Techbest – Top Tech Reviews In Australia
The best in Australian gadgets and technology
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Defunc True Wireless Earbuds True Basic IPX4 Waterproof in-Ear Headphones 5.0 Bluetooth Stereo Headphones Built-in Microphone, Automatic One-Step Pairing, Long Playtime & Charging Case (Green)
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This past weekend, X launched an account dubbed @bangers, piquing interest with its slogan ‘Certified Bangers only.’ As excitement ramps up, the account anticipates its first music release on 10th November 2025, prompting users to look forward to what’s coming in this digital music revolution.
The emergence of @bangers could represent X’s tactical decision to harness Grok, the sophisticated AI technology from xAI, potentially facilitating the production of music free from copyright issues. This advancement might transform user engagement with music on social networks, providing distinctive AI-generated tracks.
Reflecting on the past, Twitter’s 2013 launch of the separate app ‘Twitter #Music’ was brief. Its downfall underscored the difficulties of merging music discovery within social media. Will @bangers successfully navigate these challenges where its forerunner faltered?
There are musings about X potentially establishing itself as a rival to Spotify. Although creating a comprehensive streaming service may be expensive, @bangers could present a distinctive venue for emerging, AI-crafted music, perhaps garnering a specialized audience.
Notably, X’s current @music account has been silent lately, heightening curiosity. This quietness may signal a strategic transition or collaboration with the newly formed @bangers project, keeping users intrigued.
The introduction of @bangers by X marks a daring entry into the musical sphere, potentially fueled by Grok’s AI abilities. Whether this venture will transform music enjoyment on social media or pose a challenge to existing services like Spotify is yet to be determined.
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Security Information and Event Management (SIEM) systems have become vital in the digital era, equipping organisations with the necessary tools to identify and react to cyber threats. The growing complexity of cyberattacks demands a corresponding advancement in SIEM technology.
Sumo Logic leads the way in SIEM innovation by facilitating discussions and roundtables aimed at envisioning the future of this essential technology. Their latest roundtable assembled industry specialists to exchange ideas on the future direction of SIEM solutions.
As companies transition to cloud environments, SIEM solutions are required to evolve. Cloud-based SIEM presents improved scalability and accessibility, enabling organisations to efficiently oversee security across varied infrastructures.
Artificial intelligence (AI) and machine learning (ML) are revolutionizing SIEM capabilities, facilitating more rapid threat detection and automated responses. These innovations assist in processing extensive amounts of data, identifying trends, and predicting possible security incidents.
Even with progress, obstacles such as data privacy and the integration of SIEM solutions with current IT frameworks persist. Organisations need to find a balance between comprehensive security needs and compliance with privacy regulations while ensuring smooth technology integration.
The progression of SIEM technology is vital for upholding strong cybersecurity in an ever more digital environment. Sumo Logic’s initiative in convening discussions on SIEM’s future underscores the significance of innovation and flexibility in this sector. As cloud solutions and AI continue to influence SIEM, organisations must confront the challenges associated with integration and privacy to fully utilize these advancements.
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Skullcandy Rail in-Ear Wireless Earbuds, Bone
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TPG Telecom is making a significant advancement towards bolstering its network resilience by developing a digital twin of its infrastructure. This groundbreaking strategy aims to predict and alleviate network and service disruptions, backed by a significant $1.3 million federal grant.
In collaboration with the University of Technology Sydney (UTS), TPG Telecom plans to construct a virtual representation of its 5G network. This digital twin will use live data sourced from the network and possibly from emergency service providers and utility companies.
The development phase is set to kick off next year, with testing slated to start in July 2026 and complete deployment projected for 2027. This initiative is part of the Telecommunications Disaster Resilience Innovation Program launched by the Department of Infrastructure, Transport, Regional Development, Communications, Sport and the Arts.
The digital twin technology is intended to assist TPG Telecom in quickly identifying and mitigating environmental risks to its infrastructure compared to conventional methods. By forecasting challenges such as flooding near base stations, the company can respond promptly to ensure service continuity.
This capability not only helps TPG Telecom maintain dependable service but also provides valuable insights to emergency responders, improving coordination and minimizing downtime during emergencies.
Initially targeting a smaller, unspecified segment of its network for validation trials, TPG Telecom envisions potential implementations of the digital twin technology across its entire infrastructure. This technology could also aid communities and businesses in anticipating risks such as flooding and power failures.
Previously, TPG Telecom and UTS partnered with the NSW SES on a project utilizing 5G signals as flood sensors for monitoring nearby rivers. These initiatives are part of a wider movement to leverage digital twin solutions for land management and infrastructure oversight throughout Australia.
TPG Telecom’s digital twin initiative exemplifies a progressive strategy to enhance network resilience and disaster management. By harnessing advanced simulation technology, the company aims to deliver early warnings and proactive solutions, ensuring service continuity and enhancing emergency response coordination.
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Samsung Galaxy Buds 3 Pro Auricolari TWS SM-630 Silver (Import Version)
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Australia’s Bureau of Meteorology (BoM) has finally embraced modern web standards by adopting HTTPS, significantly boosting the security of its online services. This long-awaited change is part of an extensive technology revamp dubbed “ROBUST”.
