“Google Pixel 5 Review”
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We independently review everything we recommend. When you buy through our links, we may earn a commission which is paid directly to our Australia-based writers, editors, and support staff. Thank you for your support!
We independently review everything we recommend. When you buy through our links, we may earn a commission which is paid directly to our Australia-based writers, editors, and support staff. Thank you for your support!
The DJI NEO revolutionizes portability standards. At just 135g, it comfortably fits in your hand and can even slide into your pocket. This weight keeps it under the 149g threshold, allowing you to skip additional regulatory approvals in many regions, including Australia. DJI has excelled in crafting this drone to be ultra-light and highly portable while incorporating an array of features.
Its matte grey finish and collapsible design provide a modern aesthetic, complemented by integrated prop guards that shield both the drone and nearby objects or individuals. DJI has introduced a new battery format, and the drone offers 22GB of internal storage, which is excellent for keeping footage without a microSD card.
The NEO’s main highlight is its capability to fly autonomously. You can select from pre-defined QuickShots like Dronie, Circle, Rocket, among others, simply by pressing a button. These modes do not require a remote control and are user-friendly enough for individuals of nearly any age.
Nonetheless, a limitation is that these preset modes cannot be expanded through software updates. However, the drone operates consistently, even in breezy environments (up to Level 4 winds). The footage is smooth and stabilized, but the NEO shows weakness in low-light scenarios, likely due to DJI balancing price with image sensor size.
The drone generally returns home with ample battery power left, especially in windy weather. While it may seem overly cautious, this is a beneficial safety feature for a drone of its size.
The DJI NEO features AI that tracks subjects such as people, cyclists, and pets. This works flawlessly with its QuickShots modes, offering everything from the traditional Dronie to more intricate maneuvers like Boomerang and Helix. These modes provide various ways to capture captivating footage without the need for expert skills.
You can operate the DJI NEO independently or connect it with the DJI Fly app, RC-N3 remote, or even DJI Goggles for a first-person view (FPV) experience. For those who own DJI’s FPV gear, this drone allows for smooth integration.
The DJI Fly app enables control through virtual joysticks, allowing you to set the tracking angle and distance. The app provides a control range of up to 50 meters. If you choose the Fly More Combo with the RC-N3, the control range expands up to 10 kilometers.
Despite its compact size, the DJI NEO boasts remarkable stabilization through its single-axis mechanical gimbal. It can endure high-speed flights and maintain steadiness even in Level 4 wind conditions. DJI’s RockSteady and HorizonBalancing technologies enhance the stability of your recordings, ensuring the horizon remains level during sharp turns.
Content creators will appreciate the DJI NEO’s user-friendly nature. You can record audio directly through your smartphone or upgrade to the DJI Mic 2 for premium sound quality. The app also provides built-in templates and editing features, allowing you to craft polished videos without needing to transfer footage to another device.
Charging the drone is uncomplicated, thanks to its USB-C port, and the Two-Way Charging Hub found in the Fly More Combo can charge three batteries at once.
While the DJI NEO presents numerous engaging features, it comes with its limitations. The most notable setback is its low-light performance, likely a consequence of the smaller image sensor. Furthermore, the NEO lacks advanced obstacle avoidance systems present in higher-tier models like the DJI Mavic series.
Nevertheless, the NEO is targeted toward more casual users, and its straightforwardness, along with its affordable pricing, makes it an ideal beginner’s drone.
The DJI NEO is currently available for purchase at store.dji.com/au and through authorized Australian retailers. Here’s how the pricing breaks down:
The DJI NEO serves as an excellent entry-level drone that opens the possibilities for casual users who have been deterred by the high costs of earlier DJI models. Its compact size, user-friendly operation, and budget-friendly price make it a great choice for those just starting in drone flying or seeking a lightweight, portable drone for leisure activities.
For those willing to invest a little more, the Fly More Combo provides added flexibility, catering to both beginners and experienced drone enthusiasts. Given its current features and pricing, the DJI NEO is poised to be a favorite on Christmas wish lists for 2024.
The DJI NEO grants an easy entry into the drone realm with its compact construction, impressive stabilization, and AI-driven features. Although it may lack some advanced functions found in pricier models, its autonomous flight modes and user-friendly design make it an exceptional choice for novices and casual users alike. With a starting price of A$299, it is on track to become a top gift choice for 2024.
