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Treasury Wine Estates Engages AI Agents to Reveal Enhanced Consumer Insights


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Treasury Wine Estates Utilises AI Agents for Enhanced Consumer Insights | TechBest

Quick Overview

  • Treasury Wine Estates (TWE) incorporates AI agents Aivi and Viti to assess global wine industry information.
  • AI technologies created in collaboration with GPTStrategic to improve trend analysis and foster innovation.
  • AI agents examine over 3,500 industry documents compiled on SharePoint.
  • Aivi concentrates on enhancing insights derived from data, while Viti anticipates future trends and innovations.
  • Utilisation of AI minimizes human bias and hastens decision-making across TWE’s portfolio.
  • Opportunities for extending AI applications into sales and marketing areas within the organization.
  • A component of a larger digital transformation involving robotics and predictive analytics.

Transforming Wine Industry Analysis through AI

Treasury Wine Estates (TWE), one of the globe’s largest wine enterprises, has boldly stepped into the future by implementing two AI agents—Aivi and Viti—to transform the way the company extracts value from worldwide wine consumption information and industry trend analyses. This initiative, crafted in cooperation with GPTStrategic, is designed to streamline and enhance insight generation throughout its expansive array of wine brands.

AI Agents Aivi and Viti Revolutionise Consumer Insight Collection at Treasury Wine Estates

Aivi and Viti: The Digital Minds Behind the Insights

Functions

Aivi and Viti each have unique but complementary functions. Aivi distills and synthesizes thousands of documents—currently over 3,500—into implementable trend insights. Conversely, Viti is structured to look forward, pinpointing future opportunities and innovation pathways within the wine industry.

Origins

Prior to the introduction of AI, TWE’s insights process was largely manual and labor-intensive. According to Angus Lilley, Managing Director of Treasury Premium Brands, the company encountered difficulties in both aggregating extensive volumes of data and in extracting unbiased, timely insights from them. “One of the issues we faced was amalgamating and keeping all the information and reports consolidated,” he stated.

Centralised Data for Intelligent Decisions

To facilitate the AI agents, TWE gathered essential industry documents in a SharePoint repository. This digital advancement established a unified source of truth, allowing Aivi and Viti to query a centralised dataset and deliver rapid, relevant insights that would typically require human analysts days or even weeks to unearth.

Enhancing Efficiency and Minimising Bias

The AI agents have dramatically hastened the insights generation process, reducing manual tasks and eradicating the potential for human bias that can affect data interpretation. Lilley commented, “We’re reaching some of those insights much faster than we used to.”

This increased efficiency enables TWE’s consumer insights team to redirect time and resources toward strategic initiatives within the company, ultimately supporting quicker, more data-informed decision-making across their extensive brand portfolio.

Future Prospects: AI in Sales and Marketing

The achievements of Aivi and Viti have paved the way for broader AI implementations within TWE. Lilley indicated intentions to enhance AI integration into sales and marketing operations, utilising data to optimise campaigns, customise product offerings, and elevate customer interactions.

This aligns with TWE’s overarching digital transformation, which features the utilisation of robotics in vineyard operations and predictive AI for yield forecasting—demonstrating a company deeply committed to innovation throughout all aspects of its operations.

Preparing for a Digital Future

As part of its dedication to digital progress, TWE actively invests in upskilling its workforce to adeptly utilise AI tools like Aivi and Viti. This ongoing endeavour ensures that every team, from operations to marketing, is prepared to harness the power of AI-driven insights.

Lilley underlined the significance of this transformation, stating, “We’re consistently upskilling the organization in employing such tools and we expect that to persist for an extended period.”

Conclusion

Treasury Wine Estates is establishing a new benchmark in the wine sector by integrating AI agents Aivi and Viti to extract deeper consumer insights and anticipate forthcoming trends. By consolidating data and automating analysis, TWE is enhancing operational efficiency and facilitating smarter, quicker decision-making. With ambitions to broaden AI applications in sales and marketing, alongside ongoing investments in employee training, the company is clearly positioning itself as a tech-savvy leader in the global wine industry.

Common Questions

Q: What are Aivi and Viti?

A:

Aivi and Viti are AI-powered digital agents created by Treasury Wine Estates in collaboration with GPTStrategic. Aivi is focused on transforming data into actionable insights, whereas Viti identifies future trends and innovation possibilities.

Q: How do these AI agents access industry data?

A:

The AI agents utilize a centralised SharePoint repository containing over 3,500 industry documents. This guarantees that they operate with a comprehensive, up-to-date dataset for their analyses.

Q: What advantages has TWE gained from employing these AI tools?

A:

TWE has enjoyed quicker insights generation, a decrease in manual efforts, elimination of human bias, and improved decision-making across its wine portfolio. Teams are now able to devote more attention to strategic projects.

Q: Will AI be employed in other areas of the business?

A:

Yes. TWE is considering the implementation of AI in sales and marketing to enhance campaigns, anticipate consumer preferences, and tailor product offerings.

Q: How is TWE preparing its staff for this digital transition?

A:

The company is actively enhancing employee skills in AI tools and digital technologies to ensure smooth adoption and effective use in various departments.

Q: Is this part of a larger digital evolution?

A:

Indeed. TWE’s implementation of AI agents complements its broader digital initiatives encompassing robotics in vineyards, predictive analytics, and autonomous vehicles in operations.

Q: Can other wine producers implement similar technologies?

A:

Definitely. While TWE is at the forefront, the tools and strategies in use can be adapted by other wine producers aiming to modernise their operations and enhance data-driven decision-making.

From Urgent Warnings to Genuine Understanding: The Need to Reevaluate Cyber Risk Reporting in Australia


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Reassessing Cyber Risk Reporting: Transforming Alerts into Genuine Insights | TechBest Australia

Quick Overview: Essential Points

  • Australian entities need to transition from ambiguous cyber risk reports to concrete, measurable insights.
  • Effective communication of cyber risk relies on traceability through operational, executive, and board levels.
  • Obsolete “high risk” classifications are inadequate—cyber risk reporting must demonstrate return on investment.
  • Risk quantification should be made accessible for business leaders, even when implementing sophisticated models like Monte Carlo simulations.
  • The newest NIST CSF 2.0 update includes a governance component, aligning capabilities with risk management objectives.
  • Begin with clear risk definitions and gradually enhance maturity for enduring cyber resilience.
Reinventing cyber risk reporting in Australia for measurable insights

Updating Cyber Risk Reporting in Australia

As cyber threats escalate within Australia’s digital environment, cybersecurity leaders face increasing pressure to validate their security expenditures. With budget constraints tightening, the focus has shifted from “what’s the risk?” to “what’s the return?”

Jason Ha, a cyber security risk expert and CISO at Ethan, is advocating for Australian organizations to rethink their strategies for cyber risk reporting. Ahead of AusCERT 2025, Ha promotes a transition from generic dashboards to traceable, data-driven models that align cyber investments with measurable results.

Linking Cyber Investments to Risk Mitigation

Traceability Across Levels

A core message from Ha is the necessity of traceability in cyber risk reporting. “You must be able to articulate, ‘Here are our top 10 risks, we’re prioritizing the reduction of the top three, and we anticipate a decrease of X dollars in risk,’” he clarifies.

This framework helps organizations close the communication gap between operational teams, executives, and board members. Instead of a disconnected series of activities, traceability fosters a cohesive narrative—vital when boards expect evidence of returns on cyber investments.

