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Raycon Wireless Bluetooth Earbuds Review


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Raycon Wireless Bluetooth Earbuds – Wireless In-Ear Bluetooth Earphones with 32 Hours Extreme Comfort Playback and Active Noise Cancelling (Royal Blue)

Dymocks Overhauls System to Enhance Management of 40 Million Items


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Dymocks Upgrades Product Management System

Quick Overview

  • Dymocks enhanced its product information management (PIM) system utilizing AWS-native services.
  • This update lowered infrastructure expenses by 90% and improved pricing uniformity.
  • The upgraded system facilitates improved omnichannel functions and data handling.
  • The evolution aligns with Dymocks’ aspirations for a ‘store of the future’.

Revolutionising Product Information Management

Dymocks, a prominent Australian bookseller, has reformed its essential product information management (PIM) system to more effectively handle its vast inventory of over 40 million titles and products. This overhaul was accomplished through the adoption of AWS-native services, a strategic decision that greatly cut down infrastructure costs and improved pricing uniformity both online and in brick-and-mortar locations.

Dymocks upgrades system managing 40 million products

Chafic Abdallah.

Issues with Legacy Systems

Before this upgrade, Dymocks depended on a commercial off-the-shelf PIM system, which could not accommodate the company’s expansion objectives. The legacy system led to significant operational expenses and inefficiencies, demanding considerable time and resources for upkeep. The previous infrastructure cost over $250,000 USD each year, with some systems requiring an entire day for rebooting.

The AWS-Guided Solution

With assistance from AWS and an undisclosed partner, Dymocks embraced the ModAx methodology to assess and advance the system’s modernization. This strategy enabled Dymocks to slash its infrastructure expenses by 90% and remove the necessity for expensive system maintenance and licensing fees.

Improved Business Capabilities

The newly implemented AWS-native system has significantly enhanced Dymocks’ capacity to manage and disseminate product information. Updates to product details and pricing can now be executed every 30 minutes, a drastic improvement from the former daily updates. This heightened efficiency supports superior data hygiene and enhances overall data management.

Future Vision: Store of the Future

This modernization is essential to Dymocks’ larger strategy to bolster its omnichannel capabilities and work toward a ‘store of the future’. By liberating its ICT team from time-consuming operational duties, the business can concentrate on innovation and additional operational advancements.

Conclusion

Dymocks’ revamp of its PIM system signifies a major advancement in enhancing its operational efficiency and cost-effectiveness. By utilising AWS-native services, the company has not only improved its present capabilities but also positioned itself for future growth and innovation within the retail sector.

Q: What led Dymocks to upgrade its PIM system?

A: The outdated system resulted in high expenses and inefficiencies that obstructed Dymocks’ growth potential.

Q: How did AWS support the modernization effort?

A: AWS provided a methodology known as ModAx, which assisted in evaluating and executing the transformation effectively.

Q: What advantages does the new system offer?

A: The new system reduces expenses by 90%, enhances data management, and permits more frequent updates to product information.

Q: What is Dymocks’ vision for the future following this overhaul?

A: Dymocks aspires to develop a ‘store of the future’ by enhancing its omnichannel capabilities and prioritizing innovation.

Tesla Unveils Supervised FSD in Sydney: Software Set for Deployment!


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Quick Overview

  • Tesla exhibits its Full Self-Driving (Supervised) functionality in Sydney.
  • Video showcases the system’s ability to navigate complex city environments.
  • FSD software suggests readiness for introduction in Australia.
  • Potential to greatly diminish road accidents and fatalities.
  • Current software update is not yet accessible to Australian users.
  • Right-hand drive adjustment confirmed for Australian roadways.

Full Self-Driving Takes Over Sydney

Tesla's Supervised FSD showcases capabilities in Sydney's urban landscape.

Tesla has made considerable progress in enhancing its Full Self-Driving (FSD) technology, recently unveiling its capabilities within the dynamic urban landscape of Sydney, New South Wales. A newly shared video features a right-hand drive Model 3 smoothly navigating the city’s intricate traffic situations, including interactions with pedestrians, cyclists, and challenging intersections.

Technology Proves Adaptability Across Australian Cities

This demonstration is a continuation of a prior showcase in Melbourne, underscoring the versatility of Tesla’s FSD system in Australia’s major metropolitan areas. The footage, released by Tesla Australia & New Zealand on X, takes viewers on a 2.5-minute journey beginning in central Sydney, passing through iconic routes like the Harbour Bridge, and ending with an autonomous parking routine.

