Matthew Miller

One NZ Reduces Provisioning Time from Days to Minutes – Uncover Their Secret

Matthew Miller on June 23, 2026

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Fast Overview

One New Zealand has cut order provisioning time from 10 days to less than 10 minutes.
This initiative is a component of a broader AI transformation utilizing UiPath’s Maestro orchestration platform.
Gaining insight into the process proved to be a significant advantage, enhancing decision-making and operational efficiency.
Even with initial difficulties, the project has served as an exemplar for other organizations.
One New Zealand is committed to responsible AI practices and ensuring human involvement in decision-making processes.
The company intends to broaden automation across additional processes and strengthen internal teams.

Revamping Order Provisioning

As One New Zealand set out to enhance its order provisioning system, the outcomes were revolutionary. A procedure that took about 10 days is now completed in under 10 minutes. This achievement is part of an extensive AI transformation initiative undertaken within the telecom sector, leveraging UiPath’s Maestro orchestration platform.

One NZ significantly reduces provisioning time utilizing AI technology

Revealing Major Benefits

Cy Wright, General Manager at One New Zealand, pointed out that the key advantage of automation was not speed but visibility. “The automation is almost like the icing on the cake,” Wright mentioned, underlining the enhanced comprehension of processes that were once dependent on tribal knowledge.

Addressing Initial Hurdles

The automation initiative encountered early obstacles, with the team implementing 120 configuration adjustments during user acceptance testing. The lack of test environments that accurately replicated real-world process variations prolonged testing from one week to three.

Reevaluating Traditional Beliefs

Defying conventional wisdom that focuses on quick wins, Wright aimed to address the most intricate processes initially. “If we could make automation work here, we could implement it anywhere,” he clarified.

Shifting Mindsets

Feiran Hao from UiPath noted that the project represents a transformation in automation strategy, prioritizing larger challenges for sustainable scalability and enhanced efficiency.

The Human Factor in Automation

One New Zealand upholds a rigorous responsible AI policy, prioritizing human supervision. Every AI agent must undergo privacy and compliance evaluations, guaranteeing that decisions impacting customers are made by humans.

Responsibility and Oversight

Wright advocates for a governance framework, emphasizing that AI is a tool for which he and his team hold responsibility. UiPath’s philosophy aligns with this principle of human participation in crucial decisions.

Looking Ahead

With roughly 30 additional processes earmarked for automation, One New Zealand is concentrating on upskilling its teams to handle these workflows autonomously, minimizing dependency on outside resources.

Wider Reach

The victory of the automation project has enabled One New Zealand to guide other organizations confronting similar obstacles, establishing itself as a pioneer in agentic orchestration.

Conclusion

One New Zealand has effectively transformed its order provisioning procedure, diminishing the time from days to minutes through innovative AI solutions. By prioritizing visibility, this initiative has raised the bar for automation, underscoring the significance of human governance in AI application. Aiming for further expansion and internal capabilities enhancement, One New Zealand is setting the stage for comparable transformations across the sector.

Q: What was the main aim of One New Zealand’s automation initiative?

A: The main aim was to modernize the order provisioning process, dramatically decreasing the time required for completion from 10 days to less than 10 minutes.

Q: Which platform did One New Zealand utilize for this transformation?

A: The transformation made use of UiPath’s Maestro orchestration platform as part of their AI transformation initiative.

Q: What effect did automation have on the organization’s processes?

A: The automation facilitated improved visibility into processes, leading to enhanced decision-making and efficiency, alongside a richer understanding of the workflow that had been previously based on tribal knowledge.

Q: What difficulties did One New Zealand encounter during the project?

A: The project faced difficulties such as the necessity for considerable configuration changes and the lack of test environments that replicated real-world variations, which extended the testing phase.

Q: How does One New Zealand ensure ethical AI utilization?

A: The company enforces a responsible AI policy and mandates that all AI agents pass privacy and compliance assessments, ensuring that critical decisions remain human-driven.

Q: What future automation plans does One New Zealand have?

A: The organization plans to automate around 30 additional processes and seeks to empower its teams to manage these workflows independently, reducing reliance on external assistance.

Q: Has the success of the project influenced other organizations?

A: Yes, One New Zealand has begun providing advice to other organizations facing similar challenges, showcasing their automation victory as an example of effective agentic orchestration.

