Techbest – Top Tech Reviews In Australia
The best in Australian gadgets and technology
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The Mexican fast-food brand Guzman y Gomez is poised to transform its kitchen operations by incorporating agentic artificial intelligence throughout its 225 Australian restaurants. This initiative, spearheaded by Chief Technology Officer Bryce Maybury, seeks to boost kitchen efficiency and uphold the chain’s promise of delivering “hotter, fresher, faster” meals.
The latest kitchen display systems, provided by Hewlett-Packard, feature neural processors and memory designed for managing AI tasks directly at the location. These systems will focus initially on refining kitchen workflows and adjusting production lines relative to customer demand changes.
Maybury emphasizes that the AI system will optimize kitchen processes by enhancing order distribution and balancing tasks. This will help ensure that quality standards are maintained consistently during peak times when two production lines are usually in operation.
The forthcoming agentic AI system will analyze various signals and data, allowing it to predict customer needs with greater accuracy. This will support kitchen managers in determining the appropriate times to open or close lines, thereby alleviating the cognitive demands on restaurant managers.
In spite of the technological progress, human oversight will still be vital. Managers will retain the power to make final choices related to line management, guaranteeing a seamless integration of technology and human skill.
As they look forward, Guzman y Gomez is working on an AI module prototype that could further automate kitchen workflows. This module is anticipated to supply real-time inventory updates, assisting in timely ingredient restocking and cooking decisions.
The incorporation of agentic AI into Guzman y Gomez’s kitchens represents a major advancement in fast-food innovation. With the implementation of these new systems, the chain aspires to increase efficiency and uphold high food quality standards while still appreciating human judgment. The ongoing rollout is set to establish a new benchmark for technology’s role in optimizing restaurant operations.
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The ANZ Banking Group has revealed the appointment of Kai Yang as its first chief data and AI officer. This strategic decision highlights ANZ’s dedication to improving its artificial intelligence capabilities. Yang will start his position in July, operating from Sydney, and will report to the group’s CIO, Donald Patra.
Kai Yang arrives at ANZ with extensive expertise. He was formerly the chief data and analytics officer for HSBC in Asia and the Middle East. Throughout his nearly six-and-a-half-year tenure at HSBC, Yang held several top roles, including CIO and chief data officer. Before his stint at HSBC, he dedicated over 16 years to the Commonwealth Bank of Australia (CBA), ultimately advancing to the role of group chief data officer.
In his new position at ANZ, Yang will concentrate on developing internal data and AI proficiencies, reinforcing governance policies, and promoting responsible data and AI practices. His hiring aligns with a wider trend in the Australian banking industry where chief-level positions are increasingly being established to manage AI integration.
The appointment of Kai Yang is indicative of a broader initiative in the Australian banking landscape to elevate AI leadership. Last September, Westpac appointed an executive dedicated to data and AI, and more recently, brought on a chief AI innovation officer. In a similar vein, CBA hired its AI chief in November, followed by NAB in January this year.
The decision by ANZ Banking Group to appoint Kai Yang as its first chief data and AI officer signifies a major step towards enhancing its AI capabilities. With Yang’s deep experience from HSBC and CBA, ANZ is well-positioned to strengthen its internal AI functions, improve governance, and foster responsible AI implementation. This move is in line with a broader strategy among Australian banks to enhance AI leadership.
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To strengthen its cyber security framework, Microsoft intends to integrate sophisticated artificial intelligence models, including Anthropic’s Claude Mythos Preview, into its secure coding practices. This integration is part of Microsoft’s extensive initiative to enhance its Security Development Lifecycle (SDL), facilitating faster identification and resolution of vulnerabilities.
Introduced on April 7, Mythos has already proven its capability by locating thousands of significant vulnerabilities across operating systems, web browsers, and other software. The model’s advanced coding aptitude provides a distinctive advantage in recognizing and exploiting cyber security weak points, setting a new benchmark for AI-driven security evaluation.
Anthropic’s Claude Mythos Preview will initially be released to a select group of firms, including major tech players like Microsoft, Amazon, and Apple, as part of Anthropic’s “Project Glasswing.” This project allows these organizations to investigate and utilize the functionalities of Mythos to effectively identify and manage cyber security vulnerabilities.
Microsoft assessed Mythos using its own open-source metrics for practical detection engineering tasks. The outcomes revealed significant enhancements compared to prior models, marking a noteworthy advancement in AI-fueled security solutions. With governmental and industrial bodies worldwide acknowledging the potential of Mythos, there is a worldwide initiative to harness its capabilities to counteract intricate cyberattacks more effectively.
Microsoft’s adoption of Anthropic’s Mythos into its security framework represents a significant advancement in cyber security. By utilizing the sophisticated features of AI, Microsoft seeks to enhance the speed and efficacy of vulnerability detection and correction, establishing a new benchmark in the sector.