The Maturity Gap in Cyber Risk Management

Ha asserts that numerous organizations adhere to outdated risk frameworks poorly suited to the fluid nature of cyber threats. “Cyber risks are adversarial and continuously transforming,” he states. “Conventional models liken them to natural disasters—predictable and unchanging.”

To tackle this issue, organizations require additional methodologies that facilitate detailed, cause-and-effect evaluations. Such models must integrate with current risk frameworks, offering real-time awareness of threat mitigation initiatives.

Simplifying Risk Measurement for Business Executives

While academic frameworks like Monte Carlo simulations or FAIR (Factor Analysis of Information Risk) provide accuracy, they often prove too intricate for effective implementation within many Australian businesses. Ha cautions that leaders may alienate their audiences if models are not user-friendly.

“You don’t have to achieve statistical precision on day one,” he remarks. “What’s essential is establishing a structured, transparent approach that allows you to begin your journey—and improve over time.”

Starting with Clear Risk Definitions

Before engaging in quantification, Ha emphasizes the importance of refining risk definitions. “You can’t tackle an issue if you’re unclear on what you’re addressing,” he says. Clearly structured risk statements lay the groundwork for developing a strong and defensible cyber risk model.

Connecting the Communication Gap

Many cybersecurity teams find it challenging to articulate their efforts in ways that resonate with senior stakeholders. Ha underscores the necessity of traceability as the connective tissue that links tactical actions with strategic outcomes.

For instance, while the implementation of endpoint detection tools is crucial, it’s even more impactful when you can demonstrate, “This reduces a top-three risk by 25%.” Such clarity dismantles barriers between technical and executive roles.

Frameworks: Instruments, Not Objectives

Ha contends that frameworks such as NIST CSF, ISO 27001, and Australia’s Essential Eight offer structure, but they serve as tools—not ultimate goals. “These frameworks assist in mapping capabilities, but your controls must be informed by your risk profile and not merely compliance checklists.”

He points out the NIST Cybersecurity Framework 2.0’s newly introduced governance pillar as a significant advancement. It advocates for decisions to be made through a risk perspective before selecting technologies and controls.

Transforming the Cyber Risk Dialogue

Effective cyber risk reporting transcends numerical data—it embodies transparency. Ha suggests laying out assumptions, involving stakeholders at every tier, and leveraging industry data to substantiate your conclusions.

“The traditional approach of creating a risk matrix and estimating ‘high likelihood, high impact’ is obsolete,” he asserts. “Boards demand defensible decisions rooted in concrete data.”

Cyber Self-Defence: A Practical Beginning

Ha compares the path toward cyber maturity to mastering self-defence. “You don’t need to become an expert to avoid harm. Just grasp the fundamentals and grow from there.”

He outlines five essential steps any organization can undertake:

  1. Assess the risk: Gather information on likelihood and impact—often, business units can gauge the impact more accurately than IT departments.
  2. Involve business owners: Those most familiar with the process often bear the actual risk.
  3. Identify controls and traceability: Connect risk mitigation efforts to specific actions and tools.
  4. Communicate across layers: Adjust your messaging for boards, executives, and operational teams.
  5. Begin simply: Utilize existing resources, then enhance over time.

Conclusion

Australia’s cyber threat environment is becoming increasingly intricate, and boards are insisting on clearer justification for cybersecurity expenditures. Transitioning from ambiguous, colour-coded risk matrices to organized, data-informed reporting facilitates improved decisions, greater transparency, and ultimately, enhanced cyber resilience. Jason Ha’s message is unambiguous: modernize your cyber risk reporting or risk falling behind.

Q&A: Addressing Your Cyber Risk Reporting Inquiries

Q: Why are traditional cyber risk reporting methods losing effectiveness?

A:

Traditional approaches frequently depend on subjective risk matrices and lack traceability. They fail to establish a clear connection between investments and outcomes, which is essential in today’s budget-sensitive climate.

Q: What does “traceability” signify regarding cyber risk?

A:

Traceability denotes the capability to directly correlate specific cybersecurity investments to risk mitigation outcomes across all organizational tiers—from the boardroom to operational levels.

Q: How can organizations initiate cyber risk quantification?

A:

Start with well-defined risk assessments and baseline estimates. Even a broad range (e.g., $10M to $15M) is more beneficial than vague labels. Over time, refine estimates using improved data.

Q: Are frameworks like NIST and ISO 27001 still relevant?

A:

Absolutely, but they should assist—rather than replace—risk-centered decision-making. Utilize them to organize your controls while ensuring alignment with your organization’s specific risk profile.

Q: What’s the first step towards enhancing cyber risk reporting?

A:

Commence by rewriting your risk statements with clarity.

Aussie SMEs Under Threat as Ransomware Attacks Spike


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Australian SMEs Face Increased Cyber Threats as Ransomware Incidents Climb | TechBest

Brief Overview

  • Ransomware incidents in Australia increased by 5% in the latter half of 2024.
  • Australian SMEs are now some of the key targets for cybercriminals.
  • Phishing incidents have jumped by 197% compared to late 2023.
  • Cyber threats are now increasingly sent through SMS, WhatsApp, and social networks.
  • AI and ransomware-as-a-service are facilitating more accessible and larger-scale attacks.
  • Cybersecurity training is crucial for SMEs to combat social engineering threats.

Ransomware Rise Endangers Aussie SMEs

Cybercriminals are pivoting their attention from major corporations to smaller, less-secured businesses as ransomware incidents continue to surge in Australia. The most recent Acronis Cyberthreats Report outlines a 5% rise in ransomware occurrences worldwide in the second half of 2024, positioning Australia among the top 10 targeted nations.

Although financial damages per case have slightly decreased, the increasing rate of attacks and the focus on small and medium-sized enterprises (SMEs) raises alarm. With phishing attempts nearly tripling—up 197% from the same timeframe in 2023—and the average number of attacks per organisation climbing by 21%, SMEs are now at the forefront of the cyber security struggle.

Cyber criminals focus on Australian SMEs as ransomware threats increase

Why SMEs Are Appealing Targets

As larger firms invest in advanced cybersecurity systems, cyber attackers are capitalizing on the weaknesses of SMEs. Gerald Beuchelt, Chief Information Security Officer at Acronis, indicates that many small businesses mistakenly assume that built-in safeguards from platforms such as Microsoft 365 provide complete protection. This unwarranted sense of security makes them vulnerable to ransomware and malware threats.

Cybercriminals are increasingly utilizing AI-based tools and ransomware-as-a-service platforms to execute cost-effective, automated attacks on mid-sized enterprises. While the payoff may be smaller per attack, the sheer volume and simplicity of execution make SMEs a lucrative target.

“Even if the business is small, there’s consistently some form of data to steal or blackmail,” Beuchelt remarks. In some cases, attackers have even targeted the families of executives to gain leverage over larger companies.

Criminal Collaboration: The Emergence of Ransomware-as-a-Service

Ransomware-as-a-service (RaaS) has transformed cybercrime by easing the entry threshold for attackers. These services enable criminals to lease ready-made ransomware tools and execute them without requiring extensive technical expertise. This model has established a scalable, user-friendly environment where attackers can target numerous, if not thousands, of SMEs with minimal effort.

The commoditization of cybercrime means even novice attackers can cause considerable harm, particularly when organizations lack sufficient cybersecurity training and frameworks.

Shadow IT and Emerging Attack Channels

While traditional email phishing remains a favored tactic, attackers are broadening their horizons into alternative communication platforms such as SMS, WhatsApp, and social media. These Shadow IT systems elude formal corporate oversight, rendering them more challenging to monitor and secure.

