:
The video clearly illustrates that the AI supercluster is still in the construction phase. The cable trays atop the server cabinets remain mostly empty, with safety bollards, ladders, and workers donning safety vests throughout the footage. This suggests that the installation process is still active, with key components still forthcoming.
The clip also emphasizes the considerable power infrastructure necessary to sustain such a vast compute cluster. While the server racks now display high-capacity power cables, it’s evident that the complete power needs haven’t yet been fulfilled. Once fully functional, the power consumption from this supercluster is anticipated to be substantial, potentially affecting the nearby power grid.
The footage showcases countless rows of server cabinets laden with GPUs, extending into the horizon. Counting the aisles becomes challenging after the eighth row, but it’s apparent that this is an immense installation. The scale of the arrangement highlights the extensive computational power Tesla is amassing to propel its AI aspirations.
Modern data centers must meticulously regulate temperature, and Tesla’s facility is no different. The design incorporates cold aisles where the front of the server blades face inward, optimizing cooling efficiency. Hot air is expelled from the rear into hot aisles, where it is extracted from the system. The floor seems engineered to catch dust, with a positive pressure system likely employed to keep dust away from sensitive components.
In spite of the state-of-the-art technology showcased, the video also presents some grassroots solutions. One aisle features a simple cardboard sign secured by duct tape—a delightful contrast to the high-tech surroundings. This serves as a reminder that even within the most advanced environments, sometimes the simplest solutions prevail.
The revelation of Tesla’s AI supercluster at their Gigafactory in Austin signifies a crucial achievement in the company’s quest for autonomous driving technology and robotics. Combining Nvidia H100 GPUs with Tesla’s proprietary Dojo chips, this supercluster is poised to emerge as one of the most substantial AI compute clusters in the…
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As artificial intelligence (AI) gains prominence, the call for transparency in AI-created content has led to legislative efforts in California. OpenAI, the creator of ChatGPT, has endorsed California Assembly Bill 3211 (AB 3211), which requires the watermarking of AI-generated content. This initiative aims to help the public differentiate between human-created and AI-produced material, particularly during politically intense times like elections.
The motivation behind AB 3211 is rooted in rising apprehensions regarding the potential abuse of AI-generated content. AI-crafted misleading videos, images, and deepfakes can disseminate misinformation swiftly. In light of 2023 being an election year for numerous nations, including Australia, the demand for clear identification of AI-generated content is more pressing than ever. Jason Kwon, OpenAI’s Chief Strategy Officer, stated, “innovative technology and standards can aid individuals in understanding the origins of online content and avoid confusion between human-generated and photorealistic AI outputs.”
California’s AB 3211 is not the sole AI-related proposal causing a stir. Senate Bill 1047 (SB 1047) is also receiving considerable attention. Unlike AB 3211, which emphasizes watermarking, SB 1047 demands that AI developers carry out safety evaluations of their models. This bill has encountered pushback from the tech sector, including OpenAI, over concerns regarding the practicality and ramifications of such rigorous requirements.
While OpenAI endorses AB 3211, it stands against SB 1047. The opposition stems from the view that obligatory safety evaluations might hinder innovation and impose excessive constraints on AI developers. OpenAI, supported by Microsoft, argues that although safety is crucial, the current version of SB 1047 could lead to unintended effects, ultimately slowing down AI advancement in California.
The challenges that AB 3211 aims to tackle extend beyond California. With countries comprising a third of the global populace conducting elections this year, the potential impact of AI-generated content on political results is a worldwide matter. Indonesia, for instance, has already witnessed a significant role of AI-generated content in its elections. The stakes are elevated, and the international audience is observing California’s approach to this issue.
Even though this bill is under debate in California, its ramifications are being experienced worldwide, including in Australia. As a nation with its democratic frameworks, Australia faces similar threats from AI-generated content. Although Australia has not yet proposed similar legislation, the conversation surrounding AB 3211 could provide a model for future laws aimed at regulating AI-generated content in Australia.
AB 3211 has already achieved significant milestones. Following its overwhelming 62-0 vote in the California State Assembly, the bill has cleared the Senate Appropriations Committee and is now ready for a full Senate vote. If it passes, it will be forwarded to Governor Gavin Newsom, who must sign or veto it by September 30. If approved, AB 3211 may set a precedent for other states—and possibly nations—looking to govern AI-generated content.
Should AB 3211 be enacted, tech companies, including social media platforms and content creators, will need to install watermarking systems for AI-generated content. This may incur additional costs and technical hurdles as companies strive to comply. Nevertheless, it could also facilitate more responsible AI usage, mitigating misinformation risks and enhancing transparency.
OpenAI has expressed its backing of California’s AB 3211, a bill that requires the watermarking of AI-generated material to promote transparency, especially during election cycles. The bill has gained momentum, passing the State Assembly and progressing to the Senate, contrasting with another AI-related legislation, SB 1047, which OpenAI opposes due to its stringent safety testing criteria. The ramifications of AI-generated content are of worldwide concern, and the outcome of AB 3211 could significantly influence legislative initiatives globally, including in Australia.
AB 3211 is a California Assembly Bill that requires the watermarking of AI-generated content to assist users in differentiating between human-created and AI-produced material, especially during politically sensitive times such as elections.