Phony IT Employee Menace Broadens Beyond Technology Industry Throughout Australia

Matthew Miller on June 23, 2026

Employment Fraud in Australia: An Escalating Danger Beyond Tech

Quick Overview

Employment fraud is extending beyond the tech industry in Australia.
Healthcare and civil engineering are becoming key targets.
Fraudsters employ advanced identity theft strategies, including counterfeit LinkedIn profiles.
Security professionals recommend close cooperation between HR and security divisions.

Employment fraud extends beyond Australian tech sector.

Introduction

Australia is confronted with a rising threat from employment fraud perpetrators inserting bogus workers in organizations across multiple sectors, such as healthcare, civil engineering, and customer service.

Beyond Tech

Alex Tilley, global threat research coordinator at Okta, has noted an increasing pattern of employment fraud emerging outside the tech sector. This transition has caught other industries off guard regarding such dangers.

Healthcare and Civil Engineering at Risk

Healthcare has been identified as a major victim, with deceitful individuals taking advantage of lax hiring practices to access sensitive information. Likewise, civil engineering firms are at risk, with technical blueprints being compromised by adversaries via remote contractors.

Fraud Methods and Strategies

Tilley highlighted a variety of identity fraud methods, including the employment of duplicated LinkedIn profiles and financially unstable individuals conducting interviews. The creation of synthetic identities associated with North Korean links is also a worrisome trend.

AI Tools and Teamwork

Fraudsters are utilizing AI tools to evade deepfake detection, presenting a challenge for HR and security teams. Tilley advocates for teamwork between these departments to spot fraud signs and safeguard against employment scams.

Conclusion

Employment fraud is proliferating in Australia, affecting sectors beyond technology. Organizations must evolve and implement stringent hiring and security protocols to counter these advanced threats.

Q&A

Q: Which sectors are increasingly vulnerable to employment fraud in Australia?

A: The healthcare, civil engineering, and customer service sectors are seeing heightened targeting.

Q: What techniques do fraudsters commonly use?

A: Methods include utilizing fake LinkedIn profiles, synthetic identities, and AI tools to navigate screening processes.

Q: How can organizations protect against employment fraud?

A: Organizations should strengthen hiring practices, ensure collaboration between HR and security divisions, and remain alert for fraud signs.

Q: Is technology the sole sector impacted by this threat?

A: No, the threat has broadened beyond technology to encompass sectors such as healthcare and civil engineering.

Westpac Unveils Automation and AIOps to Address CPU and Memory Notifications

Matthew Miller on June 23, 2026

Westpac’s Implementation of Automation and AIOps for CPU and Memory Alerts

Westpac harnesses automation and AIOps, addressing CPU and memory alerts

Quick Overview

Westpac has improved its use of event-driven automation and AIOps within its IT systems.
Automation is positioned strategically between observability and incident management solutions.
Integration with ServiceNow boosts the management of CPU and memory alerts.
AI technologies offer supplementary analysis and insights.
Caution is recommended in leveraging AI for infrastructure automation.

Westpac’s Tactical Move Towards Automation and AIOps

Westpac is making remarkable progress in incorporating event-driven automation and AIOps into its IT systems, specifically to optimize the management of CPU and memory alerts. This effort builds on the established framework facilitated by the adoption of the Ansible Automation Platform (AAP).

Embedding Automation into Incident Management

The bank has effectively integrated automation within its observability tools and ServiceNow, a prominent IT service management system. This integration supports immediate responses to alerts, significantly shortening the previously required resolution time for such issues.

Streamlined Workflows Through AI Integration

Westpac employs AI models on its OpenShift AI platform to enhance the automation workflow. When a CPU or memory alert occurs, a thorough health assessment is performed, with the collected data analyzed by AI to yield actionable insights, which are then linked to ServiceNow tickets for additional processing.

Insight-Driven Data for Future Automation

The artifacts produced during the alert management process are not only immediate tools but are also utilized for retrospective analysis. This ongoing data collection enables Westpac to pinpoint recurring problems and identify potential automation opportunities, fostering continuous improvement in their IT operations.