HTTPS, or Hypertext Transfer Protocol Secure, establishes a protected communication channel over the internet. It safeguards sensitive data from interception through encryption, greatly minimizing the chances of man-in-the-middle attacks.
The slow adoption of HTTPS was primarily attributed to BoM’s dependence on aging systems. Many of these systems were not compatible with HTTPS, having been designed decades ago with HTTP protocols. The move to transition required substantial updates and replacements, which have now been mostly completed.
The financial commitment for upgrading to HTTPS and revamping the website was considerable. The overall cost for the initiative reached $86 million, exceeding the initial budget of $31 million. Nevertheless, the undertaking was considered essential to meet global security standards.
The revamped website has received a spectrum of feedback from the public. While some recognize the added security, others have raised concerns about the functionality and visual design of the site. BoM is continuously working to enhance the website based on user responses.
The Bureau of Meteorology’s upgrade to HTTPS signifies a pivotal moment in its digital transformation efforts. Despite the difficulties posed by legacy systems and budgetary excess, the enhancement elevates security and aligns with international expectations. Public reaction to the redesign emphasizes the importance of ongoing improvements.
The main cause was the compatibility challenges presented by outdated systems designed for HTTP protocols.
ROBUST represents BoM’s initiative for modernizing technology, focused on upgrading and securing its digital framework.
The total cost of the upgrade was $86 million, which exceeded the original budget of $31 million.
The redesign has garnered a mix of reviews, with criticism directed at both functionality and appearances.
HTTPS encrypts data transfers, thus decreasing the likelihood of data interception by malicious actors.
The majority of the website has transitioned to HTTPS, with ongoing efforts to secure the remaining sections.
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Skullcandy Smokin’ Buds Wireless Earbuds, Bluetooth Headphones, Noise Isolating Fit, Up to 20 Hours Battery, IPX4 Sweat and Water Resistant, Microphone for iPhone Android – Pink
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Scheduled for 2026, Australia’s Solar Sharer initiative intends to deliver three hours of complimentary electricity to inhabitants in New South Wales, South Australia, and southeast Queensland. This program, aimed at individuals without solar energy access, might eventually broaden across the country. Nevertheless, the initiative may have minimal effect on low-income renters or shift workers due to its dependence on adaptable energy usage.
The market value of Bitcoin has increased significantly over the years, positioning mining as a potentially lucrative endeavor. Australia could capitalize on its excess renewable energy to sustain Bitcoin mining activities. A 1 GW facility could produce hundreds of Bitcoins per year with low electricity expenses, resulting in considerable financial gains.
Although the Solar Sharer initiative provides modest annual savings of A$400 to A$900 per household, Bitcoin mining might produce upwards of A$100 million in its inaugural year. By 2050, mining operations could generate an estimated A$45 billion, far exceeding the anticipated A$10 billion from the Solar Sharer initiative.
Nations like Bhutan and El Salvador have effectively harnessed surplus energy for Bitcoin mining, resulting in significant national revenue. Australia’s plentiful solar and wind energy resources place it in a strong position to embrace this global movement.
Choosing to mine Bitcoin could provide Australia with enduring financial benefits, potentially lowering national energy expenses. A fraction of the mining revenue could be reinvested into public energy savings, aiding all Australians.
Australia stands at a crucial crossroads in managing its surplus renewable energy. While the Solar Sharer initiative offers short-term advantages, Bitcoin mining offers a profitable alternative with significant long-term rewards. By drawing lessons from global examples, Australia could reshape its energy sector and financial future through investment in cryptocurrency mining.
The Solar Sharer initiative is a government program in Australia set to commence in 2026, granting three hours of free electricity daily to residents in designated regions, with potential national expansion.
Bitcoin mining has the capability to make use of excess renewable energy, transforming it into a profitable enterprise by generating valuable cryptocurrency with low electricity expenses.
Bitcoin mining could deliver far greater financial returns than the Solar Sharer initiative, with potential revenues surpassing A$45 billion by 2050.
Indeed, countries like Bhutan and El Salvador have effectively leveraged surplus energy for Bitcoin mining, leading to considerable national revenue.
Possibly, as profits from Bitcoin mining could be reinvested into lowering public energy costs, benefiting all Australians.
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Australia’s national broadcaster, ABC, has undertaken a significant initiative by shifting its email marketing system from Salesforce to Braze. This strategic decision is designed to elevate audience engagement across its platforms.
The shift, emphasized in ABC’s annual report for 2024-2025, was the result of an exhaustive evaluation of its marketing technology framework. ABC has utilized Salesforce since 2017, and this upgrade is anticipated to dramatically enhance audience targeting, personalization, and operational effectiveness.
The adoption of Braze is not merely a standalone change but an element of a more extensive digital transformation strategy at ABC. The new system seeks to improve the accessibility of content, subsequently broadening the broadcaster’s audience reach.
A representative from ABC indicated that the transition illustrates the necessity to strengthen the organisation’s targeting, personalization, and automation skills. The teams are gearing up for a smooth transition to maintain service continuity and fully maximize the benefits of the new platform. The project is set to conclude by Q2 2026.
ABC’s transition from Salesforce to Braze is a tactical maneuver intended to enhance its marketing capabilities as part of a comprehensive digital transformation effort. The aim is to boost audience engagement and operational efficiencies, with the transition expected to be fully accomplished by mid-2026.