Software Progress and Owner Expectations

While the precise software version utilized for this demonstration remains unmentioned, Australian Tesla owners have begun receiving updates to version 2025.20.6.1. Although these updates frequently contain FSD code, it is still inactive for customer usage. The latest version, 2025.26, featuring FSD 12.6.4 and FSD 13.2.9, has not yet been rolled out in Australia, leaving many owners who have paid up to A$10,100 for FSD eagerly anticipating access.

Impact on Road Safety

The potential effect of FSD on road safety is significant. With road fatalities in Australia reaching 1,329 in the 12 months ending June 2025, FSD presents a hopeful solution to decrease accidents. Tesla’s autonomous technology has consistently shown safety benefits, with Q1 2025 statistics indicating one crash every 7.44 million miles for vehicles employing Autopilot, in contrast to the US average of one per 955,000 miles without such systems.

Technological Advantage Over Rivals

Tesla’s FSD technology distinguishes itself from competitors by employing an end-to-end neural network that continuously learns from data across the fleet. This strategy removes the necessity for expensive lidar or HD maps, instead relying on cameras and AI to replicate human intuition with impressive reliability. The recent demonstrations in right-hand drive areas reinforce the system’s compatibility and preparedness for Australian conditions.

Main Features Highlighted in the Sydney Demonstration

  • Effortless Traffic Integration: Smoothly merges into urban traffic, managing lane changes and speed variations.
  • Enhanced Pedestrian Recognition: Responds to pedestrians and cyclists in real-time, prioritizing safety.
  • Complex Manoeuvre Management: Executes intersections and roundabouts with accuracy.
  • Right-Hand Drive Adaptation: Displays flawless operation designed for Australian roads.

Conclusion

Tesla’s Full Self-Driving (Supervised) showcase in Sydney signifies a notable achievement in the prospective rollout of autonomous driving technology in Australia. With remarkable capabilities and the potential for improved road safety, anticipation for the official rollout is increasing among Tesla owners. As this technology progresses, it symbolizes a move towards safer, more effective urban transportation solutions.

Q: When will Tesla’s FSD be available in Australia?

A: Although the technology is currently being showcased, there is no announced release date for FSD in Australia at this time.

Q: What is the price of Tesla’s FSD for Australian users?

A: Australian Tesla buyers have spent up to A$10,100 for the Full Self-Driving option.

Q: How does Tesla’s FSD technology enhance road safety?

A: FSD technology minimizes accidents by predicting dangers and functioning with superhuman consistency, greatly surpassing human drivers in safety evaluations.

Q: What are the primary features of Tesla’s FSD platform?

A: Key features include seamless traffic integration, improved pedestrian detection, complex manoeuvre management, and right-hand drive adaptation.

Q: How does Tesla’s FSD technology differ from its competitors?

A: Tesla employs an end-to-end neural network that learns from fleet-wide data, steering clear of pricey lidar and HD maps and utilizing cameras and AI instead.

VANIR Wireless Earphones Review


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VANIR Wireless Earphones, Bluetooth 5.3 TWS Headset, ANC/ENC Noise-Cancelling, Microphone for Calls, Earbuds, Gaming Mode, LED Touch Screen, Smart Display, Supports AI Translation

TAFE NSW Initiates Bold $22 Million ERP Overhaul


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TAFE NSW Invests $22 Million in ERP Enhancement

Brief Overview

  • TAFE NSW is committing $22 million for an upgrade to the S/4 HANA ERP system.
  • This upgrade is essential as the existing SAP ECC 6.0 platform is nearing its end-of-life by 2027.
  • The upcoming system will operate on SAP’s private cloud powered by Azure.
  • TAFE NSW has obtained a $12.9 million contract for S/4 HANA licences spanning three years.
  • A $7.6 million agreement has been made for integration and implementation services.
  • An extra $1.4 million has been designated for SAP professional services.
  • TAFE NSW has also entered into a $34 million agreement with Microsoft and revised a Dell contract to $57.5 million.

TAFE NSW’s ERP Enhancement Strategy

TAFE NSW invests in $22m ERP enhancement

Reasons for the Upgrade

TAFE NSW, a leading institution in vocational education, is making a significant $22 million investment to upgrade its enterprise resource planning (ERP) system. The existing SAP ECC 6.0 platform is scheduled to reach its end-of-life by 2027, making this transition crucial for consistent operations.

Journey to S/4 HANA

The transition plan involves shifting from SAP ECC 6.0 to S/4 HANA, which will be hosted on SAP’s Azure-driven private cloud. This upgrade is enabled through RISE with SAP, an all-encompassing package that integrates cloud infrastructure, software, and managed services.