Prudent Use of AI in IT Infrastructure

While AI is integral to Westpac’s automation strategy, the bank approaches its use with prudence. Sean Dudding, service owner of patterns automation, highlights the importance of understanding the distinct characteristics of each AI model to guarantee dependable results and avoid possible risks.

Assessing the Possibilities of Coding Assistants

Westpac is also considering the utilization of Lightspeed, a coding assistant within Ansible, to facilitate automation development. Nevertheless, the bank asserts that while these tools can boost developer productivity, they cannot replace the need for skilled coding proficiency.

Conclusion

Westpac’s adoption of automation and AIOps within its IT systems signifies a substantial advancement in operational efficiency. By integrating automation into their incident management protocols and utilizing AI insights, the bank has succeeded in improving its response to crucial alerts. Nonetheless, Westpac remains cautious and deliberate in its AI applications, stressing the necessity of comprehending the limitations and potential of the technology.

Q: What is the main objective of Westpac’s deployment of automation and AIOps?

A: The primary objective is to enhance the efficiency and responsiveness in managing CPU and memory alerts within their IT systems.

Q: How does Westpac incorporate automation into its IT operations?

A: Automation is situated between observability solutions and ServiceNow, facilitating immediate action on alerts and improving incident management.

Q: What function does AI serve in Westpac’s automation strategy?

A: AI models furnish additional analysis and insights on gathered data, enriching the automation process and assisting in decision-making.

Q: How does Westpac utilize the artifacts generated during alerts?

A: These artifacts deliver point-in-time data that is subsequently analyzed to uncover recurring issues and potential avenues for further automation.

Q: What caution does Westpac propose when using AI for infrastructure automation?

A: Westpac recommends comprehending the unique characteristics of each AI model to guarantee reliable outcomes and circumvent possible pitfalls.

Q: Does Westpac believe AI tools can lower the threshold for automation development?

A: While AI tools can aid less experienced users in developing minor automation tasks, Westpac maintains that proficient developers are still essential in creating comprehensive solutions.

ACT Police Searching for E-Bike Thrill-Seeking Vandals Performing Donuts in Mall

Matthew Miller on June 23, 2026

E-Bike Delinquents Hit Canberra Shopping Centre | TechBest

E-Bike Delinquents Hit Canberra Shopping Centre

Quick Overview

Three young individuals rode e-bikes inside the South.Point shopping centre after hours.
Damage consisted of rubber marks and potential irreversible damage to flooring.
ACT Police are requesting public help in identifying the offenders.
This incident raises issues regarding the unregulated use of high-powered e-mobility devices.

Details of the Incident

On Monday night, three youths accessed the South.Point shopping centre in Greenway on two e-bikes. Their activities included performing burnouts close to the customer service desk, leaving extensive rubber marks on the tiles. The event took place around 8 PM, despite the centre’s closure at 5:30 PM.

E-bike incident at South.Point shopping centre

Descriptions of the Suspects

ACT Policing has provided descriptions based on security footage:

First rider: Male, white footwear, light-colored pants, blue vest, black hooded sweatshirt, grey helmet with pink/red graphics, dark e-bike.
Second rider: Male, black and white Nike footwear, dark trousers, black helmet, black hooded sweatshirt featuring a white pattern.
Third individual: Male, light hair, wearing shorts, light sweatshirt, dark vest, riding as a passenger.

Suspects involved in e-bike incident at shopping centre

The Challenge of Unregulated E-Mobility

This incident emphasizes the increasing problem of unregulated high-powered electric dirt bikes in Australia. These vehicles frequently blur the boundaries between bicycles and motorcycles, occasionally leading to public disturbances and damage to property.

Assisting ACT Policing

Any individual with information regarding the riders is encouraged to get in touch with Crime Stoppers at 1800 333 000 or via their website, mentioning reference number 8418310. Confidentiality is guaranteed for those who choose it.

ACT Police seeking public assistance for e-bike incident

Conclusion

The e-bike incident at the South.Point shopping centre underscores the difficulties of regulating electric mobility devices. ACT Police are still seeking public assistance to identify the suspects to avert future incidents and safeguard public spaces.

Questions & Answers

Q: What transpired at South.Point shopping centre?

A: Three youths rode e-bikes within the centre, inflicting damage through burnouts.

Q: How can the public aid the police?

A: By supplying information to Crime Stoppers about the identities of the suspects.