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Bendigo and Adelaide Bank has revealed the appointment of Xavier Shay as its new Chief Digital Officer (CDO), a role designed to propel the bank’s digital transformation initiatives. Shay, who already holds the position of CEO at neobank Up, will assume this new responsibility while continuing to oversee Up.
This dual appointment is a calculated strategy to merge the digital strengths of Bendigo and Up. Shay’s agenda will focus on “integrating the bank’s digital capabilities” and heightening digital engagement across both brands, coinciding with Bendigo’s ongoing transformation journey.
Bendigo has been diligently investing in its digital framework over the recent years. The bank has successfully carried out a significant cloud migration, transitioning its digital banking platform, mobile application, and online services to Google Cloud. This initiative is part of a more extensive ambition to boost the scalability, security, and efficiency of its offerings.
Alongside cloud migration, Bendigo has progressed in the realms of artificial intelligence (AI) and machine learning (ML), especially within the home lending sector. These technologies are integrated to provide smarter, more effective solutions for clients. Additionally, the bank has implemented new security protocols to meet industry standards and safeguard customer data.
Xavier Shay joined Up in 2019 as a software engineer, quickly showcasing his talent in technical leadership. He was elevated to Head of Up and subsequently became CEO in August 2021. Before his time at Up, Shay worked as Director of Payments Engineering and Analytics at Square, where he played a key role in advancing payment systems.
Shay’s rich experience in leading successful digital teams, along with his profound technical knowledge, equips him to steer Bendigo’s next chapter of digital transformation. In this role, Shay will align the digital strategies of both Bendigo and Up to enhance customer service and bolster shareholder returns.
Shay’s appointment is part of an overarching leadership update at Bendigo and Adelaide Bank. Nathalie Moss has recently stepped in as interim CIO following Andrew Cresp’s departure. The bank has also welcomed a new CEO and Managing Director, Richard Fennell, indicating a shift toward renewed growth and innovation.
These leadership transformations arrive at a pivotal moment as Bendigo strives to leverage the increasing demand for its digital solutions. The ongoing transformation initiatives are anticipated to streamline processes, enhance customer experiences, and ultimately drive improved financial results.
The designation of Xavier Shay as Chief Digital Officer at Bendigo and Adelaide Bank represents a crucial advancement in the bank’s continuous digital transformation. Shay will perpetuate his leadership of neobank Up while embarking on this new role, overseeing the enhancement and integration of digital services across both brands. This development coincides with a larger leadership realignment, indicating Bendigo’s dedication to innovation, cloud integration, and AI utilization to enrich customer experiences. The bank’s transformation agenda is actively progressing, supported by strong leadership to steer these initiatives.
The introduction of the Chief Digital Officer position underscores the bank’s dedication to enhancing its digital services. With digital banking becoming increasingly central to customer interactions, having a focused executive to oversee these efforts is essential for a cohesive, visionary strategy.
Yes, Xavier Shay will keep his position as CEO of Up while also taking on the responsibilities of Chief Digital Officer at Bendigo. His dual role is designed to harmonize the digital strategies of both brands.
The transition to the cloud empowers Bendigo to deliver more scalable, secure, and efficient services. Platforms like Google Cloud facilitate quicker innovation and more reliable service provision, which collectively enhances customer experiences.
AI is being extensively employed in areas like home lending to furnish customers with more intelligent, tailored solutions. AI-driven insights also enhance operational efficiency and improve decision-making processes within the bank.
With a new CEO, interim CIO, and the selection of a Chief Digital Officer, Bendigo is preparing itself for considerable growth. These leadership adjustments are expected to foster innovation, elevate digital services, and enhance overall business performance.
Bendigo focuses on delivering a seamless, secure, and innovative digital banking experience for its customers. The long-term vision entails utilizing cloud-based technologies, AI, and other digital innovations to offer personalized services and improve operational effectiveness, ultimately leading to higher customer satisfaction and business growth.
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National Australia Bank (NAB) has embarked on a prolonged endeavor to refine its IT operations via automation, utilizing the capabilities of Red Hat Ansible along with other innovative technologies. This endeavor is a segment of a larger strategy aimed at boosting efficiency, enhancing security, and facilitating dependable service delivery for customers and staff alike.