AI-generated spear phishing messages are becoming increasingly convincing and difficult to detect, especially when transmitted through less-regulated channels. Beuchelt advises that businesses should not only control unauthorized tools but also provide secure alternatives that fulfill employee communication needs.

Human Error: The Weakest Link and Last Line of Defence

Technology alone cannot thwart a cyberattack. Human awareness and behavior are essential elements of any robust defense plan. Cybersecurity training must be compulsory for all staff, including onboarding for new employees. Personnel need to be trained to approach all communications—especially those requesting sensitive information or actions—with a critical mindset.

“People are absolutely at the heart of cybersecurity,” Beuchelt emphasizes. “They often represent the weakest link, but with appropriate training, they can turn into a strong line of defense.”

Conclusion

Ransomware incidents are on the rise, placing Australian SMEs squarely in the sights of cybercriminals. These enterprises must not underestimate their significance to hackers or overestimate their existing defenses. The growth of ransomware-as-a-service, AI-enabled phishing, and the misuse of alternative communication methods makes it imperative for SMEs to adopt a holistic cybersecurity strategy that encompasses both technical solutions and staff training.

Q: Why are SMEs increasingly targeted by ransomware attacks?

A:

SMEs often possess weaker cybersecurity measures and might not consider themselves probable targets. This makes them appealing to attackers utilizing scalable tools like ransomware-as-a-service. They are also more inclined to pay smaller ransoms to quickly regain access to their systems.

Q: What is ransomware-as-a-service (RaaS)?

A:

RaaS is a business framework where cybercriminals lease ransomware tools to others. This enables even individuals with minimal technical know-how to conduct sophisticated attacks. It significantly reduces the entry threshold for cybercrime and heightens the potential scale of threats.

Q: How are cyber attackers employing AI in phishing campaigns?

A:

Attackers are using AI to create highly customized and believable phishing messages. These messages are frequently indistinguishable from legitimate communications, particularly when sent through less-secured channels such as social media or SMS.

Q: What role does Shadow IT play in cyber threats?

A:

Shadow IT pertains to the use of unauthorized applications, platforms, or devices within an organization. These tools often lack centralized security measures, making them prone to exploitation. Attackers increasingly leverage them to circumvent traditional security frameworks.

Q: How can SMEs protect themselves against these threats?

A:

SMEs need to implement a multi-faceted cybersecurity approach. This includes investing in robust security technologies, providing ongoing training for employees, overseeing Shadow IT, and creating incident response plans to swiftly contain and recover from attacks.

Q: Why is employee training so critical in cybersecurity?

A:

Many cyberattacks initiate due to human error, such as clicking on a malicious link. Training staff to recognize suspicious activities and respond correctly can prevent attacks from succeeding and minimize their impact if they do occur.

Q: Are built-in security features in software suites like Microsoft 365 sufficient?

A:

No. Although these features provide a fundamental level of protection, they are not comprehensive. Businesses should enhance them with dedicated cybersecurity solutions and services tailored to their unique risks and requirements.

Q: Is it possible to eradicate cyber threats completely?

A:

TPG Telecom Revamps Organization to Integrate Cloud and Cybersecurity Services


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Quick Read

  • TPG Telecom combines its cloud and cybersecurity teams into a new unit known as: Technology Security, Cloud & End to End Architecture.
  • After the reorganization, General Manager of Technology Security, Lee Barney, will be leaving the company.
  • This restructure is designed to enhance secure-by-design practices and promote the adoption of cloud security throughout the organization.
  • This new unit is in line with the Australian Government’s cybersecurity strategy for essential infrastructure.
  • The Cyber Centre of Excellence (CCoE) located in Sydney will maintain its collaborative efforts with industry and academic institutions.

TPG Telecom Restructures to Integrate Cloud and Cybersecurity Services

TPG Telecom restructure combines cybersecurity and cloud services

Lee Barney.

Leadership Change and Departure of Lee Barney

TPG Telecom has implemented a major organizational overhaul, merging its cloud infrastructure with its cybersecurity functions into a single entity named Technology Security, Cloud & End to End Architecture. This shift resulted in the exit of Lee Barney, who has been TPG’s General Manager of Technology Security for almost three years.

Barney announced his departure on LinkedIn, saying, “As the organization reshapes its leadership focus, I depart with the assurance that the team is well-equipped for the upcoming challenges.” Although TPG Telecom has yet to appoint a leader for the new unit, there are currently no plans in place to find a direct successor.

Strategic Consolidation of Cloud and Security Teams

The merger of TPG’s cloud and security teams is driven by the imperative to cultivate secure-by-design principles, a strategy strongly advocated by the Australian Government’s cybersecurity policies. By integrating these divisions, TPG seeks to enhance coherence between development and security, guaranteeing that new platforms and services are secure from the outset.

A representative from TPG Telecom informed TechBest, “We are uniting security and cloud to design and construct security-native cloud solutions and enhance security capability adoption throughout the organization.”

Alignment with the National Cybersecurity Agenda

This integration aligns closely with the government’s Cyber Security Strategy 2023–2030, which urges organizations in critical infrastructure sectors, such as telecommunications, to adopt layered defensive strategies and secure-by-design methodologies.

This strategy features initiatives such as six “Cyber Shields” aimed at safeguarding Australia’s digital infrastructure, emphasizing collaboration between the public and private sectors, making TPG’s strategic move both timely and well-executed.

The Function of the Cyber Centre of Excellence (CCoE)

During Barney’s stewardship, TPG’s Cyber Centre of Excellence (CCoE) was launched in Sydney and began operations in late 2023. The CCoE aims to identify and address vulnerabilities in telecommunication and IT systems through both offensive and defensive cybersecurity methods.

This facility hosts TPG’s red and blue cybersecurity teams and includes representatives from industry leaders like Ericsson, Nokia, and Tata Consultancy Services (TCS) on rotating 90-day assignments. In collaboration with the University of New South Wales (UNSW), the center also promotes academic partnerships focused on threat research and innovation.

TPG’s Forward-Looking Cybersecurity Strategy

Even though Barney’s departure signifies a pivotal moment, TPG Telecom’s commitment to cybersecurity continues to strengthen. The amalgamation of cloud and security functions is anticipated to enhance workflows, diminish silos, and bolster resilience against new threats. The future of this unit will likely place greater emphasis on automation, AI-driven threat detection, and comprehensive cloud-native security solutions.

Summary

TPG Telecom has redesigned its technology division to merge cloud and cybersecurity services into a unified, cohesive unit. This strategic initiative follows the exit of General Manager Lee Barney and mirrors wider trends in Australia’s critical infrastructure sectors towards adopting secure-by-design methodologies. With its Cyber Centre of Excellence and alignment with national cybersecurity objectives, TPG Telecom is positioning itself as a more agile and security-focused telecommunications provider in an increasingly complex digital environment.

Q: Why did TPG Telecom restructure its technology division?

A:

The restructure is meant to integrate cloud and cybersecurity teams to develop security-native solutions and enhance security adoption throughout the organization, in line with Australia’s secure-by-design strategy.

Q: What is the name of the new function?

A:

The newly formed organizational unit is referred to as Technology Security, Cloud & End to End Architecture.

Q: Who is in charge of the new function?

A:

Currently, TPG Telecom has not appointed a leader for the new function and has no immediate plans to replace Lee Barney.

Q: What impact did Lee Barney have on TPG Telecom?