Q: What concerns are associated with high-powered e-bikes?

A: They can result in public disturbances and damage because of their speed and power.

Q: Are there any descriptions of the suspects available?

A: Yes, ACT Policing has supplied detailed descriptions derived from security footage.

In Images: Security Breakfast Roadshow 2026 Enchants Brisbane

Matthew Miller on June 22, 2026

Brisbane Captivates with State of Security Breakfast Roadshow 2026

Brief Overview

State of Security Breakfast Roadshow 2026 commenced in Brisbane.
Conducted at the Sofitel, showcasing key industry leaders and sponsors.
Addressed vital themes and insights from the recent security report.
Prominent sponsors included Virtual IT Group, LevelBlue, ThreatLocker, and Huntress.
Technology leaders from CAUDIT, Cleanaway, and Australia Post took part.

Brisbane Hosts the State of Security Breakfast Roadshow 2026

The State of Security Breakfast Roadshow 2026 made its first appearance at the Sofitel in Brisbane, signifying a major event within the technology community. Orchestrated by TechBest, this gathering united notable sponsors such as Virtual IT Group, LevelBlue, ThreatLocker, and Huntress, alongside technology figures from CAUDIT, Cleanaway, and Australia Post.

State of Security Breakfast Roadshow 2026 event in Brisbane

Core Themes and Insights

The gathering concentrated on the latest security hurdles and remedies, providing valuable insights into the existing landscape of cybersecurity. Conversations centered on the adoption of cutting-edge technologies to improve security practices and safeguard against new threats. Sponsors and tech authorities exchanged views on effective risk management and innovations in security.

Expert Insights from Industry Leaders

Representatives from the sponsoring firms and participating organizations provided significant insights. Virtual IT Group stressed the significance of cloud security, while LevelBlue presented advancements in network security. ThreatLocker and Huntress underscored the necessity for strong endpoint protection and threat intelligence.

Technology leaders from CAUDIT, Cleanaway, and Australia Post shared their experiences and approaches to overcoming cybersecurity challenges in their fields.

Conclusion

The State of Security Breakfast Roadshow 2026 in Brisbane proved to be highly successful, serving as a stage for tech leaders and sponsors to exchange their expertise and methodologies for confronting cybersecurity issues. The event highlighted the necessity of collaboration and innovation in strengthening security frameworks across diverse industries.

Q&A Segment

Q: What was the primary emphasis of the roadshow?

A: The roadshow primarily emphasized discussing the most recent cybersecurity challenges, solutions, and technological advancements to bolster security procedures.

Q: Who were the principal sponsors of the event?

A: The principal sponsors comprised Virtual IT Group, LevelBlue, ThreatLocker, and Huntress.

Q: Which organizations engaged in the discussions?

A: Technology leaders from CAUDIT, Cleanaway, and Australia Post engaged in the discussions.

Q: What were some of the major themes tackled during the event?

A: Major themes included cloud security, innovations in network security, endpoint protection, and threat intelligence.

Q: How did the roadshow benefit those involved?

A: Participants received valuable knowledge regarding effective cybersecurity strategies and the latest technological advancements to defend against emerging threats.

Suncorp Ready to Implement AI Agents in Insurance Claims This Month

Matthew Miller on June 22, 2026

Suncorp Set to Transform Insurance Claims Processing with AI Agents

Brief Overview

Suncorp is launching five AI agents to automate the insurance claims process.
The AI agents will oversee sub-processes within the claims workflow.
Voice-activated AI agents are utilized for the initial claim intake.
An observability platform is essential for tracking AI effectiveness and risk management.
Human oversight is still vital for intricate claims and assessments of rejected claims.
AI is anticipated to improve the efficiency and precision of claims processing.

AI Agents Reshaping Insurance Claims at Suncorp

Suncorp is set to roll out five AI agents this month to oversee various aspects of the insurance claims process, marking a major advancement in automating and boosting efficiency in claims management. This development highlights Suncorp’s dedication to incorporating cutting-edge data science and AI technologies into its operations.

Optimizing the Claims Workflow

AI practice executive Kranthi Nekkalapu, in a speech at the Databricks Data+AI Summit, detailed Suncorp’s strategy for automating claims processes. The initiative aims to decompose intricate workflows into manageable sub-processes that AI agents can effectively manage. These agents are crafted to execute specific actions within the designated claims workflow, from initial intake to final settlement.