As part of its continuous quest to refine its IT operations, NAB has incorporated Red Hat Ansible, an infrastructure-as-code utility aimed at automating functions across IT landscapes. Ansible is vital in simplifying various activities that were once manual, labor-intensive, and susceptible to human mistakes.
At the Red Hat Connect forum in Melbourne, NAB’s Network Application Security and Automation Manager, Jason Cooper, underscored the institution’s progress. “We cannot simply assign more manpower to solve problems,” Cooper shared, emphasizing automation’s role in lowering operational expenses and boosting efficiency.
NAB’s automation venture commenced with a substantial emphasis on platform security, Linux patch updates, and disaster recovery automation. Gradually, the institution extended this automation program to various departments, including database administration, digital investigations, and cybersecurity. This cross-team collaboration has been crucial in propelling NAB’s IT transformation.
By integrating systems and processes into a cohesive automation framework, NAB has enhanced the efficiency and quality of its offerings, providing advantages for both employees and clients. The outcome? Quicker and more dependable banking services, with yearly savings amounting to millions.
A distinctive feature of NAB’s automation blueprint is its strong focus on security. By linking Ansible with cybersecurity platforms like CyberArk (for managing privileged access) and Hashicorp Vault (for securing cloud operations), NAB has bolstered its capability to handle essential security activities, such as password updates, certificate management, and patching.
“From a security standpoint, automation is about making processes easier, faster, and more dependable,” stated Cooper. This strategy guarantees that security protocols remain intact while alleviating the burden on IT teams.
NAB is also delving into the prospects of event-driven Ansible, a functionality that facilitates automated incident response and troubleshooting. This enables the bank to resolve issues promptly, enhancing response times and minimizing interruptions. Based on Red Hat’s insights, event-driven automation can dramatically enhance the efficiency of data collection and problem-solving in intricate IT frameworks.
In looking forward, NAB has set its ambitions on advancing automation capabilities such as configuration-as-code and policy-as-code. These advancements will improve the bank’s proficiency in managing IT changes and incidents. The bank is currently merging policy-as-code functions with its ServiceNow environment, deploying predefined templates to streamline change management workflows.
In line with its automation strategies, NAB is also embracing Red Hat Ansible Lightspeed, integrated with IBM Watsonx Code Assistant, commonly known as ‘Lightspeed’. This generative AI resource supports the creation of Ansible playbooks, easing the coding process and ensuring adherence to best practices.
Cooper pointed out that his team had previously discouraged the use of platforms like ChatGPT for coding insights; however, with Lightspeed, the bank now benefits from a tailored AI assistant specifically designed for Ansible. This development is expected to further boost the efficiency of NAB’s automation initiatives.
A notable challenge NAB encountered was the need to ensure that its teams were coding accurately within Ansible. The deployment of Lightspeed addresses this by offering AI-enhanced support, aiding developers in creating playbooks that align with the bank’s high standards for coding precision.
NAB continues to spearhead the adoption of automation technologies to refine and secure its IT operations. By utilizing Red Hat Ansible and integrating it with advanced cybersecurity solutions, the bank has enhanced its operational efficiency, security posture, and service dependability. Moreover, NAB is exploring state-of-the-art features such as event-driven Ansible and AI-driven coding assistants to further elevate its automation proficiencies.
Red Hat Ansible is an infrastructure-as-code tool designed for automating IT processes. NAB employs Ansible to automate tasks like security patch management, disaster recovery, and incident handling, resulting in improved efficiency and reduced manual effort.
Automation has allowed NAB to streamline its operations, enhancing service delivery speed, security measures, and achieving significant cost savings. By consolidating various systems into a single automation framework, the organization has boosted both employee productivity and client satisfaction.
NAB has connected Red Hat Ansible with tools such as CyberArk for privileged access management and Hashicorp Vault for securing secrets in cloud environments. These connections provide automated and reliable security solutions for tasks like password rotations and certificate oversight.
Event-driven Ansible enables automation to be activated by certain events, such as incidents or system failures. NAB utilizes this capability to accelerate its incident response, addressing issues in real-time and resolving them as they arise.