A:

Barney was instrumental in establishing the Cyber Centre of Excellence, strengthening TPG’s overall security posture, and enhancing in-house cybersecurity capabilities during his time.

Q: What is the Cyber Centre of Excellence (CCoE)?

A:

Situated in Sydney, the CCoE is a facility focused on detecting vulnerabilities within telecom and IT systems. It hosts both red and blue teams, industry collaborators, and academic researchers working together to enhance cybersecurity outcomes.

Q: How does this restructuring connect with national policy?

A:

This restructure aligns with the Australian Government’s cybersecurity strategy, which promotes secure-by-design development and facilitates cooperation between public institutions and private enterprises.

Q: What are red and blue teams in cybersecurity?

A:

Red teams simulate actual cyberattacks to evaluate security systems, while blue teams protect against these threats to reinforce the organization’s defenses. Together, they elevate the security maturity of an organization.

Q: Will customers experience any changes due to this transition?

A:

No significant disruptions to customer services are anticipated. In the long run, customers may enjoy enhanced security and reliability in cloud-based offerings resulting from this integration.

Vodafone Raises Concerns About Telstra with ACCC Regarding Mobile Coverage Conflict


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Swift Overview

  • Vodafone has lodged a complaint against Telstra with the ACCC, accusing the latter of potentially deceptive mobile coverage assertions.
  • Reports indicate that Telstra’s coverage relies on external antennas typically not used by the general public.
  • Vodafone suggests that recent updates to Telstra’s website indicate a prior lack of clarity in representation.
  • The ACCC is contemplating a regulatory inquiry; Vodafone is considering legal action as well.
  • ACCAN is advocating for a formal investigation, citing significant consequences for consumers in regional areas.
  • The conflict arises from enduring disputes surrounding regional roaming and access to networks.
Vodafone refers Telstra to ACCC over misleading mobile coverage claims

Vodafone Targets Telstra’s Coverage Statements

Vodafone, a part of TPG Telecom, has officially submitted a grievance to the Australian Competition and Consumer Commission (ACCC), claiming that Telstra has misled consumers regarding its mobile coverage assertions. The telecommunications company is also contemplating legal measures, emphasizing that Telstra’s touted network range relies on equipment that is generally not utilized by ordinary mobile users.

The Core of the Issue: Coverage vs. Reality

The central issue in this debate is the methodology for measuring mobile coverage. Vodafone argues that Telstra’s 3 million square kilometre coverage assertion depends on the availability of “external antennas and powered repeaters”—devices often situated on buildings or vehicles, as opposed to being carried by consumers.

This claim is corroborated by the ACCC’s 2024 Mobile Infrastructure Report, highlighting how coverage claims can be inflated with the use of signal-enhancing technology. Vodafone argues that Telstra’s public maps and promotional content didn’t initially clarify this distinction.

Telstra’s Take: Rejection and Rationale

Telstra has acknowledged that it utilizes external antennas in its coverage assessments but refutes any intention to mislead. A Telstra representative stated, “Customers in regional and remote locations benefit from utilizing external antennas… our maps allow users to view coverage with and without these devices.”

Telstra asserts that it has consistently been transparent through its online resources, claiming that the recent enhancements to its website were aimed at better informing the public post-discussion with Vodafone—not an admission of misleading behavior.

Vodafone Calls for Action

Vodafone asserts that its ongoing appeals for Telstra to rectify or clarify the contested coverage claims were disregarded until recent modifications were made on Telstra’s site. Vodafone contends that these alterations are a tacit acknowledgment that the previous assertions were misleading.

Regardless, Vodafone insists that Telstra’s updates fail to resolve the issue adequately and has formally requested the ACCC to investigate. Legal routes are also being contemplated to compel Telstra to terminate its practices and possibly offer compensation.

Wider Industry Ramifications and MVNO Concerns

Vodafone emphasizes that mobile virtual network operators (MVNOs) utilizing Telstra’s infrastructure may have gained advantages from the purportedly exaggerated claims, implying that the matter transcends the two primary telecoms, affecting the broader industry.

Access to Telstra’s regional infrastructure has long been contentious. Vodafone previously sought roaming privileges via the ACCC, which were denied in 2022. A subsequent network-sharing agreement between TPG Telecom and Telstra was also turned down by the Competition Tribunal due to potential anti-competitive effects. Following these setbacks, TPG has allied with Optus for a regional network collaboration.

ACCAN Urges ACCC to Intervene

The Australian Communications Consumer Action Network (ACCAN) has lent its support to Vodafone’s appeal for regulatory action. CEO Carol Bennett termed the allegation that Telstra has exaggerated its network coverage for over a decade as “grave and harmful.”

“Many Australians in remote locales depend on Telstra under the assumption that it’s the sole provider with dependable service,” she remarked. “If the coverage benefits have been overstated, then consumers are being misled into paying higher prices for potentially illusory advantages.”

ACCAN is urging the ACCC to take decisive measures if the allegations hold true, asserting that “misleading and deceptive practices are unacceptable in any market, particularly one dealing with essential services.”

Conclusion

Vodafone has placed Telstra under scrutiny, accusing its competitor of misleading Australians—especially those in rural and remote areas—by inflating its mobile coverage claims. The debate revolves around whether Telstra’s network assertions accurately reflect actual device functionality or depend on specialized signal-enhancing equipment. With the ACCC now contemplating an inquiry and ACCAN backing the initiative, the eventual outcome could significantly impact mobile competition and consumer confidence throughout Australia.

Q: What is the main issue between Vodafone and Telstra?

A:

Vodafone contends that Telstra misrepresented its mobile coverage by encompassing areas only accessible via external antennas, which are not normally utilized by regular mobile users. This, they claim, misleads individuals about the practical usability of Telstra’s network.

Q: Has Telstra responded to the accusations?

A:

Yes. Telstra refutes any accusations of misconduct and argues that its maps and marketing materials have consistently enabled users to view coverage with and without the use of external antennas. It states that the recent adjustments to its website were made to clarify this distinction further after discussions with Vodafone.

Q: What action is Vodafone pursuing?

A:

Vodafone is advocating for a regulatory inquiry by the ACCC and is exploring legal options to compel Telstra to halt its practices and potentially provide restitution for any misleading statements.

Q: What is the ACCC’s position so far?

A:

The ACCC has confirmed it is “considering” Vodafone’s referral but has not yet declared a formal investigation.

Q: What role does ACCAN play in this dispute?

A:

ACCAN, Australia’s foremost consumer advocacy organization for communications, backs Vodafone’s call for an examination. It has highlighted the possible detriment to regional consumers and called for stringent regulatory measures should Telstra’s actions be found misleading.

Q: How does this impact regional customers?

A:

If Telstra’s coverage assertions are proven to be overstated, regional Australians may have been misled into selecting Telstra over more cost-effective or comparable options under the false impression that it was the only trustworthy alternative.

Q: Has Vodafone previously attempted to access Telstra’s regional network?

A:

Yes. Vodafone has previously approached the ACCC to obtain access to Telstra’s regional network for roaming, but that request was rejected. Additionally, a later network-sharing proposal between TPG Telecom and Telstra was also blocked by the Competition Tribunal.

Q: What steps follow?

A:

The ACCC is assessing the complaint. Should it find substance in Vodafone’s allegations, it may initiate a formal inquiry, which could lead to penalties, required clarifications from Telstra, or more extensive modifications in how mobile coverage marketing is conducted across the sector.