Suncorp introduces AI agents for insurance claims processing

Kranthi Nekkalapu.

Major Phases in Claims Automation

Two of the first AI agents concentrate on the first notice of loss (FNOL) phase, capturing and verifying claims submissions. Importantly, one of these agents is voice-activated, aiding in the initial intake procedure. A structured workflow is deployed for coverage assessments, vendor coordination, and settlement computations, guided by business process model and notation (BPMN) and UiPath.

Guaranteeing Strong Monitoring and Oversight

Suncorp has established a thorough observability platform on Databricks to oversee AI agent performance and mitigate risks. This platform employs OpenTelemetry-based data streams for real-time visibility. A suite of controls has been created to ensure adherence to operational and regulatory requirements.

Human Engagement in Complex Scenarios

Despite AI’s critical role in claims automation, human engagement remains essential, especially for complex claims that surpass AI’s capabilities and for the evaluation of rejected claims. This strategy guarantees precision and fairness in the decision-making process.

Improving Decision-Making Precision

Suncorp is also creating sophisticated agents capable of accurately determining claim coverage. These agents address situations where several factors, such as natural disasters, influence a claim, requiring meticulous analysis to confirm coverage.

Monitoring and Enhancing Performance

The observability platform offers varied insights tailored to different stakeholders within Suncorp. From executives tracking overall program effectiveness to engineers troubleshooting problems, the platform guarantees transparency and effectiveness. A chatbot feature provides real-time analytics and assistance for internal teams.

Conclusion

Suncorp’s implementation of AI agents in insurance claims processing signifies an innovative approach to enhancing efficiency, precision, and customer satisfaction. While AI-driven automation takes center stage, human oversight remains crucial, ensuring a well-rounded and effective claims process.

Q: What is the main objective of Suncorp’s AI agents in claims processing?

A: The primary aim is to automate various sub-processes within the claims workflow to boost efficiency and accuracy.

Q: In what way do AI agents manage the initial claims intake?

A: AI agents, including those that are voice-activated, oversee the initial intake by capturing and validating claims submissions before routing them internally.

Q: What actions has Suncorp taken to track AI performance?

A: Suncorp utilizes a Databricks-based observability platform featuring OpenTelemetry-based data streams to track AI agent performance and address risks in real-time.

Q: Is human oversight still a component of the claims process?

A: Yes, human oversight is vital, particularly for complex claims that exceed AI’s limitations and for assessing rejected claims.

Q: How precise are the AI agents in determining claim coverage?

A: Suncorp has established processes with agents capable of ascertaining claim coverage with 99% accuracy, even in intricate situations.

Q: What tools facilitate the orchestration of the claims processing workflow?

A: The workflow is orchestrated using business process model and notation (BPMN) and UiPath, allowing efficient management of tasks by AI agents.

ASX Fined $20.5 Million for Failing to Replace Blockchain System

Matthew Miller on June 21, 2026

ASX Faces $20.5 Million Fine for Failure in Blockchain System Replacement

Brief Overview

ASX penalized with $20.5 million for misleading the market regarding CHESS replacement updates.
ASIC is additionally pursuing $3 million in legal fees.
The project encountered major unresolved challenges internally classified as “red”.
In November 2022, ASX discontinued the blockchain system after expenditures of $245-$255 million.
A new CHESS system utilizing TCS’ BaNCS platform was introduced in April.

The Costly Error: ASX’s Blockchain Aspirations Collide

The Australian Securities Exchange (ASX) is presently facing a significant fine of $20.5 million due to misleading statements to the market in 2022. This penalty is a result of inaccuracies regarding the development of its blockchain-oriented Clearing House Electronic Subregister System (CHESS) replacement.

ASX encounters $20.5m fine for unsuccessful blockchain-based system replacement

ASIC’s Legal Action

The Australian Securities and Investments Commission (ASIC) filed a lawsuit against ASX in 2024, seeking an extra $3 million in legal expenses. Both the fine and legal fees await the Federal Court’s decision.

Inside the Project: A Struggle for Sustainability

As per public statements, ASX asserted that progress was proceeding as planned, but the reality behind the scenes was a project on the verge of collapse. The initiative was rated “red” internally because of critical unresolved issues and risks, with realistic solutions not apparent before the anticipated go-live date. The testing environments in the industry were insufficient, failing to meet operational requirements.