Ansible Lightspeed is a generative AI tool that aids in crafting Ansible playbooks. NAB is incorporating this technology to ensure accurate coding practices among its teams, helping to standardize procedures and minimize errors during playbook development.
NAB aims to adopt capabilities such as configuration-as-code and policy-as-code, which will further optimize its change management and incident response processes. The bank is also integrating these features with its ServiceNow platform to facilitate automated policy enforcement.
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Panasonic B310 in Ear Wireless Noise Cancelling Bluetooth Earbuds with Built-in Mic, Compact Design and Charging Case (RZ-B310WDE-K)
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Globally, data centres are projected to create a concerning 2.5 billion tonnes of CO2 by 2030, largely attributed to the rapid growth of hyperscaler companies like Google, Microsoft, Meta, and Amazon. These tech leaders are enhancing their artificial intelligence (AI) and cloud computing capabilities, resulting in an unprecedented demand for data centres that consume considerable energy. Although they are striving to lower emissions, this expansion illustrates the substantial environmental repercussions of the digital economy.
Hyperscalers are massive enterprises that manage extensive data centres to facilitate AI, cloud computing, and other cutting-edge technologies. Companies such as Google, Microsoft, Meta, and Amazon are pioneers in this growth, striving to address the escalating global need for digital services. Nonetheless, this progress bears a significant environmental cost. Data centres are infamous for their high energy consumption, and the proliferation of these facilities will likely escalate their greenhouse gas emissions.
A report by Morgan Stanley indicates that by the decade’s end, data centre emissions may represent approximately 40% of the total annual emissions from the United States. This situation has raised alarms regarding the sustainability of such infrastructures as the world confronts the pressing necessity to decrease carbon emissions.
In light of the dramatic rise in emissions, prominent tech firms have vowed to drastically diminish their carbon footprints. Google, Microsoft, Amazon, and Meta have all made bold commitments to achieve net-zero emissions by 2030. These pledges are in line with broader international initiatives to tackle climate change. For instance, Google intends to operate entirely on carbon-free energy by 2030, and Microsoft aims to be carbon negative by the same deadline.
Yet, the challenge remains in reconciling the increasing demand for data processing with sustainability objectives. Although these corporations are making headway in adopting renewable energy sources, their rapid data centre expansions necessitate substantial investments in innovative decarbonisation technologies to accomplish their goals.
In light of the environmental consequences posed by data centres, there is an expected surge in investment directed towards decarbonisation technologies. This encompasses the utilization of energy-efficient devices, the implementation of green building materials, and the broader adoption of renewable energy. Morgan Stanley’s analysis emphasizes that this could lead to a thriving market for solutions intended to mitigate carbon emissions.
A key focus for investment is Carbon Capture, Utilisation, and Sequestration (CCUS) technology, which captures and stores carbon emissions before they can escape into the atmosphere. Moreover, Carbon Dioxide Removal (CDR) techniques, which actively extract CO2 from the environment, are gaining momentum. Both methods are considered essential for assisting tech companies in fulfilling their carbon reduction promises.
Australia is also witnessing a boom in data centre development, with prominent companies increasing their footprint in the nation. The surge in digitalization across industries and the heightened demand for cloud services have positioned Australia as an appealing site for new data centre facilities. Nevertheless, this growth invites the challenge of addressing environmental impacts.
Policymakers and businesses in Australia are currently prioritizing the integration of renewable energy sources and energy-efficient innovations into these facilities. The nation’s ample renewable energy assets, especially solar and wind, offer a favorable outlook for lowering the carbon emissions associated with its data centre sector. However, as global data service demand continues to soar, Australia’s capacity to harmonize growth with sustainability remains crucial.
The swift growth of data centres, propelled by major players like Google, Microsoft, Meta, and Amazon, is on track to yield 2.5 billion tonnes of CO2 by 2030. Although these companies have made noteworthy pledges to mitigate their emissions, the escalating demand for AI and cloud computing contributes to heightened energy consumption. Investments in decarbonisation technologies, including CCUS, CDR, and renewable energy initiatives, are essential to diminish the environmental impact of this burgeoning sector. As Australia positions itself as a significant contributor in the data centre arena, it must emphasize sustainability to limit its carbon footprint.