Mythos is an advanced artificial intelligence model created by Anthropic aimed at identifying and mitigating cyber security vulnerabilities in software applications.
Mythos will be integrated into Microsoft’s Security Development Lifecycle, boosting the company’s capacity to identify and rectify vulnerabilities early during the development phase.
Project Glasswing is a managed initiative from Anthropic to deploy the Mythos model to select leading technology firms, enabling them to explore its functions for enhancements in cyber security.
Microsoft’s evaluations have indicated that Mythos delivers significant advancements in practical detection engineering tasks compared to older models.
Industries and governments around the globe are interested in Mythos for its capacity to make addressing complex cyberattacks faster and easier, providing a considerable edge in cyber security.
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The US administration is evaluating a strategic rollout of Anthropic’s cutting-edge AI model, Mythos, across key federal agencies. This initiative seeks to strengthen cybersecurity protocols despite worries over the possible threats linked to the model’s functionalities. Mythos’s capacity to uncover vulnerabilities in software architectures has made it a crucial asset in fortifying cybersecurity actions.
Mythos is being launched under Anthropic’s “Project Glasswing,” a managed initiative permitting certain entities to access the unreleased Claude Mythos Preview model. This rollout primarily aims at defensive cybersecurity applications, striving to detect and counteract potential threats by identifying and leveraging vulnerabilities.
Analysts underscore Mythos’s unique ability to reveal cybersecurity weaknesses, presenting both prospects and dangers. While the model’s functionalities can greatly advance security strategies by spotting weaknesses in systems, its possible misuse raises alarms about escalating cybersecurity threats.
Gregory Barbaccia, US federal CIO at the White House Office of Management and Budget, mentioned that the OMB is focused on establishing essential protections to enable agency adoption of Mythos. Partnerships with model developers, industry stakeholders, and the intelligence community are in progress to create suitable protections before potentially introducing a modified edition of Mythos to agencies.
Barbaccia’s remarks did not clarify a set timeline or specifics on which agencies would gain access to Mythos. The information about how agencies would implement the model remains ambiguous, allowing for further updates and news.
The White House’s initiative to offer federal agencies access to Anthropic’s Mythos AI model highlights the administration’s dedication to improving cybersecurity strategies. Although the model’s features provide significant potential advantages, the associated risks necessitate thorough planning and protective measures. Ongoing dialogues and preparations reflect a prudent approach to this tactical initiative.
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In the swiftly changing technological environment, legacy IT frameworks are often viewed as cumbersome. Nevertheless, AI-enabled revamp is altering this viewpoint by providing cutting-edge methods to upgrade and bolster these systems. AI innovations empower companies to mechanise workflows, boost productivity, and cut down operational expenses.
A significant advantage of modernising legacy frameworks through AI is the opportunity for financial savings. By automating standard tasks and simplifying workflows, companies can achieve considerable reductions in labor expenditures and diminish the chance of human errors. Moreover, AI can enhance system functionality, resulting in additional savings.
Australian enterprises are increasingly acknowledging the significance of AI in reshaping their IT frameworks. The shift towards AI adoption is propelled by the demand for greater productivity, improved security, and the capacity to remain competitive in a global arena. Consequently, numerous firms are channeling investments into AI technologies to revitalise their legacy frameworks.
AI-enabled revamp not only accelerates productivity but also fortifies security and system robustness. With AI, companies can more effectively safeguard sensitive information and ensure their systems are resilient against cyber threats. This presents a vital advantage in the contemporary digital landscape, where data breaches are becoming more frequent.
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AI-enabled legacy revamp is transforming how companies approach their IT frameworks. By harnessing AI technologies, businesses can realise financial savings, enhance productivity, and improve both security and robustness. As the Australian sector continues to adopt AI, companies that integrate these advancements are poised to achieve a competitive advantage.
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Optus is reinforcing its network capabilities by naming Golnar Khomami as the senior director of network technology standardization. With a robust background in spectrum strategy from her nine years at Telstra, Khomami’s insights are anticipated to strengthen Optus’s approach to spectrum regulation and standards.
Khomami’s strategic position at Optus reflects her former responsibilities at Telstra, where she provided guidance on efficient radio spectrum usage for fixed and mobile services. Her participation with international standards organizations, including the International Telecommunications Union’s radiocommunication division, equips her to lead Optus in harmonizing with worldwide standards.
The selection of Khomami follows the recent transition of Optus CTO Sri Amirthalingam, another ex-Telstra executive. Amirthalingam’s arrival at Optus in January heralded a notable leadership shift after Tony Baird’s exit. Optus has also experienced changes in its operational systems and support leadership, recently appointing Wajid Baryalai as the new OSS head.
Optus is enhancing its network technology leadership through strategic acquisitions from Telstra, with Golnar Khomami stepping in as senior director of network technology standardization. Her background in spectrum strategy and international standards is projected to propel Optus’s progress in aligning with global standards and optimizing spectrum use.
