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The Government of New Zealand has challenged the public sector to shift to a client-centric approach to service delivery. With this, the Ministry of Social Development is working to improve the way clients interact with their Work and Income, StudyLink and Senior services.
New Zealanders are obviously ready to go digital, with 66 percent having access to an internet connection and 51 per cent have smartphones. Over 70 per cent already transact online with other organisations.
MSD’s Simplification programme will focus on client transactions involving payments and ongoing financial entitlements, bringing those services into the digital age. Simplification aims to grow the number of clients using online services to more than 85 per cent in the next two to three years.
OpenGov reached out to Anurag Madan, Head, IT Digital Services, Ministry of Social Development, New Zealand, to learn about how MSD will further simplify its services to provide a better experience to citizens.
Mr. Madan has 20 plus years Information Technology experience, within both corporate and public sector entities. He is a strategically focused individual with leadership experience in management, planning, development and implementation of information solutions for a large variety of business opportunities.
This past year, Mr. Madan has been leading MSD towards a future in online services and processes. His team has been focused on carrying out the Simplification project, as well, amidst the changes that are happening in the technology and public sector landscape.

“We are currently going through a stage of massive change at all angles. We have the Simplification program underway, which is looking at bringing the digital way of working into the organisation.” said Mr. Madan.
One of the examples of how the Ministry structure is changing, is through the way they interact with the housing business.
“Last year, there was a decision made to move the housing assessment business, which provides state housing to those who need it. There have been certain parts that have been directed to MSD to manage and administer,” Mr. Madan stated, “What the Government is trying to do is open up the housing market to have other providers which can provide subsidised housing for those who need it.”
This is just one of the areas where the roles and responsibilities of MSD has transformed. Mr. Madan also explained how the child services department is undergoing some changes within the Ministry, which could lead
Given that, the IT Digital Services team must manage these organisational changes while they attempt to carry out their digital transformation projects.
“IT is at the heart of all of these changes going on. We need clever ways to support these changes through better use of technology, investing in people capability and partnering with vendor communities to get resources and support,” Mr. Madan told us.
“Some successes that we have recently bagged include the housing transfer, the retirement of our legacy case management system, which concluded just last week. This is simplifying the IT application landscape, allowing for innovation and faster development.”
Through the Simplification project, MSD aims to reduce the manual administration of transactions so they can free up more resources to provide further intensive one-on-one employment and social services.
Simpler engagement and faster processing are two of the main goals that MSD hopes to attain through this project.
“This [Simplification project] is split into two phases, simple in the front and smart at the back. The first part is about how we can make our services and offerings more appealing to our clients so they willingly engage in those channels. The smart at the back, is about taking that digital engagement and automating the back office processing where appropriate” Mr. Madan explained.
There are two perspectives which must be analysed with respect to the implementation of the Simplification program.
Mr. Madan explains how understanding these differing perspectives is essential to carrying out such a Simplification program.
“From an execution perspective, there are a lot of things that may get in the way of carrying out these programs. The digital way of working is more about the people, it’s a mindset, supported by practices of Agile and leveraging technology across the Social, Mobile, Analytics and Cloud offerings ,” exclaimed Mr. Madan.
As for security, Mr. Madan and his team are focused on putting security at the forefront with a ‘security by design’ approach. This method has been influenced by some recent events, leading the Ministry to invest more in raising the level of their security to defend against threats.
“Just last year, we had a tragic incident which made us think of how we can increase both our physical and cyber security to prevent threats from intruding. The Ministry has invested a lot of money into security.” Mr. Madan shared, “One of the things that I have tried to do is emphasise security by design in the way we do work. That has translated into scenarios where the mobile development team are associating risk and mitigations with every feature that they are building.”
With organisational changes and digital transformation taking place, Mr. Madan and his team are quite eager to achieve the goals set out for them and introduce more digital services to the organisation.
“It is quite challenging and exciting times to be involved in such transformations. We need to make sure that we are making those inroads and meeting expectations set for us,” said Mr. Madan.
As of now, MSD clients are able to use mobile devices to check appointments, enter several changes in their circumstances, and manage their personal information. Throughout the course of 2016, these services will be extended to new clients with new functionalities introduced.