Hyperscalers are major technology companies operating substantial data centres that support AI, cloud services, and other digital functions. Google, Microsoft, Meta, and Amazon lead this sector. Their importance stems from their capability to efficiently process massive volumes of data, making them vital to the global digital economy. However, their operations also rely on a significant amount of electricity, which greatly contributes to worldwide CO2 emissions.
Data centres are forecasted to emit 2.5 billion tonnes of CO2 globally by 2030. This amount could represent around 40% of the total emissions from the United States in one year, underscoring the environmental effects of the expanding digital economy.
Major firms such as Google, Microsoft, Meta, and Amazon have vowed to substantially decrease their carbon footprints by 2030. Their initiatives include investments in renewable energy, energy-efficient solutions, and the advancement of decarbonisation technologies like Carbon Capture, Utilisation, and Sequestration (CCUS) and Carbon Dioxide Removal (CDR).
Australia is becoming an emerging contender in the data centre industry due to its rising demand for cloud services and its rich renewable energy resources. The nation is concentrating on incorporating energy-efficient methodologies and renewable energy into its data centre infrastructure to decrease emissions. However, alongside the rapid industry expansion, handling environmental ramifications is a significant challenge for Australia.
CCUS refers to technology that captures carbon emissions from industrial operations and stores them underground or repurposes them for alternative uses. This approach is vital in helping industries, including data centres, reduce their carbon footprint and achieve their sustainability targets.
While renewable energy plays a critical role in addressing this issue, it may not single-handedly suffice. Data centres require a constant and reliable power supply, which can prove challenging with intermittent renewable sources such as solar and wind. Thus, a synergistic approach combining renewable energy, energy-efficient technologies, and decarbonisation solutions like CCUS and CDR will be necessary for effectively tackling the emissions challenge.
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The Australian Public Service Commission (APSC) has chosen to bring in-house and broaden the redevelopment of the APS Employment Database (APSED), a vital system that maintains records for all current and past Australian public servants. This decision follows a $3.8 million engagement with PwC, aimed at refreshing both the backend and frontend of the system.
PwC’s contract, which commenced in November 2022, centred on stabilising the current infrastructure and integrating new features to optimise data usage. Although the contractual work has been completed, APSC has opted for an internal approach to improve functionality beyond the initial outcomes.
The initial tasks assigned to PwC comprised three main elements with a strong focus on change management assistance. The intention was to ensure the APSED system’s compatibility with other federal IT projects currently in progress, such as the government’s novel ERP platform.
However, after an extension of three months, PwC’s contract concluded in November 2023. While PwC fulfilled the agreed duties, APSC recognised the necessity to broaden the project’s scope to accommodate future demands and strategic objectives. An APSC representative stated that the commission is now “enhancing functionality beyond the original deliverables” as they advance the system development internally.
Post PwC’s transition, APSC is focusing on amplifying the functionalities of APSED to meet the future demands of the Australian Public Service (APS). To ensure APSED’s sustained success, the commission has sought additional expertise. In April 2023, Deloitte was retained for a month-long technical assessment of the database for nearly $30,000.
Later in June, Deloitte was awarded an additional $165,000 contract to evaluate the “visions and benefits” of APSED, offering a more strategic framework for its ongoing advancement. This contract is projected to culminate in September 2023, with the insights obtained directing the subsequent stage of the project.
As part of the redevelopment efforts, APSC is now seeking to recruit more personnel. Specifically, the commission is aiming to fill three new positions that will assist in managing and supporting the APSED upgrade. These additions are intended to ensure that the database consistently aligns with the evolving needs of the APS.
An APSC representative remarked: “Throughout 2023, the APSC examined its capabilities, strategic direction, and requirements to effectively support the APS now and in the future.” The commission intends to apply the insights from Deloitte’s review to devise a more detailed solution plan, focusing on building upon the accomplishments achieved thus far.
The Australian Public Service Commission’s move to insource the development of the APS Employment Database signifies a pivotal advancement in securing the system’s long-term viability. Following the initial engagement with PwC for the project, the APSC has now taken charge, intending to expand functionality beyond the initial framework. To facilitate this, the commission has enlisted Deloitte for technical evaluations and strategic guidance and is actively recruiting additional expertise to steer the project to fruition.