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Anthropic has announced a fresh AI cybersecurity initiative through alliances with prominent technology corporations such as Amazon, Microsoft, and Apple. This collaboration enables select entities to test an enhanced AI model termed “Claude Mythos Preview” for cybersecurity defense.
As part of “Project Glasswing,” organizations will utilize the forthcoming AI model for cybersecurity tasks. Participants in this initiative include not just Amazon, Microsoft, and Apple, but also CrowdStrike, Palo Alto Networks, Google, and Nvidia. This project aspires to significantly improve the cybersecurity sector by harnessing AI to uncover vulnerabilities across diverse software systems.
The announcement follows a report suggesting that Anthropic’s Claude Mythos could introduce security threats while providing advanced functionalities. This has influenced the stock values of cybersecurity firms such as Palo Alto Networks and CrowdStrike. At the latest RSA cybersecurity conference, the focus was on AI-driven cyberattacks and the adequacy of conventional security measures.
Anthropic disclosed in a blog entry that the Claude Mythos Preview has already pinpointed thousands of vulnerabilities in operating systems, web browsers, and other software applications. The company is broadening access to about 40 more organizations tasked with essential software infrastructure, paired with a substantial commitment of up to US$100 million (A$143 million) in usage credits and US$4 million in contributions to open-source security organizations.
Ongoing conversations between Anthropic and the US government underscore the promise and capabilities of their AI model. The primary aim is for users to securely implement Mythos-class models at scale. This initiative arises after prior instances where hackers took advantage of weaknesses in Anthropic’s Claude AI, impacting several international organizations. A recent study by IBM and Palo Alto Networks found that 67% of surveyed executives experienced AI-centric attacks in the previous year.
The new AI cybersecurity initiative from Anthropic is poised to reshape the industry by utilizing AI to identify and rectify software vulnerabilities. Through collaboration with prominent technology firms, the project seeks to bolster defensive cybersecurity strategies while promoting cooperation and innovation in the field. With major financial commitments and ongoing discussions with governmental bodies, Anthropic is establishing itself as a leader in AI-driven cybersecurity solutions.
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Beyond Bank has unveiled the appointment of Mark Angrish as its new Chief Technology Officer (CTO), set to commence next month. Angrish, who was the CTO at CommSec, brings a wealth of knowledge from the technology sector, especially in financial services.
Mark Angrish boasts an impressive career history, having collaborated with major companies like Telstra and ANZ Banking Group. Most recently, he was engaged in modernizing CBA’s internal CRM platform CommSee and the creation of CommSee 2.0. His LinkedIn profile indicates his international positions in London and the US, reflecting his global experience.
The newly established CTO role at Beyond Bank comes in the wake of the exit of former CIO Stevie-Ann Dovico, who has taken on the role of CTO at the Australian Financial Complaints Authority. Angrish is anticipated to lead technological and digital initiatives at Beyond Bank, concentrating on data and AI to support a member-focused business strategy.
Beyond Bank’s choice to appoint Angrish as CTO is a strategic one, intended to utilize his skills in creating high-performing teams and achieving operational excellence. His practical insights into data and AI are expected to bolster the bank’s technological prowess and underlie its growth strategy.
The selection of Mark Angrish as CTO signifies a key milestone in Beyond Bank’s technological advancement. With extensive experience in financial services and a solid leadership track record, Angrish is well-positioned to significantly influence the bank’s operations and strategic trajectory.
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The Australian Communications and Media Authority (ACMA) has established a new mobile coverage mapping standard. Coverage regions will now be categorized based on four levels of signal strength: excellent, fair, usable, and no coverage. Any area with signal strength beneath -115dBm will be classified as unusable.
In accordance with these updated guidelines, Telstra might have to reevaluate and possibly retract its existing coverage representations, influencing around one million square kilometres classified as serviced zones.
Telstra’s rivals, TPG Telecom and Optus, have supported the revised standards, asserting that they will deliver a more precise depiction of actual mobile service accessibility. Both firms argue that the new benchmark more accurately represents the dependability of mobile networks.
Telstra has rebutted the new regulations by displaying its network data, which suggests substantial usage within the newly defined signal levels. The telecommunications company claims that even at reduced signal strengths, critical functions such as emergency calls remain viable.
ACMA Chair Nerida O’Loughlin highlighted that the updated standards will allow consumers to make informed choices by comparing similar coverage from various providers, fostering trust in service declarations.
All telecom providers are required to update their coverage maps quarterly to stay current with any changes in network infrastructure, ensuring clarity and precision for users.
The ACMA’s revised mobile coverage mapping standards have initiated a notable discussion within the telecom sector. With the new -115dBm benchmark for usable service, Telstra faces the challenge of modifying its coverage assertions, while TPG and Optus view this shift as a significant step toward increased transparency for consumers. The dialogue underscores the difficulty of reconciling technical specifications with genuine mobile user experiences.