MSD continues to focus on providing support to citizens into work while reducing benefit dependency. Although digital transformation will change the way some of these services are carried out, MSD will continue to provide face to face services for clients across multiple locations.
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Government agencies in New Zealand are entering the digital age by launching their new Government Electronic Tender Service (GETS) and All-of-Government (AoG) collaborative contracts dashboards. These innovative digital tools are set to revolutionise procurement practices, offering unprecedented insights into spending patterns and benchmarking features.
The GETS and AoG dashboards have been developed with a digital-first approach to provide agencies with comprehensive insights into their procurement practices. One of the key goals of these dashboards is to enhance transparency in government spending, allowing agencies to make more informed decisions and facilitating strategic, intelligence-led procurement processes.
The GETS and AoG dashboards leverage cutting-edge data visualisation technologies to present complex procurement data in a clear and accessible manner. Interactive charts, graphs, and visual representations make it easier for users to gain insights from the data, promoting better decision-making.
Early agency feedback has been positive, with many highlighting the value of the benchmarking features. These features enable agencies to compare their procurement practices with others, fostering healthy competition and sharing best practices. This benchmarking capability not only improves transparency but also helps agencies identify areas for improvement.
One of the core objectives of this initiative is to make the dashboards even more user-friendly and comprehensive in future versions. The development team aims to streamline the user experience, making it easier for agencies to access and interpret the available data. Additionally, the dashboards will be expanded to include data from all participating agencies, further enhancing procurement data transparency.
In the pursuit of transparency and efficiency, government agencies actively seek input from users and stakeholders. They have invited agencies and individuals to share their suggestions and ideas on improving the dashboards. This collaborative approach ensures that the tools meet the needs of agencies and the broader public, fostering a culture of continuous improvement.
Moreover, this new GETS commits to making the dashboards more user-friendly and reflects a user-centric design approach. Agencies will likely collaborate with UX designers to ensure the dashboards are intuitive and tailored to users’ needs, ultimately improving the overall user experience.
Implementing a user-friendly UX is not only making a profound statement about the New Zealand government’s commitment to improving public services but also acknowledging that the success of these dashboards hinges on their adoption and utilisation by a diverse user base. In government procurement, where various stakeholders, including procurement officers, administrators, and policymakers, interact with these tools, catering to their varied needs is paramount.
It will also employ artificial intelligence (AI) to provide intelligent insights. With the emergence of technology, the roles of AI algorithms can be analysed deeper and more accurately. It can generate historical spending data and suggest trends, helping agencies identify cost-saving opportunities and optimise procurement strategies.
The GETS and AoG dashboards represent a significant milestone as government agencies continue their digital transformation journey. These tools provide a glimpse into the future of procurement practices, where data-driven decisions and transparency take centre stage. With ongoing efforts to improve user-friendliness and expand data coverage, these dashboards will play a pivotal role in shaping the procurement landscape for years to come.
In the era of digital government, the commitment to harnessing technology for improved governance and public service is evident. As agencies embrace innovative digital tools, the government sets a precedent for other sectors, fostering a culture of digital innovation and data-driven decision-making for the New Zealand government.
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The advent of big data has opened up new possibilities for driving sustainable development and informed decision-making. In the context of New Zealand, harnessing the potential of big data presents numerous opportunities to address social, economic, and environmental challenges.
Police agencies in New Zealand are increasingly turning to advanced artificial intelligence (AI) technology to bolster their emergency response and risk assessment capabilities. Recent tragic incidents, such as the shooting of an unarmed constable in West Auckland in 2020, have prompted the development of innovative safety programmes aimed at improving law enforcement effectiveness. One intelligence system has emerged as a central component in this technological transformation.

By collaborating closely with major multinational technology companies specialising in data-driven policing systems, police agencies are harnessing the power of AI to redefine how they assess risks during emergencies. The intelligence system represents a leap forward in enhancing police intelligence systems, enabling law enforcement officers to make more informed decisions swiftly.
One of the critical achievements of the intelligence system is its ability to overcome the limitations of previous intelligence systems. The traditional system struggled to access essential information about criminal organisations, particularly gangs and firearms. This fragmentation hindered the ability of law enforcement to connect the dots and respond effectively to emerging threats swiftly.