Investment Insights

TAFE NSW has entered into a three-year contract valued at $12.9 million for S/4 HANA licences. Moreover, a contract worth $7.6 million has been finalized for integration and implementation services, with SAP as the collaborating partner. An additional allocation of $1.4 million is designated for professional services to facilitate this transition.

Supporting Agreements

Partnerships with Microsoft and Dell

Alongside the ERP upgrade, TAFE NSW has concluded a $34 million agreement for Microsoft software licences and Azure cloud infrastructure, extending to 2028. The current master contract with Dell has also been revised upward to $57.5 million, to ensure comprehensive IT assistance.

Conclusion

TAFE NSW is systematically upgrading its ERP system to S/4 HANA, investing $22 million to sustain crucial business functions. This initiative forms part of a wider IT enhancement effort, including significant commitments to Microsoft and Dell.

Q: What is the reason behind TAFE NSW’s ERP system upgrade?

A: The current SAP ECC 6.0 platform is nearing its end-of-life by 2027, making it necessary to transition for stable and supported operations.

Q: What does RISE with SAP entail?

A: RISE with SAP is an integrated offering that merges cloud infrastructure, software, and managed services into a cohesive subscription model, enabling the transition to S/4 HANA.

Q: What is the duration of the S/4 HANA licence contract?

A: TAFE NSW has secured a three-year contract for S/4 HANA licences, amounting to $12.9 million.

Q: What other IT agreements has TAFE NSW established?

A: TAFE NSW has signed a $34 million agreement with Microsoft for software licences and Azure cloud infrastructure, and modified a Dell contract to $57.5 million.

JBL Live Flex Wireless Earbuds Review


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JBL Live Flex, JBL Signature Sound and Personi-Fi 2.0, True Adaptive Noise Cancelling, Up to 40 (8+32) hours of playtime with Wireless Charging, 6 mics for perfect calls with zero noise, Black

Telstra Raises Red Flag: Network Improvement Funds Consumed by Compliance Costs


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  • Telstra indicates that compliance expenditures are obstructing network enhancements.
  • New regulations may cost the telecommunications sector $266 million over the upcoming decade.
  • Telstra promotes the establishment of a synchronized regulatory initiatives grid.
  • Holds ups in planning approvals hinder AI and bandwidth-heavy applications.
  • Australia is at risk of lagging in telecom regulation harmonization.

Compliance Expenses Affecting Network Enhancements

Telstra indicates that network upgrade funds are being consumed by compliance expenses

Telstra has expressed worry that rising compliance expenses are redirecting finances from critical network enhancements. The firm points out two particular regulations: the standard for customer communication during outages and the laws regarding scam prevention, anticipated to impose at least $266 million in expenses on the telecommunications sector throughout the next decade.

Consequences of New Regulations

Though these regulations aim to benefit consumers in the Australian telecommunications landscape, Telstra contends that the financial strain they impose could impede industry investments in upgraded telecommunications infrastructure. Currently, the telco adheres to more than 500 pieces of laws and regulations, showcasing the vast regulatory framework.

The Appeal for a Regulatory Initiatives Grid

Telstra supports a unified method for upcoming regulatory amendments, suggesting the creation of a regulatory initiatives grid akin to models in the finance industry. This grid would catalog all new and suggested regulatory reforms, potentially highlighting conflicting goals and easing dialogues among stakeholders.

Obstacles in Planning Approvals

Holds ups in planning approvals have affected Telstra’s intercity fiber network rollout. The telco cautions that these delays could influence the advancement of AI and other bandwidth-demanding applications, as insufficient collaboration between regulators and approval entities may result in considerable costs and deter infrastructure investment.

Global Regulatory Coordination Instances

Telstra observes that regions like the UK, European Union, and New Zealand are synchronizing telecommunications regulation and policy. Absent parallel efforts, Australia jeopardizes falling behind in regulatory efficiency and technological progress.

Conclusion

Telstra is raising alarms regarding how compliance costs are detracting from potential investments in network enhancements. The telco is calling for a more synchronized regulatory strategy to maintain Australia’s competitiveness in the telecommunications industry.

Q: Which regulations are impacting Telstra’s budget for network enhancements?

A: The customer communication for outages industry standard and scams prevention framework laws are anticipated to incur notable expenses.

Q: How much might these regulations cost the telecommunications sector?

A: They could impose a cost of at least $266 million over the next decade.

Q: What solution is Telstra suggesting for regulatory synchronization?