Giving Up on the Blockchain Vision

After dedicating six years and spending between $245 million and $255 million, ASX ultimately decided to terminate the blockchain-driven system in November 2022. This choice highlighted the complications encountered in implementing such revolutionary technology within vital financial systems.

Rebuilding Confidence with a New System

This April, ASX rolled out a new CHESS system that operates on Tata Consultancy Services’ BaNCS platform. This strategy intends to restore trust and dependability in Australia’s financial marketplaces.

Conclusion

The ASX’s endeavor to launch a blockchain-based solution for its CHESS replacement resulted in a large monetary penalty and the project’s cancellation. The involvement of the Australian Securities and Investments Commission emphasizes the necessity for precise market communication, particularly when handling critical market frameworks.

Q: Why did ASIC take legal action against ASX?

A: ASIC initiated legal proceedings against ASX for providing misleading information to the market regarding the status of its blockchain-based CHESS replacement, which was not functioning as publicized.

Q: What was the internal evaluation of ASX’s blockchain project?

A: Internally, the project was marked as “red” because of unresolved challenges and risks, with resolution timelines consistently delayed.

Q: How much funding did ASX allocate to the blockchain system before halting it?

A: ASX invested between $245 million and $255 million over a six-year period prior to abandoning the blockchain-based system.

Q: What is the foundation of the new CHESS system?

A: The new CHESS system is based on Tata Consultancy Services’ BaNCS platform.

Q: When did the new CHESS system become operational?

A: The new CHESS system became operational in April of this year.

Q: What does this penalty signify for ASX?

A: The penalty underscores the imperative for transparency and precision in market communications, especially concerning essential financial infrastructures.

Tesla’s FSD Supervised v14 Arrives on Australian Roads: Significant AI4 Enhancement Revealed

Matthew Miller on June 21, 2026

Quick Read

Tesla’s FSD Supervised v14 has been launched in Australia and New Zealand for AI4 vehicles.
Significant enhancements in lane decision-making and reduced driver monitoring interruptions.
Available solely for hardware 4 vehicles; hardware 3 users are pending upgrades.
Improved comprehension of road elements and intelligent arrival features.
Subscription offered at A$149 monthly, providing adaptability.

FSD Supervised v14 Arrives on Australian Roads

Tesla has commenced the deployment of Full Self-Driving Supervised v14 for Hardware 4 vehicles in Australia and New Zealand. This long-anticipated enhancement introduces major progress in autonomous driving functionalities, presenting Tesla owners in Australia with a glimpse into the future.

Enhanced Lane Decision Logic Eases Driver Pressure

A key improvement in v14 is the refined lane decision logic. Earlier iterations had difficulties with late lane changes, sometimes resulting in missed exits or sudden maneuvers. With v14, Tesla vehicles now foresee turns sooner, facilitating smoother navigation in crowded urban environments.

A Much-Needed Cut in Driver Monitoring Alerts

Monitoring driver attention has been a frequent concern among Tesla users. The latest update significantly lessens unnecessary notifications. The system now incorporates more intuitive contextual cues, permitting brief interactions with the center display without activating alarms, enhancing long journey enjoyment.

An AI4 Exclusive Advantage for Local Drivers

The rollout is presently restricted to Hardware 4 vehicles, leaving Hardware 3 users awaiting possible upgrades. AI4 vehicles benefit from enhanced camera clarity and processing capabilities, allowing swifter and more precise reactions to road situations.

Australian Road Characteristics & Future Features

The update improves the handling of distinctive Australian road characteristics. It adeptly navigates roundabouts and unmarked rural roads while accurately interpreting faded road signs, boosting safety and comfort.

Intelligent Arrival Options and a System That Rectifies Its Own Limitations

New Arrival Options give drivers the ability to set specific parking preferences upon arrival. The system also improves handling of temporary visual obstructions like glare or rain, minimizing unnecessary disengagements.

Monitoring Your Zero-Intervention Records and Custom Speed Profiles

The refreshed interface now showcases driving statistics, including zero-intervention records, and introduces Speed Profiles for personalized driving experiences. The change of Navigate on Autopilot to Navigate on Autosteer mirrors Tesla’s future vision.