However, the intelligence system has revolutionised this process by providing instant access to vital connections and associations. This newfound capability significantly enhances police efficiency and decision-making in the digital age.
The intelligence system’s impressive functionality extends beyond mere data access. It leverages advanced AI technologies to deliver more valuable intelligence, particularly concerning firearm-related threats.
By integrating data from various sources and employing machine learning algorithms, the intelligence system rapidly analyses and disseminates pertinent information. Front-line officers now can receive real-time updates directly on their smartphones, enabling them to respond effectively to evolving situations.
While the incorporation of advanced AI technology in law enforcement holds promise, it inevitably raises concerns surrounding privacy, transparency, and potential bias. This is not an isolated issue, as similar data-driven policing systems worldwide have grappled with these challenges. To address these concerns effectively, it is essential to conduct comprehensive privacy impact assessments and ensure the utmost transparency in the deployment of such technology.
Furthermore, the emergence of the intelligence system underscores the critical role of collaboration among organisations and the need for strategic partnerships to drive innovation. This initiative exemplifies how technology partnerships can push the boundaries of what’s possible and enhance capabilities beyond individual and organisational limits. In an era marked by rapid technological advancements, collaboration stands as the linchpin of resilience, enabling organisations to collectively address multifaceted challenges and fortify their defences against cyber threats.
The integration of advanced AI technology, exemplified by the intelligence system, into law enforcement operations, has the potential to bring public safety and police effectiveness. However, it simultaneously underscores the paramount importance of ethical considerations, transparency, and the responsible use of such technology to mitigate potential risks and biases.
In the pursuit of a safer and more secure digital future, collaboration remains indispensable, not just for technological advancement but also for achieving the overarching goal of creating a society where innovation thrives and security reigns supreme.
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Te Whare Wānanga o Waitaha | University of Canterbury (UC) Professor Ramakrishnan Mukundan and PhD candidate, Andrew Davidson, from the Department of Computer Science and Software Engineering are collaborating with Dr Gavin Harris, an Anatomical Pathologist at Canterbury Health Laboratories. Together, they employ high-resolution digital images of human tissue samples to enhance cancer diagnosis.
“This technology allows us to enhance image processing methods, enabling the automatic identification of features that pathologists find relevant. With images containing 60,000 pixels, we have an extraordinary level of tissue detail and a vast amount of data,” explained Professor Mukundan.
Currently, in New Zealand (Aotearoa), pathologists primarily examine tissue samples under a microscope. They then utilise their expertise to analyse the cancer and produce a diagnostic and treatment report. However, this approach is inherently subjective.
Emerging image processing algorithms represent a leap forward in analysing highly detailed, high-resolution images, offering the capability to scrutinise minute structures, including down to the level of individual cell nuclei. This breakthrough technology plays a pivotal role in identifying and quantifying diagnostically significant characteristics, a task that is often impractical for pathologists to perform manually, according to Professor Mukundan.
The potential of computational pathology goes beyond mere automation. These advanced algorithms can assess various tissue attributes, recognising different pertinent patterns and correlations that might otherwise escape human observation.
Professor Mukundan further emphasises that with the aid of this technology, pathologists will no longer need to seek out these features within the images actively. Instead, the algorithms will autonomously identify and highlight them, providing valuable additional tools and information to facilitate the diagnostic and evaluative processes.
Dr Harris is optimistic about harnessing whole-slide images of human tissue to enhance the precision of cancer treatments for patients. “By adopting a computational approach, we can measure the characteristics present in tissue samples with a level of accuracy that surpasses current methods. This, in turn, paves the way for a more personalised approach to cancer care,” notes Dr Harris.
Currently, the research relies on digitised tissue samples sourced from online repositories to train the algorithms. Human expertise is still essential to ensure the accuracy of the algorithm outputs.
Professor Mukundan explains that the algorithm’s training process involves extracting pertinent features from training data, which is the foundation for building a comprehensive knowledge base. Subsequently, this knowledge is employed to categorise tissue sample images that have yet to be encountered.
Upon concluding the training phase, the research team can evaluate the algorithm’s performance and accuracy in collaboration with pathologists, making any necessary adjustments.