Cyber Criminals Utilize AI to Mimic Senior US Officials, Experts Caution


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Quick Read

  • Cybercriminals are faking identities of high-ranking US officials utilizing AI-driven voice and text messages.
  • Victims are manipulated into clicking harmful links under the guise of continuing discussions on alternative platforms.
  • These links redirect users to websites controlled by hackers that aim to steal login details.
  • The operation is focused on notable persons, including both current and former government officials.
  • The FBI has alerted the public to the rising utilization of AI in cybercrimes such as deception and coercion.
  • Experts in Australian cybersecurity caution that similar strategies might be implemented domestically.

AI-Enhanced Impersonation Scams Escalate Cyber Risks

Cybercriminals utilizing AI-generated voices to imitate US government officials

Cybercriminals are exploiting artificial intelligence to masquerade as prominent US officials in an intricate phishing scheme, according to recent alerts. The FBI has disseminated a public service announcement stating that nefarious individuals are employing AI-generated voice and text communications to illicitly access the personal accounts of state and federal officials.

This scam entails developing a connection with the victims before maneuvering the dialogue to another messaging medium. In numerous situations, this secondary platform is a facade—a phishing site designed to capture sensitive information like usernames and passwords.

Understanding the Scam Dynamics

Transitioning from Messages to Harmful Links

Cybercriminals initiate engagement through text or voice communication, masquerading as significant individuals such as senior officials. Once trust is garnered, they steer the target towards another communication medium. This new platform serves as a disguise—a phishing operation meant to extract confidential data.

The Contribution of AI to the Deception

Criminals are increasingly adopting generative AI technologies to produce convincingly realistic materials. These tools can replicate voices, craft believable text messages, and even emulate video representations. The FBI’s caution corresponds with wider global anxieties concerning the use of AI in deepfake scams, misinformation, and identity theft.

What This Means for Australia

Are Australian Officials Next in Line?

Although this campaign primarily focuses on US government officials, cybersecurity specialists in Australia anticipate that similar efforts will inevitably extend to Australian territory. High-ranking officials, business leaders, and even journalists could emerge as targets in forthcoming AI-driven impersonation attempts.

The Australian Cyber Security Centre (ACSC) notes that phishing continues to be one of the most pervasive threats to Australians, recording over 74,000 cybercrime incidents in 2023 alone—an almost 23% increase compared to the prior year. AI-driven assaults may drastically enhance the effectiveness of such scams.

Cybersecurity Experts Urge for Increased Awareness

Recognising Deepfake Threats

Experts advise validating the identity of any unexpected messages, even when they appear to originate from familiar sources. Look for inconsistencies in tone, grammar, or unexpected demands. Strongly recommended are multi-factor authentication and the adoption of encrypted mediums for sensitive conversations.

The Importance of Public Education

Awareness and education play essential roles in counteracting these risks. Organizations should equip employees to identify signs of impersonation attacks and invest in tools that can detect synthetic media and phishing URLs. Governments and businesses must also proactively utilize AI defensively to identify anomalies.

Conclusion

Cybercriminals are harnessing artificial intelligence to impersonate prominent officials in a recent series of phishing schemes. By using AI-driven voice and text communications, they build trust before leading targets to harmful websites. These frauds represent a concerning trend where generative AI is misused for cybercrime, prompting serious worries for both global and Australian cybersecurity. Awareness, education, and advanced protective measures are crucial in addressing this escalating threat.

FAQs

Q: How do cybercriminals exploit AI in phishing scams?

A:

They utilize AI to create authentic-sounding voice messages and texts mimicking public figures. This enables them to gain the trust of victims prior to diverting them to phishing websites that collect sensitive information like usernames and passwords.

Q: Who primarily falls victim to these AI-based impersonation schemes?

A:

Current and former senior officials in the US government and their associates are the main targets. Nevertheless, cybersecurity experts caution that similar methodologies might soon be applied to target leaders in government and industry worldwide, including Australia.

Q: What actions should I take if I receive a questionable message from a public figure?

A:

Avoid clicking on any links or sharing personal data. Confirm the sender’s identity through official channels or reach out to them using known contact numbers. Report the message to pertinent authorities or your organization’s IT division.

Q: Can AI-generated content be detected?

A:

Yes, there are developing tools and software capable of identifying AI-generated content, particularly deepfake audio and visuals. However, these technologies are still in progress, making human awareness critical.

Q: Is Australia vulnerable to similar AI phishing operations?

A:

Indeed. As cybercriminals refine their tactics, Australian officials and corporations may find themselves at risk. The ACSC has highlighted the growing complexity of scams, and AI is likely to be a significant factor in future threats.

Q: What measures can organizations implement to safeguard themselves?

A:

Employ multi-factor authentication, provide ongoing cybersecurity training, and invest in AI detection technologies. Additionally, fostering a culture of caution regarding unsolicited messages or demands is vital.

Q: How can individuals protect themselves from such scams?

A:

Maintain skepticism towards unsolicited communications, especially those requesting personal information or encouraging link clicks. Always verify the source independently and utilize robust, unique passwords for each account.

Q: What role does TechBest play in cybersecurity education?

A:

TechBest is dedicated to keeping Australians informed about the latest technological and cybersecurity threats. We offer timely updates, threat assessments, and expert insights to help you stay secure in a progressively digital environment.

ASUS Introduces Elegant White RTX 50 Series Graphics Card for Monochrome Gaming Configurations


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Quick Overview: Essential Points

  • ASUS launches White Edition RTX 50 Series GPUs across the ROG, TUF Gaming, and Prime ranges.
  • Flagship models like the ROG Astral RTX 5080 and 5090 White Editions utilize quad-fan cooling and sophisticated heat management.
  • The new GPUs leverage NVIDIA’s Blackwell architecture, featuring AI acceleration and DLSS 4 capabilities.
  • White Edition PSUs are available to complement GPU designs, including ROG Thor 1200W and TUF Gaming 1000W options.
  • GPU Tweak III software enables comprehensive performance tracking and overclocking, now integrated with mobile functionality.
  • Excellent choices for both full-tower and compact PC configurations.
  • All new components are compliant with PCIe 5.1 and ATX 3.1, assuring future compatibility.

Performance and Aesthetics Unite in ASUS’ White Edition RTX 50 Series

Australian gamers and PC enthusiasts looking for top performance and elegant design now have a compelling upgrade option. ASUS has unveiled White Edition versions of its GeForce RTX 5070, 5070 Ti, 5080, and 5090 graphics cards, available within the ROG Astral, TUF Gaming, and Prime series. Designed for white-themed gaming setups, these cards merge advanced technology with a sleek appearance.

ASUS White RTX 50 Series GPU for minimalist gaming PCs

ROG Astral White Edition: Unlocking Ultimate Power

The ROG Astral RTX 5080 and RTX 5090 White Edition graphics cards stand as ASUS’ premier options for users desiring unparalleled performance. Driven by NVIDIA’s powerful Blackwell architecture, these GPUs present AI-augmented rendering, real-time ray tracing, and support for DLSS 4, offering exceptional visual clarity and frame rates.

Both graphics cards feature a quad-fan cooling system, an ASUS-patented vapor chamber, and eight heat pipes—significantly enhancing performance over earlier models. A high-quality phase-change thermal interface improves durability and efficiency, replacing conventional thermal paste.

Power delivery is equally impressive. The ROG Astral RTX 5090’s 80-amp MOSFETs give 35% more headroom, enabling extensive overclocking and reliable performance. The ASUS GPU Tweak III app adds value with the Power Detector+, keeping track of the 16-pin power connection for any issues and providing real-time diagnostics.