OpenAI supports AB 3211 because it believes that transparency and the clear identification of AI-generated material are vital, particularly in combating the spread of misinformation during elections.
While AB 3211 centers on mandating the watermarking of AI-generated content, SB 1047 necessitates that AI developers perform safety evaluations on their models. OpenAI backs AB 3211 but opposes SB 1047 due to concerns about its impact on innovation.
If enacted, AB 3211 could establish a precedent for other states and nations to introduce analogous legislation aimed at regulating AI-generated content. This is particularly crucial in countries facing imminent elections, where the risk of misinformation is heightened.
If passed, AB 3211 would compel tech companies to adopt systems for watermarking AI-generated materials. This may lead to extra expenses and technological challenges but could also foster more responsible AI usage and greater transparency.
While Australia has yet to propose similar measures, discussions surrounding AB 3211 could inspire future laws focused on regulating AI-generated content in Australia, particularly given the country’s exposure to similar risks from AI-generated misinformation.
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Skullcandy Sesh ANC Active in-Ear Noise Canceling Wireless Earbuds, 48 Hr Battery, IP67 Waterproof, Microphone, Works with iPhone Android and Bluetooth Devices – True Black/Orange
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In a pivotal move toward sustainable city development, Logan City Council has implemented a range of electric vehicle (EV) chargers to bolster its increasing fleet of electric vehicles. This action represents a significant achievement in the Council’s steadfast commitment to lowering carbon emissions and advocating for eco-conscious transportation solutions.
Situated in the southern region of Brisbane, Queensland, Logan City Council has recently taken a bold step by deploying five Ocular IQ Commercial Tethered EV chargers. These devices will facilitate the charging of the Council’s expanding electric fleet, highlighting Logan’s commitment to environmental stewardship and innovation.
The Council is not only adopting electric vehicles but is also underpinning these efforts with 100% green power, further reinforced by rooftop solar installations on its facilities, thus enhancing sustainability and lessening dependence on fossil fuels.
The Ocular IQ Commercial Tethered chargers provide more than just standard charging capabilities for EVs. These sophisticated charging stations employ smart technology that enables users to optimise their charging patterns in line with available solar energy, making them particularly effective in Queensland’s bright climate.
The stations offer various charging modes, including Fast, Solar Assist, and Solar Only. This versatility allows users to either focus on a rapid charge or maximise solar utilisation, according to their requirements. Such flexibility makes the chargers suitable for both public and fleet uses.
These Ocular chargers come equipped with advanced functionalities aimed at making the electric vehicle transition smoother for users. Live charging updates are displayed on a large LCD screen, and users can oversee and manage their charging sessions through a mobile application. This level of responsiveness and accessibility is designed to encourage a greater number of individuals to switch to electric vehicles.
This action taken by Logan Council is part of a wider movement throughout Queensland, where local authorities are increasingly investing in EV infrastructure. As more councils and entities adopt electric vehicles, there is a rising demand for solid and dependable charging infrastructure. Logan City Council’s initiative is an advancement towards making sustainable transportation accessible for all, promoting a shift from fossil fuel-based vehicles to cleaner, electric options.
The deployment of these chargers was the result of a collaborative effort, with Ocular crediting the expertise of Chris Lunney from the Cinc Group. His contributions were vital in guaranteeing that the project adhered to high standards of quality and efficiency. The chargers’ robust design, comprising a sturdy metallic frame and a sizeable LCD screen, renders them suitable for both public and fleet charging needs.
Capable of delivering 7kW to 22kW, these chargers can accommodate various charging requirements, whether it’s a quick boost or a complete charge. Logan Council opted for a tethered cable setup, allowing personnel to simply connect and charge. Upon completion of the charging session, the cable is secured into a stationary port on the charger stand, ensuring it isn’t left on the ground and thereby maintaining an orderly and safe charging setting.
Logan City Council’s launch of five Ocular IQ Commercial Tethered EV chargers unequivocally showcases their commitment to sustainable urban progress. By harnessing 100% green energy and cutting-edge charging technologies, the Council not only diminishes its carbon footprint but also paves the way for other local authorities in Queensland to emulate. This initiative represents a significant stride towards ensuring that sustainable transportation is attainable and encouraging the shift towards electric vehicles.
The Ocular IQ Commercial Tethered charger stands out due to its intelligent charging capabilities and various modes, including Fast, Solar Assist, and Solar Only. It also provides real-time charging updates via an LCD screen and app control, enhancing user convenience significantly.
Logan Council powers these EV chargers using 100% renewable energy, supported by rooftop solar technology on Council buildings. This approach guarantees that the energy utilized for charging vehicles is sustainable and environmentally sound.
This action is part of a larger trend in Queensland where local governments are progressively investing in EV infrastructure. By enhancing the accessibility of sustainable transportation, this initiative promotes a transition from fossil-fuel-reliant vehicles to cleaner electric options.
The tethered cable system simplifies the charging experience. Staff can easily connect and charge without requiring additional tools. When charging is complete, the cable is securely housed in a static port on the charger stand, ensuring it’s not discarded on the ground, which improves safety and cleanliness.