The APSED is a database overseen by the Australian Public Service Commission that houses comprehensive employment records for all current and former public service personnel. It is essential for managing workforce data within the APS.
After PwC completed its contract, APSC chose to bring the project in-house to broaden the database’s functionalities beyond the original offerings. This strategy is believed to align the system more effectively with future strategic demands.
PwC was engaged in November 2022 to stabilise and enhance both the backend and frontend of the APS Employment Database. Their responsibilities also included implementing new features to boost the system’s capabilities while focusing on change management and ensuring compatibility with other federal IT initiatives.
APSC is now looking to extend the system’s functionalities to address the future requirements of the APS. The commission has brought Deloitte aboard for technical assessments and strategic advice and is in the process of employing additional specialists to oversee the continued development of the database.
Yes, Deloitte has been contracted for two primary tasks: conducting a technical assessment of the system and evaluating the long-term visions and benefits of APSED. The total of these contracts nears $200,000 and will shape the next phase of development.
While there is no definitive completion schedule, Deloitte’s contract for the vision assessment is expected to wrap up in September 2023. Following that, APSC will utilize the insights gained to navigate the next steps of the project, including hiring new staff to manage the enhancements.
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soundcore by Anker Space A40 Adaptive Active Noise Cancelling Wireless Earbuds, Reduce Noise by Up to 98%, Ultra Long 50H Playtime, 10H Single Playtime, Hi-Res Sound, Comfortable Fit, Wireless Charge
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World EV Day is nearing on September 9th, and BP Pulse plans to make it memorable for electric vehicle (EV) owners throughout Australia. As part of this worldwide celebration, BP Pulse is offering a 15% discount on all EV charging sessions at their stations from September 7th to 9th. This time-limited offer is a fantastic opportunity for EV drivers to cut down on their charging expenses, whether they’re taking a road trip for the weekend or just commuting to work.
It’s easy to utilize BP Pulse’s World EV Day promotion. Here’s how to get started:
BP Pulse charging stations are strategically placed along the East Coast of Australia, including major urban areas such as Sydney, Melbourne, Brisbane, as well as in Perth, WA. These stations come equipped with rapid DC chargers that can offer speeds of up to 75kW. Some locations provide both CCS and CHAdeMO plugs, ensuring compatibility with various EV models.
Plans are already underway to upgrade these chargers to 150kW, enhancing the charging experience for Australian EV owners even further.
At BP Pulse stations, the typical charging rates sit at around A$0.65/kWh. With the discounted rate for World EV Day, this price reduces to roughly A$0.5525/kWh. For context, charging an average EV battery from 20% to 80% state of charge would approximate A$27. This could enable a Tesla Model 3 Long Range, for instance, to cover about 330 kilometres, resulting in a cost of around A$0.08 per kilometre.
While home charging remains the most economical method—particularly if solar energy is accessible—BP Pulse’s rapid charging stations provide an essential option for those in transit, especially on longer journeys.
BP Pulse has shown a strong dedication to promoting the shift towards electric vehicles in Australia. By providing cost-effective and accessible charging alternatives, the company is facilitating Australians’ transition to EVs. The World EV Day discount exemplifies BP Pulse’s efforts to make EV ownership more affordable and convenient.
As the electric vehicle industry in Australia expands, initiatives like this are poised to significantly boost the widespread acceptance of electric vehicles nationwide.
BP Pulse is marking World EV Day with a 15% discount on EV charging from September 7th to 9th nationwide. This initiative grants EV drivers a chance to lower their charging costs while highlighting BP Pulse’s commitment to aiding the transition to electric vehicles. With a network of rapid DC chargers along the East Coast and in Perth, BP Pulse is simplifying electric mobility for Australians.
BP Pulse is providing a 15% discount on all EV charging sessions at their stations across Australia from September 7th to 9th in honor of World EV Day.
To access the discount, download and register on the BP Pulse app. Then, charge your EV at any BP Pulse location between September 7th and 9th using your BP Pulse account. The discount will be automatically applied to your charging session.
BP Pulse charging stations are located along the East Coast of Australia, including cities like Sydney, Melbourne, and Brisbane, and in Perth, WA. These stations feature rapid DC chargers that offer up to 75kW of power.