Durability is further enhanced with a protective PCB coating to prevent shorts, while the all-metal frame and sci-fi inspired look present a stylish appearance for this powerhouse. For a complete white-themed setup, ASUS suggests pairing with the ROG Hyperion GR701 case.

TUF Gaming RTX 5070 Ti White Edition: Quiet Power

ASUS extends white-themed performance to a wider audience with the TUF Gaming RTX 5070 Ti White Edition and the cable-free RTX 5070 Ti BTF White Edition. Both feature 16GB of VRAM and are constructed with military-grade components to ensure maximum reliability.

Cooling is managed with extended-blade Axial-tech fans and phase-change thermal material. Utilizing 0dB fan technology allows the system to operate silently during lighter tasks. The BTF variant includes a GC-HPWR adapter, minimizing cable clutter for a tidier appearance. Notably, the detachable adapter guarantees compatibility with both standard and BTF motherboards.

Prime RTX 5070 White Edition: Small Yet Powerful

The Prime RTX 5070 White Edition is perfect for gamers constructing a small-form-factor (SFF) PC. Adhering to NVIDIA’s SFF-Ready guidelines, this GPU features a compact 2.5-slot design, making it suitable for mATX and mITX cases.

It retains high-performance features such as triple Axial-tech fans and phase-change thermal material for reliable cooling in limited spaces. Its sleek curves and white finish make it a favorite among aesthetically-minded builders.

ASUS White RTX 5070 GPU for compact gaming builds

Matching Power Supplies for White Systems

ASUS enhances its White Edition GPUs with a comprehensive lineup of matching white power supply units (PSUs), ensuring both functionality and style in your configuration.

ROG Thor 1200W Platinum III White Edition

Perfect for the RTX 5090 and 5080, this PSU provides exceptional efficiency with GaN MOSFETs and smart voltage stabilization, improving voltage delivery by up to 45%. It operates quietly under low loads thanks to 0dB technology and features ROG-branded heatsinks for thermal regulation.

TUF Gaming 1000W Gold White Edition

Designed for the TUF Gaming RTX 5070 Ti cards, this PSU is built with military-grade components and safeguarded with a PCB coating. Its fully modular design enables organized cable management, especially beneficial for the BTF model.

Prime 750W and 850W Gold PSUs

Tailored to complement the Prime RTX 5070 White Edition, these units provide 80 Plus Gold efficiency, dual-ball bearing fans, and warranties spanning eight years. The 850W model is advisable for users planning peripheral-abundant or overclocked configurations.

All PSUs are compliant with PCIe 5.1 and ATX 3.1, ensuring compatibility with next-generation components. ASUS also offers an online PSU calculator for those uncertain about their power needs.

GPU Tweak III: Customization and Monitoring Simplified

ASUS’ GPU Tweak III software delivers a comprehensive toolset for monitoring, adjusting, and controlling GPU performance. Users can effortlessly switch performance modes, modify fan curves, and overclock with a single click.

The software includes Mobile Monitor functionality, permitting users to track GPU metrics on their smartphone or tablet from the same local network. With options for OSD toggle and control over Silent, OC, and User modes, GPU Tweak III empowers users to tailor their gaming experience from virtually anywhere.

Discover more about GPU Tweak III here.

Conclusion

The recently released ASUS White Edition RTX 50 Series GPUs deliver a phenomenal blend of exceptional performance and elegant aesthetics, perfect for gamers and creators wanting hardware that aligns with their style. Whether assembling a full-sized powerhouse or a compact SFF rig, ASUS has a white GPU—and a matching PSU—tailored to your preferences.

Q: What distinguishes the ASUS White Edition RTX 50 Series from standard GPUs?

A:

These GPUs provide the same performance level as their standard counterparts but showcase a stylish all-white design, making them suitable for themed PC setups. They also feature enhanced cooling and durability attributes.

Q: Can I use the BTF White Edition GPU with a regular motherboard?

A:

Yes, the BTF model comes with a detachable GC-HPWR adapter, allowing compatibility with both ASUS BTF and standard motherboards.

Q: Are the new White Edition power supplies compatible with next-generation GPUs?

A:

Absolutely. All new ASUS White Edition PSUs comply with PCIe 5.1 and ATX 3.1 standards, ready to accommodate the current and future power requirements of GPUs.

Q: What is DLSS 4, and how does it enhance gaming experiences?

A:

DLSS 4

Telegram Closes Two Significant Black Market Activities


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Telegram Takes Action Against $54.6 Billion Black Market Activities

Brief Overview

  • Telegram has closed down two prominent black markets: Xinbi Guarantee and Huione Guarantee.
  • These platforms were responsible for facilitating more than AU$54.6 billion in illegal transactions since 2021.
  • They were recognized as central locations for cybercriminals, fraudsters, and money laundering activities.
  • Huione Guarantee is associated with the Cambodia-based Huione Group, which is also connected to North Korean cybercrime.
  • The U.S. authorities have blacklisted Huione Group for its support of malicious cyber actors.
  • This closure represents a major setback for global online fraud and digital crime networks.
Telegram shuts down two significant black market platforms

Telegram’s Fight Against Cybercrime Networks

Telegram, the cloud-based messaging service, has taken significant steps by shutting down two infamous black markets—Xinbi Guarantee and Huione Guarantee—both of which were operating openly on its platform. These Chinese-language services were notorious for enabling cybercrime, providing opportunities for stolen data trading, money laundering, and even telecom infrastructure for scammers.

Telegram asserted that such unlawful activities breach its terms of service and are eliminated as soon as they are detected. This action underscores an increasing commitment by technology platforms to combat illegal activities that occur in plain sight.

AU$54.6 Billion in Illegal Transactions

As per the blockchain analytics company Elliptic, Xinbi Guarantee and Huione Guarantee jointly facilitated over US$35 billion (approximately AU$54.6 billion) in transactions since 2021. This far exceeds the volume of the infamous dark web marketplace Silk Road, which was shut down by the FBI in 2013 after facilitating around US$1.2 billion in drug-related transactions.

“This is a significant setback for online fraudsters who depended on these markets for stolen data, laundering services, and telecom infrastructure,” commented Elliptic.

What Were Xinbi and Huione Guarantee?

Xinbi Guarantee and Huione Guarantee functioned as escrow services and transaction intermediaries within illicit Telegram groups. These offerings were utilized by cybercriminals to conduct large-scale fraudulent schemes, including investment scams and identity theft. Their closure has disrupted a vital segment of the underground digital economy.

Huione Guarantee had recently undergone a rebranding as “Haowang Guarantee” before its termination. It confirmed on its official website that it had been blocked by Telegram and announced the cessation of its operations.

Connections to the North Korean Lazarus Group

Huione Guarantee is a division of the Cambodia-based Huione Group, which also runs Huione Pay and Huione Crypto. These organizations have drawn attention from international law enforcement. In 2023, Huione Pay was linked to a cryptocurrency wallet tied to the notorious North Korean Lazarus Group, a state-sponsored hacking entity responsible for some of the globe’s most remarkable cyberattacks.

This discovery, along with subsequent financial connections, resulted in the United States government placing the entire Huione Group on a sanctions list, restricting its access to the U.S. financial system. Treasury Secretary Scott Bessent referred to the group as “the preferred marketplace for malicious cyber actors.”