Is the Monthly Subscription Worth the Investment?

Offered at A$149 per month, the subscription provides flexibility to Tesla owners. It’s especially advantageous for those with lengthy commutes, while occasional drivers may find the ongoing expense more difficult to rationalize. The subscription model allows for straightforward activation for specific trips, enhancing its overall value.

Conclusion

Tesla’s FSD Supervised v14 signifies a notable advancement in autonomous driving for Australia. The update, limited to Hardware 4 vehicles, brings improved driving logic, decreased monitoring notifications, and enhanced adaptability to local road realities. With its versatile subscription model, Tesla presents a preview of the future of driving.

Q: What is the primary enhancement in FSD Supervised v14?

A: The primary enhancement is the improved lane decision logic, which anticipates turns sooner and guarantees smoother traffic navigation.

Q: Is the update accessible for all Tesla models in Australia?

A: No, the update is currently restricted to Hardware 4 vehicles. Hardware 3 users may have to wait for upgrades.

Q: What is the function of the subscription model?

A: The FSD Supervised v14 is offered as a monthly subscription for A$149, facilitating flexibility without a hefty initial payment.

Q: Does the update enhance the management of Australian road conditions?

A: Yes, the update features enhancements for better navigation of roundabouts, undivided roads, and faded markings, making it suitable for Australian roads.

Review: Epomaker QK108 – An Ideal Full-Size Mechanical Keyboard for Australian Developers Who Enjoy Experimenting

Matthew Miller on June 21, 2026

Brief Overview

The Epomaker QK108 represents a full-sized mechanical keyboard perfect for developers and hobbyists.
It boasts a detachable cable, RGB illumination, and a programmable knob.
Features hot-swappable switches and accommodates both wired and wireless connectivity.
Customization capabilities include VIA and QMK support for key remapping.
The keyboard is equipped with a custom LCD display for enhanced personalization.

Full-sized and unapologetic

The Epomaker QK108 showcases a complete 104-key layout, including a function row, navigation keys, arrow cluster, and numpad. This extensive setup is ideal for users who frequently switch between applications. The stepped design of the keyboard combined with adjustable feet provides ergonomic comfort tailored to user preferences.

The stepped keyboard offers an ergonomic experience. (Photo: TechBest)

The necessity of detachable cables

The Epomaker QK108 is equipped with a detachable USB-A to USB-C cable, facilitating connectivity among various devices. While it can connect via Bluetooth and 2.4GHz wireless methods, the wired alternative provides superior responsiveness, addressing any latency issues.

Quiet, soft, and unexpectedly pleasant with hot-swappable switches

This keyboard is fitted with silent switches, ensuring a soft and cushioned typing experience. The hot-swappable functionality allows users to change switches easily, granting the freedom to try different switch types without soldering.

Unpacking visual featuring the keyboard, instructions, three extra keys labeled "Command" for Mac, two additional switches, a long cable with USB-A on one end and USB-C on the other, and a keycap puller. — The Epomaker QK108 includes all essentials, such as a cable, extra keycaps for OS swapping, a keycap puller, and spare switches. (Photo: TechBest)

The LCD display is a fun addition… and I enjoy it

This keyboard comprises a custom LCD display that can show the time and personalized GIFs, improving user engagement. The web-based image tool allows for straightforward setup without the need for software installation.

Close-up view of the LCD screen displaying a custom gif. — The keyboard looks significantly better with a custom gif. (Photo: TechBest)

A volume knob that genuinely adds value

The programmable knob offers practical physical volume control, a feature you’ll miss once you experience it. It effortlessly adjusts volume and mutes or unmutes sound as needed.

A keyboard built for developers

The Epomaker QK108 supports VIA and QMK, allowing for comprehensive key remapping and custom layer development. While setup requires some additional steps, the potential for customization is extensive, making it a favorable choice for developers.

Screenshot of the VIA software after adding the json file, showcasing numerous keys and options available for configuration. — You can adjust keys to your preference. (Screenshot: TechBest)

RGB without the software complexity

The RGB lighting of the keyboard can be adjusted using onboard shortcuts, negating the necessity for software installation. While VIA software provides more options, users can simply change brightness, colors, and effects directly through the keyboard.