A: Telstra proposes establishing a regulatory initiatives grid to organize and simplify regulatory changes.

Q: In what way are planning approvals influencing Telstra’s activities?

A: Delays in planning approvals are affecting Telstra’s intercity fiber network, impeding growth in AI and bandwidth-heavy applications.

Q: What threats does Australia face if it fails to harmonize its telecommunications regulations?

A: Australia risks falling behind other areas such as the UK, EU, and New Zealand regarding regulatory synchronization and technological progress.

Raycon Wireless Bluetooth Earbuds – Review


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Raycon Wireless Bluetooth Earbuds – Wireless In-Ear Bluetooth Earphones with 32 Hours of Extreme Comfort Playback and Active Noise Cancelling (Forest Green)

Google’s Innovative Sleep Security AI Prevents Bug Exploitation


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Google’s AI Breakthroughs in Cybersecurity

Quick Overview

  • Google’s Big Sleep AI identified a severe SQLite vulnerability before it could be exploited.
  • The flaw, designated as CVE-2025-6965, had the potential to cause memory corruption.
  • Developed by Google’s Project Zero and DeepMind AI teams, Big Sleep represents a technological leap.
  • Google is advancing its AI capabilities with the Sec-Gemini AI model and the Timesketch platform.
  • Insights from the Secure AI Framework (SAIF) will be shared with the Coalition for Secure AI (CoSAI).

Significance of Google’s Big Sleep AI

Google has made remarkable advancements in cybersecurity through its Big Sleep AI, which has effectively pinpointed a critical security issue within the SQLite relational database management system. The vulnerability, identified as CVE-2025-6965, posed a considerable risk due to its potential to cause memory corruption. Google’s AI acted swiftly before malicious entities could take advantage of the flaw, marking a pivotal moment in AI-based cybersecurity interventions.

Google's Big Sleep security AI agent prevents bug exploitation

Creation of Big Sleep

Introduced through a partnership between Google’s Project Zero and its DeepMind AI division, Big Sleep was unveiled in November of the previous year. This AI system was precisely engineered to unearth vulnerabilities that conventional techniques like fuzzing might overlook. Its capacity to recognize and eliminate threats before they emerge establishes a new benchmark in proactive cybersecurity.

Google's AI security agent Big Sleep diagram

Google Big Sleep diagram

Sec-Gemini and Upcoming Innovations

Google’s dedication to AI progress continues with the launch of Sec-Gemini version 1, an AI model trained using data from security provider Mandiant. This model enhances the Timesketch platform, now integrated with agentic features to further improve security protocols. Showcases of these technologies are set to occur at the Black Hat USA security conference in Las Vegas.

Collaborative Initiatives and Data Exchange

To strengthen worldwide cybersecurity initiatives, Google has declared its plan to share insights from its Secure AI Framework (SAIF) with the Coalition for Secure AI (CoSAI). This effort aims to reinforce AI, defensive measures, and software supply chain security initiatives, highlighting Google’s commitment to joint cybersecurity enhancements.

Conclusion

The application of AI in cybersecurity has reached a notable achievement with the Big Sleep AI agent. By identifying vulnerabilities before they can be exploited, Google is setting a new standard in proactive cybersecurity practices. The development of Sec-Gemini and cooperation with CoSAI further emphasizes Google’s pledge to improving global security measures.

FAQ

Q: What exactly is Big Sleep?

A: Big Sleep is an AI agent focused on security, created by Google to find vulnerabilities in systems like SQLite before they can be exploited.

Q: Which vulnerability was detected by Big Sleep?

A: Big Sleep identified a serious security issue in the SQLite database system, classified as CVE-2025-6965, which had the potential for memory corruption.

Q: In what way is Big Sleep distinct from standard security methods?

A: Big Sleep employs AI to discover vulnerabilities that conventional approaches, such as fuzzing, might miss, enabling it to proactively address threats.

Q: What does Sec-Gemini refer to?

A: Sec-Gemini is a trial AI model created by Google, trained on data from security vendor Mandiant, aimed at improving digital forensics and cybersecurity abilities.

Q: How is Google working with other organizations?

A: Google is disseminating data from its Secure AI Framework to the Coalition for Secure AI to enhance global security initiatives.

Belkin SoundForm ClearFit Wireless Open-Ear Headphones Review


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Belkin SoundForm ClearFit Wireless Open-Ear Headphones, Lightweight Comfortable Sports Headphones, Wireless Bluetooth and IPX5 Waterproof for Hiking, Cycling, Jogging – Sand