Charging costs at BP Pulse stations are generally around A$0.65/kWh. With the 15% discount for World EV Day, the cost reduces to about A$0.5525/kWh.
Yes, BP Pulse intends to upgrade some of its charging stations to provide speeds of up to 150kW, further improving the charging experience for EV users in Australia.
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The launch of Nanoleaf Blocks marks a significant leap in the smart home lighting sector. This cutting-edge offering from Nanoleaf reimagines the integration of smart lighting within your home, providing a unique fusion of technology and interior aesthetics. The Blocks facilitate an unmatched degree of personalisation in smart lighting, merging practicality with visual allure.
Nanoleaf has consistently led the way in smart lighting breakthroughs since the debut of their original Light Panels in 2016. With the launch of Nanoleaf Blocks, the brand elevates smart home lighting by seamlessly integrating it with interior design. This innovation extends beyond mere light provision; it aims to convert spaces into something distinctive and reflective of personal style.
Nanoleaf Blocks are equipped with square light panels in two sizes—Squares and Small Squares—that can be combined with Textured Square light panels, Light Pegboards, and Shelves. This modular design enables users to craft fully personalised configurations that align with their preferences and requirements. The textured panels introduce a tactile quality, while pegboards and shelves provide practical areas for showcasing items like plants and décor.
In contrast to conventional smart lighting solutions that might prioritize RGB color schemes, Nanoleaf Blocks advance further by integrating lighting with practical design facets. This empowers you to personalise your environment in ways that were previously unheard of, positioning your smart lighting arrangement as a striking focal point of your interior design.
Nanoeleaf Blocks are not just aesthetically pleasing; they are loaded with features that elevate entertainment and immersion. The Rhythm Music Visualizer synchronises with your music to create a vibrant light display that follows the rhythm. Screen Mirror allows you to extend visuals from your television or monitor onto your Nanoleaf setup, creating an engaging gaming or movie experience.
A notable feature is AI Magic Scenes, enabling users to craft custom lighting scenery based on their favorite movies, games, or personal photos. This functionality utilises artificial intelligence to design lighting setups that perfectly resonate with the mood or theme of your selected media.
Nanoleaf Blocks are crafted for seamless integration into your current smart home framework. The blocks can be managed through WiFi across multiple platforms, including the Nanoleaf App, Nanoleaf Desktop App, and various smart home systems such as Apple HomeKit, Google Assistant, and Amazon Alexa. Moreover, a physical controller is available for those who favor a tactile approach.
Whether utilizing voice commands or a mobile app, overseeing your Nanoleaf Blocks is simple, streamlining the management of your smart home lighting configuration.
Nanoleaf Blocks are currently offered for pre-order in Australia and New Zealand, featuring three distinct Smarter Kit sizes and additional add-on kits:
You can pre-order Nanoleaf Blocks from the official site, with broader retail readiness expected soon. However, it’s important to remember that utilizing Light Pegboards and Shelves necessitates wall drilling, so plan ahead if you’re renting or wary of wall damage.
Nanoleaf Blocks represent a revolutionary advancement in the smart home lighting domain, showcasing an inventive blend of illumination and interior design. With its sophisticated features and limitless customisation possibilities, this product is ideal for those seeking to infuse a personal touch into their living spaces. Whether you are a smart home technology enthusiast or a design-conscious homeowner, Nanoleaf Blocks offer a unique and functional art form capable of transforming your environment.
Nanoleaf Blocks are unique because they fuse smart lighting with interior design aspects. In contrast to standard smart lights that emphasize only illumination, Blocks provide a modular environment with shelves and pegboards that enable users to integrate functional and aesthetic features into their lighting configuration.
Setting up is generally easy, particularly for the light panels. However, if you intend to use the Light Pegboards or Shelves, you should be ready for some wall drilling. Nanoleaf supplies clear guidelines, but some DIY capabilities may be necessary.
Absolutely, Nanoleaf Blocks are compatible with the majority of prominent smart home platforms, including Apple HomeKit, Google Assistant, and Amazon Alexa. You can also operate them through the Nanoleaf App or Nanoleaf Desktop App.
Yes, similar to other Nanoleaf products, the Blocks are engineered to be energy-efficient. They utilize LED technology, which requires less energy than traditional lighting options, making them an environmentally friendly choice for your residence.