Fn + |: cycle through backlight colors/effects
Fn + Up Arrow: Increase backlight brightness
Fn + Down Arrow: Decrease backlight brightness
Fn + -_: Reduce backlight effect speed
Fn + =+: Increase backlight effect speed

Conclusion

The Epomaker QK108 is a multifunctional mechanical keyboard tailored for individuals who value total customization and quality attributes. Priced at $89.99 USD ($128.24 AUD) directly from Epomaker, it provides an enjoyable typing experience, extensive customization options, and distinctive features like an LCD screen and programmable knob. Whether you are a developer or someone who enjoys tinkering with devices, this keyboard presents a strong option.

Q: What are the key specifications of the Epomaker QK108?

A: The Epomaker QK108 features a full-size layout, detachable cable, RGB lighting, hot-swappable switches, a custom LCD screen, and a programmable knob.

Q: Is the keyboard capable of wireless operation?

A: Yes, it supports Bluetooth and 2.4GHz wireless connectivity, although a wired connection is suggested for optimal performance.

Q: Is the keyboard suitable for developers?

A: Indeed. The QK108 is compatible with VIA and QMK, providing extensive key remapping and custom layer creation capabilities, making it perfect for developers.

Q: How does the LCD screen enhance the keyboard’s functionality?

A: The LCD screen can show the time and custom GIFs, offering further personalization options and elevating user interaction.

Q: Is software installation necessary for customization?

A: Basic customization does not require software installation. However, VIA software offers opportunities for more advanced configurations.

Chinese-affiliated Hackers Aim at US and Canadian Research Institutions

Matthew Miller on June 21, 2026

Cyber Espionage: The UNC6508 Risk

Quick Read

Hackers linked to China have attacked research entities in the US and Canada.
Their focus included defense intelligence, artificial intelligence, and healthcare research.
The hacking group identified as UNC6508 was reported by Google.
REDCap servers were compromised to extract login details.
Google identified and informed the affected organizations.

Cyber espionage aimed at North American research entities

Background on the Cyberattacks

From September 2023 to November 2025, a hacking collective linked to China, known as UNC6508, breached several research installations in the US and Canada. These attackers aimed at institutions engaged in defense intelligence, military tactics, AI, unmanned systems, cyber warfare initiatives, and healthcare research. Google’s Threat Intelligence Group uncovered this operation, raising substantial alarms regarding the security of sensitive data in these domains.

Fields Targeted by Hackers

The report from Google emphasized the extensive range of areas affected by UNC6508, including pharmaceutical discovery, clinical trials, public health regulations, and military preparedness. These research centers employ thousands and have research budgets amounting to billions, highlighting the crucial nature of the information sought by these hackers.

Methods Utilized by UNC6508

UNC6508 took advantage of vulnerabilities within REDCap servers, a widely utilized web tool for managing online surveys and data. They used tailor-made malicious software to obtain legitimate access credentials. Additionally, they set up a system to automatically redirect emails containing almost 150 specific keywords to a monitored Gmail account. These keywords comprised contact information and terms pertinent to geo-strategic policy and cutting-edge technology.

Response and Detection

While the Chinese Embassy in Washington did not reply to inquiries, and Beijing often denies involvement in illegal hacking activities, Google’s proactive actions in identifying and notifying the compromised organizations were essential. The tech titan’s detection strategies highlight the ongoing difficulties in safeguarding sensitive research information from cyber threats.

Summary

The UNC6508 hacking operation is a clear reminder of the vulnerabilities present within vital research institutions. By targeting a wide array of strategic and medical fields, these cyberespionage actions present considerable risks to national security and advancements in global health. Continuous vigilance and improved cybersecurity protocols are crucial for protection against such threats.

Frequently Asked Questions

Q: What is UNC6508?

A: UNC6508 is a relatively nascent and lesser-known hacking group linked to China, engaged in cyberespionage targeting research organizations in the US and Canada.

Q: What types of data were targeted?

A: The attackers aimed for information relating to defense intelligence, military strategies, artificial intelligence, unmanned systems, cyber warfare initiatives, and healthcare research.

Q: How did UNC6508 gain network access?

A: They exploited weaknesses in REDCap servers, utilizing custom malware to steal login information and set up email forwarding using targeted keywords.