Global Consequences and Australia’s Cybersecurity Scenario

Australia, similar to many other countries, is increasingly influenced by international cybercrime organizations. The dismantling of Xinbi and Huione could assist in decreasing the number of scams and fraudulent investment operations aimed at Australians. In 2023 alone, Australians fell victim to over $3 billion in scams, according to Scamwatch. Eliminating communication pathways utilized by scammers may help mitigate this escalating problem.

Cybersecurity professionals in Australia have praised Telegram’s actions but caution that more measures need to be implemented. Criminal enterprises are highly adaptable, and new avenues may appear to replace those that have been dismantled.

Conclusion

Telegram’s action against Xinbi Guarantee and Huione Guarantee has delivered a severe setback to the cybercriminal ecosystem. These platforms had handled over AU$54.6 billion in illegal transactions, facilitated scams, and supposedly supported operations linked to North Korean hackers. With mounting pressure from international regulators and escalating public scrutiny, technology companies are intensifying their enforcement against illicit activities on their platforms. Nonetheless, the battle against cybercrime is ongoing, and ongoing vigilance will be crucial to safeguarding users and financial systems around the world.

Q: What were Xinbi Guarantee and Huione Guarantee?

A:

These were Chinese-language black market services operating on Telegram. They acted as escrow services for cybercriminals, providing money laundering, stolen data trading, and various illicit fintech services.

Q: Why did Telegram dismantle these platforms?

A:

Telegram pointed to violations of its service terms, especially regarding criminal activities such as scams and money laundering. The platforms were taken down upon discovery.

Q: How much money flowed through these markets?

A:

Blockchain analytics firm Elliptic estimated that Xinbi and Huione processed over US$35 billion (AU$54.6 billion) in illegal transactions since 2021.

Q: What is the Huione Group?

A:

Huione Group is a conglomerate based in Cambodia behind Huione Guarantee. It also oversees Huione Pay and Huione Crypto and has been linked to the North Korean Lazarus hacking group, resulting in U.S. sanctions.

Q: What are the repercussions for Australia?

A:

Australians are common targets for online scams. Disrupting these global black markets may lessen financial losses and shield consumers from fraud originating from overseas.

Q: Is this the end of such black markets on Telegram?

A:

Not necessarily. While this disruption is substantial, cybercriminals can regroup and identify alternative platforms. Continuous oversight and enforcement are critical.

Q: How can users safeguard against online scams?

A:

Australians should stay updated on scam strategies, employ two-factor authentication, avoid dubious links, and report any fraudulent actions to Scamwatch or the Australian Cyber Security Centre (ACSC).

Q: What role do messaging platforms play in cybercrime?

A:

Messaging services like Telegram can be exploited by criminals for secure communication, trading illegal goods, and managing scams. However, with proactive moderation and enforcement, platforms can also contribute to the solution.

Tesla Unveils FSD (Supervised) for Right-Hand Drive Featuring Melbourne Test Drive Footage


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Quick Overview: Major Points

  • Tesla demonstrates FSD (Supervised) in a right-hand drive (RHD) Model 3 in Melbourne, Australia.
  • This represents the inaugural public exhibition of FSD in an RHD market, a significant achievement for Australian Tesla users.
  • The test vehicle adeptly navigated complex situations such as Melbourne’s renowned hook turns.
  • FSD (Supervised) necessitates human oversight and has not yet been authorized for unsupervised operation in Australia.
  • Competing automakers such as Waymo and Ford currently lack plans to introduce self-driving features in Australia.
  • FSD in Australia is presently priced at A$10,100, with subscription and trial options expected to follow soon.
  • Regulatory endorsement and wider customer accessibility are anticipated shortly.

Tesla Introduces FSD (Supervised) to Australia via RHD Melbourne Trial

Tesla FSD Supervised driving in Melbourne Australia

Tesla has officially rolled out its Full Self-Driving (FSD) software in a right-hand drive (RHD) car for the first time, utilizing Melbourne’s varied urban environment to display its capabilities. The demonstration involved a Tesla Model 3 fitted with Hardware 4 (HW4) and the ultimate FSD (Supervised) software, overseen by a safety operator.

The Importance of a Right-Hand Drive Display

Australian Tesla users have long awaited FSD functionalities while observing their gradual introduction in left-hand drive (LHD) regions such as the US, Canada, China, and Mexico. The transition to RHD markets like Australia signifies a crucial advancement in Tesla’s global self-driving aspirations.

The obstacle is in adjusting the AI to accurately grasp driving conventions in RHD settings, influencing aspects like lane positioning, turn signals, and traffic dynamics. Although Tesla has not clarified whether it crafted a distinct RHD-focused neural network or modified its existing infrastructure, the outcome is a fluid driving experience that captivated local spectators.

FSD Navigates Melbourne’s Hook Turns and Urban Challenges

In the demonstration footage, the Tesla begins its journey using the touchscreen interface, smoothly navigating through Melbourne’s challenging hook turn intersections—a genuine trial for any autonomous driving technology.

The vehicle also encounters various real-world urban driving factors, such as interactions with pedestrians, cyclists, parked cars, and fluctuating traffic. The drive ends by pulling up steadily in front of Crown Casino, suggesting future robotaxi possibilities.

FSD (Supervised): Implications for Australian Drivers

Tesla’s FSD (Supervised) is currently categorized as a hands-on system, which necessitates that the driver remains alert and in command at all times. As clearly articulated in Tesla’s disclaimer, this feature is in a testing phase and its deployment hinges on further enhancements and regulatory endorsement.

Even with supervision, this iteration of FSD illustrates Tesla’s proximity to realizing a functional autonomous system for public roadways—especially highlighted in a nation where self-driving options have been notably scarce.

Tesla’s Vision-Centric Strategy vs. HD Map-Dependent Rivals

In contrast to competitors like Waymo, General Motors’ Super Cruise, and Ford’s BlueCruise—which heavily depend on high-definition maps and pre-mapped geofencing—Tesla employs a vision-driven, neural network-based system. This technique enables Tesla to expand more swiftly into new regions, including Australia, without the necessity for extensive pre-mapping.

Tesla currently stands as the sole automaker offering an advanced driver-assist technology aimed at full autonomy, readily accessible for average consumers.

Job Listings Point to Local Expansion in Australia

Earlier this year, Tesla advertised positions for FSD test drivers in Sydney, marking the first public signal that FSD advancements were being tailored for Australia. These listings indicate on-ground internal testing, which has now culminated in this public display.

Pricing and Upcoming Availability

Currently, Tesla’s Full Self-Driving Capability in Australia is set at A$10,100. In other regions, Tesla has rolled out a monthly subscription model—beginning at about A$199/month—which may soon be available in Australia to enhance feature accessibility.

Tesla has also previously provided limited-time free trials of FSD in North America, and it seems likely that Australian users could expect similar trial offers as the technology edges closer to public introduction.

Conclusion

Tesla’s exhibition of FSD (Supervised) in Melbourne marks a historic occasion for autonomous vehicle technology in Australia. With a right-hand drive Model 3 skillfully navigating complex urban settings like Melbourne’s CBD, it’s evident that Tesla is dedicated to bringing its self-driving innovations to Australian roads. While the technology remains under supervision and awaiting regulatory endorsement, this showcase positions Tesla well ahead of its competitors in the local landscape. As pricing, trials, and subscription options develop, Australian Tesla owners may soon get a taste of the future of driving.

Q: What is FSD (Supervised) and how does it differ from FSD Beta in the US?

A:

FSD (Supervised) is Tesla’s most recent version of its Full Self-Driving system, requiring the driver to stay attentive and in control throughout. Unlike earlier iterations like FSD Beta in the US, which were occasionally unsupervised under certain conditions and had limited access, FSD (Supervised) is designed as a safety-focused, globally scalable iteration fit for new markets like Australia.