The team has secured recent funding, enabling them to access scanned whole slide images of tissue samples. This valuable resource aids in assessing the algorithms’ effectiveness. The grant supports a detailed analysis to validate the algorithm further using an entirely new test dataset.
As part of his PhD, Davidson has been involved in algorithm development, experimental analysis, and result validation. According to him, the results obtained so far suggest that the new systems under development have the potential to enhance health outcomes for cancer patients significantly. This improvement hinges on developing more precise diagnostic and classification schemes essential for formulating effective treatment strategies.
The research team’s goal is to finalise their work by the end of 2024, culminating in creating a machine learning algorithm capable of accurately identifying cancer subtypes.
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New Zealand Defence Force (NZDF) personnel have participated in a multinational exercise led by the United States to advance and fortify the military’s cyber capabilities. This collaborative effort is driven by the necessity to shield the nation and its assets against the relentless and ever-evolving array of cyber threats in the contemporary digital landscape.
The exercise underscored the commitment of New Zealand to staying at the forefront of cybersecurity and serves as a testament to the strong international partnerships. By engaging in this exercise, the NZDF personnel have had the invaluable opportunity to exchange insights, strategies, and best practices with their counterparts worldwide. This cross-cultural collaboration enhances cyber readiness and fosters a spirit of cooperation and solidarity in confronting the common challenges posed by the modern cyber domain.
The bi-annual Exercise Cyber Flag, orchestrated under the auspices of the US Cyber Command, is designed to cultivate the capacity for executing Defensive Cyber Operations beyond the conventional IT network boundaries. Beyond this primary objective, it serves as a crucible for developing, assessing, and validating cyber skills within the milieu of multinational cooperation.
The NZDF actively engaged in this exercise in a collaborative spirit and commitment to cyber resilience. This involvement transcended geographical constraints, with contributions from NZDF personnel stationed within the United States, specifically the State of Virginia, and remotely from New Zealand. The endeavour was characterised by two highly proficient Cyber Protection Teams comprising a dynamic ensemble of Regular Force, Reserve Force, and civilian professionals.
The first of these teams constituted a fusion of talents from the Royal New Zealand Air Force, the Royal New Zealand Navy and NZDF civilians affiliated with the Defence Cyber Service Centre. The second team was a composite unit representing the NZ Army, bolstered by the inclusion of Special Forces personnel. Furthermore, the exercise ecosystem was enriched by dedicated individuals who assumed the role of opposing forces, simulating a spectrum of cyber attacks and exploitation scenarios.
The bi-annual Exercise Cyber Flag, orchestrated by the U.S. Cyber Command, is a pivotal and meticulously crafted undertaking. Its central aim is to cultivate the expertise required for the execution of Defensive Cyber Operations, a domain that extends far beyond the conventional confines of IT networks. However, this exercise serves a multifaceted purpose, functioning as an invaluable for developing, assessing, and validating cyber skills, all within the multinational cooperation.
The New Zealand Defence Force (NZDF) actively participated in this exercise as a collaboration and commitment to cyber resilience. What is particularly noteworthy is the NZDF’s ability to transcend geographical boundaries in its contribution. Personnel from the NZDF were positioned within the United States, specifically in the State of Virginia, and worked from remote locations in New Zealand. This dynamic engagement showcased the NZDF’s adaptability and dedication to the exercise’s objectives.
Cyber Protection Teams represent a blend of talent from the Regular Force, Reserve Force, and civilian professionals. The composition of these teams was diverse and inclusive, with the first team comprising individuals from the Royal New Zealand Air Force, the Royal New Zealand Navy, and NZDF civilians affiliated with the Defence Cyber Service Centre—the second team representation from the NZ Army was further augmented by the inclusion of Special Forces personnel.
Furthermore, the exercise ecosystem was enriched by the indispensable contributions of individuals who assumed the roles of opposing forces. Their expertise lies in simulating a spectrum of cyber attacks and exploitation scenarios, providing an invaluable testbed for the teams to hone their defensive capabilities.