Q: Is FSD (Supervised) available to Australian Tesla owners at this time?

A:

Not yet. The video demonstration was part of a prototype testing phase. Although it indicates that Tesla is nearing local rollout, FSD (Supervised) remains under further development and awaits regulatory approval in Australia.

Q: What is the cost of FSD in Australia?

A:

At this moment, Tesla’s Full Self-Driving Capability is priced at A$10,100. A subscription model and potentially free trials could be offered following the public release of the feature.

Q: How does Tesla’s approach differ from other self-driving technologies?

A:

Tesla depends solely on a vision-focused AI system utilizing cameras and neural networks, while competitors such as Waymo depend on HD maps and LiDAR technology. This enables Tesla to scale its solutions more flexibly across various regions, including RHD markets like Australia.

Q: Is FSD capable of managing intricate Australian driving scenarios?

A:

According to the Melbourne demonstration, FSD (Supervised) effectively maneuvered through complicated road scenarios including Melbourne’s distinctive hook turns, pedestrian-rich areas, and urban traffic—demonstrating a robust localization of its driving capabilities.

Q: When will FSD (Supervised) be accessible to the public in Australia?

A:

While no official date has been specified, Tesla generally follows demonstrations with a limited Early Access Program. Depending on regulatory green lights, broader customer availability might occur within a few months.

Q: Are there alternative autonomous vehicle options found in Australia?

A:

At present, Tesla remains the only manufacturer actively developing and preparing to introduce an autonomous driving technology for consumer vehicles in Australia. Other manufacturers, such as Ford and GM, do not yet have offerings available locally.

Q: Will a subscription model for FSD be introduced in Australia?

A:

Although it has not been officially confirmed, Tesla has rolled out subscription pricing in other markets, and it’s anticipated that Australia will follow suit, providing owners with an economical means to access FSD features without an upfront cost.

Tyro Payments Seeks New Chief Information Security Officer


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Brief Overview

  • Tyro Payments is in the process of hiring a new Chief Information Security Officer (CISO) after Manasseh Paradesi’s exit.
  • The incoming CISO will answer to Chief Risk Officer Steven Chapman and will manage the company’s comprehensive cybersecurity initiatives.
  • Main duties involve ensuring adherence to Australian regulatory requirements and protecting confidential data and systems.
  • Paradesi has resigned after a two-year period, previously holding positions at Omniscient Neurotechnology, AGL, Cover-More Group, and GE Energy Connections.
  • This decision comes as the regulatory and cyber threat environment in Australia’s fintech industry intensifies.
Tyro Payments is searching for a new Chief Information Security Officer

Leadership Shift at Tyro Payments

Listed on the ASX, Tyro Payments is actively searching for a new Chief Information Security Officer (CISO) following the announcement of Manasseh Paradesi’s resignation. The organization has already begun its recruitment effort to find an appropriate successor.

The new CISO will report to Chief Risk Officer Steven Chapman and will be responsible for overseeing Tyro’s information security infrastructure. This includes putting key cybersecurity protocols in place to secure customer information, financial systems, and stakeholder confidence.

Significance of This Change

As cyberattacks on financial sectors grow more sophisticated, the importance of a CISO is greater than ever. For Tyro Payments, which caters to over 68,000 Australian businesses with EFTPOS and banking solutions, upholding strong cybersecurity measures is essential.

Recent statistics from the Australian Cyber Security Centre (ACSC) indicate that the financial industry continues to be one of the most targeted sectors for cybercrime. The average financial impact of a cyberattack on medium-sized businesses in Australia has escalated to over $88,000 per incident.

This leadership shift arrives amid increasing regulatory oversight. Financial entities are required to comply with standards such as APRA CPS 234, which demands strict compliance with information security governance and incident response strategies.

New CISO Responsibilities

As detailed in the LinkedIn job post, the new CISO at Tyro will be accountable for:

  • Creating and implementing a unified information security plan.
  • Ensuring adherence to both local and international regulatory demands.
  • Overseeing the integration of advanced cybersecurity solutions.
  • Working with internal teams to carry out risk evaluations and audits.
  • Managing security incidents and breaches effectively.

The position will also require leading a team of cybersecurity experts and collaborating with Tyro’s executive leadership to foster a security-centric culture.

Overview of Manasseh Paradesi’s Tenure and Experience

Manasseh Paradesi joined Tyro Payments in 2021, bringing a wealth of knowledge from the cybersecurity and risk management fields. Before his time at Tyro, he was the CISO at Omniscient Neurotechnology, a medical device company utilizing AI to map brain function.

Paradesi’s previous roles include senior security positions at prominent organizations like Cover-More Group, energy company AGL, and GE Energy Connections. His departure marks the beginning of a new era for Tyro as it aims to align its security strategy with ongoing threats and business goals.

Cybersecurity Challenges in Australia’s Fintech Sector

The fintech landscape in Australia is rapidly expanding, bringing with it increased exposure to cyber dangers. From ransomware incidents to phishing attacks, companies like Tyro must constantly fend off threats that can compromise customer confidence and financial security.

As reported by TechBest, Australian fintechs are investing significantly in cybersecurity, with over 70% planning to boost their security budgets in 2024. Appointing a strong, forward-thinking CISO is not only a regulatory requirement but also a competitive edge.

Conclusion

Tyro Payments is experiencing a pivotal leadership transition as it searches for a new Chief Information Security Officer to navigate the increasingly intricate cybersecurity terrain. With the departure of Manasseh Paradesi, the new CISO will play a crucial role in protecting the firm’s digital infrastructure, ensuring regulatory compliance, and maintaining customer trust in one of Australia’s leading fintech companies. This recruitment process unfolds amid escalating threats and growing regulatory responsibilities.

Q: Why is Tyro Payments in need of a new CISO?

A:

Tyro Payments is looking for a new CISO to take over from Manasseh Paradesi, who is leaving after over two years in the position. The firm wishes to enhance its cybersecurity and compliance framework in light of increasing threats and regulatory demands.

Q: What responsibilities will the new CISO at Tyro hold?

A:

The new CISO will supervise Tyro’s complete information security framework, incorporating policy formulation, risk management, incident response, and adherence to regulations like APRA CPS 234.

Q: Who will the new CISO report to at Tyro?

A:

The CISO will report directly to Tyro’s Chief Risk Officer, Steven Chapman, underscoring the strategic importance of this role within the organization.

Q: What are the major cybersecurity risks faced by Tyro and other fintechs in Australia?

A:

Fintech companies like Tyro contend with risks such as ransomware, data breaches, phishing, and supply chain attacks. The ACSC notes a rise in incidents targeting financial entities, highlighting the urgent need for robust security strategies.

Q: What background did Manasseh Paradesi contribute to Tyro?

A:

Paradesi contributed significant experience from his prior roles at Omniscient Neurotechnology, Cover-More Group, AGL, and GE Energy Connections. His expertise covers both private sector and essential infrastructure cybersecurity.

Q: How will this transition impact Tyro’s clientele?

A:

The transition is anticipated to proceed smoothly, with Tyro reaffirming its dedication to providing secure and dependable financial services. The company is actively seeking a successor to maintain its cybersecurity standards.

Q: Where can potential candidates apply for the CISO position?

A:

Qualified candidates can apply for the role through LinkedIn or Tyro’s careers site. The job listing is publicly available and details the required qualifications and responsibilities.