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In a recent study, a team of researchers embarked on a journey to explore the potential of Virtual Reality (VR) headsets in medical consultations. This multidisciplinary team comprised several key members, including the PhD student Dilshani Kumarapeli, a Postdoctoral Fellow Dr Sungchul Jung, Research Associate Dr Yuanjie Wu, and their leader, Professor Rob Lindeman, who serves as the Director of the Human Interface Technology (HIT) Lab at Te Whare Wānanga o Waitaha | University of Canterbury (UC). Their collective mission was to push the boundaries of how VR technology could be harnessed in healthcare, particularly in scenarios where access or risk factors might hinder traditional face-to-face interactions between doctors and patients.
On their research endeavours lay in developing a personalised VR experience, aptly called an asymmetric system. This novel concept represented a departure from the conventional applications of VR technology, such as video games. Unlike these familiar scenarios where users typically engage with identical systems and receive uniform information, the researchers aimed to create a personalised VR environment for each individual involved in the medical consultation process. This approach set their work apart, underlining its innovative spirit and the potential to revolutionise the healthcare landscape.
The research team believes that the bespoke VR system could enhance the doctor-patient connection, even when physical proximity is not possible. By tailoring the sensory experience to cater to individual needs, this system could be particularly beneficial for patients residing in remote areas, those with highly contagious diseases, or individuals with mental health conditions that might pose a risk of violence toward others.
Professor Lindeman emphasises the importance of trust in the clinician-patient relationship, and the VR system is meticulously designed to facilitate this trust-building process. It achieves this by focusing on relaying essential non-verbal cues like eye contact and facial expressions, fostering a sense of connection between patients and doctors despite the geographical separation. Simultaneously, the system provides clinicians with valuable physiological data that patients may have difficulty conveying verbally during remote assessments.
The data collected by the VR headset includes eye-tracking information, facial expressions, and pulse and breathing rate data. This data is then processed and interpreted by a connected software programme, empowering the clinician to make more accurate diagnoses and treatment decisions.
While the research team’s initial trials of the VR system involved UC students, their visionary approach to asymmetric VR technology suggests that its potential applications extend far beyond the confines of these experiments. They foresee its utility in many scenarios, with educational contexts being just one example. As technology progresses and is refined, the team is wholeheartedly dedicated to advancing the system for real-world implementation, recognising the transformative impact it could have on various sectors.
One of the achievements of this research was the development of emotion recognition software. Overcoming the challenge of capturing nuanced facial expressions while participants wore VR headsets required innovative solutions. To address this, the team employed a facial capture device and trained a neural network to discern and interpret critical emotions.
This technological breakthrough enabled the transmission of these emotions to the clinician, enhancing the effectiveness of diagnosis sessions. Kumarapeli reflected on this journey as an enriching experience, underscoring its profound implications for the future of healthcare and beyond.
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In an era defined by the pervasive influence of digital technologies across industries, the Government Communications Security Bureau’s National Cyber Security Centre (NCSC) has taken a significant step forward by releasing a comprehensive resource to enhance the comprehension and proficient management of cybersecurity investments. This resource is not just another document but a strategic tool tailored to guide business leaders and cybersecurity professionals towards a deeper understanding of the intricacies associated with cybersecurity investments.
As the landscape of cyber threats continues to evolve and intensify, Lisa Fong, the Deputy Director-General of GCSB and the individual tasked with overseeing NCSC, underscored the pressing need for organisations to adopt a well-structured and strategic approach to their cybersecurity investments. She emphasises the growing importance of aligning an organisation’s cybersecurity strategy with its broader goals and financial governance.
Ms Fong recognised that cybersecurity is not merely a standalone function but an integral component of an organisation’s overall strategy in this digital age. Within this strategic framework, an investment plan is a pivotal element that requires careful consideration and meticulous planning.
With the digital realm woven into the fabric of modern business operations, organisations must recognise that a robust cybersecurity strategy is no longer an option but a necessity. Ms Fong believed this resource will provide invaluable guidance for organisations looking to fortify their cybersecurity posture. It serves as a roadmap, helping organisations chart a course that aligns their cybersecurity investments with their unique organisational objectives and financial governance structures. Doing so empowers them to address the complex and ever-evolving landscape of cybersecurity threats with greater efficiency and confidence.
As the digital landscape continues to expand at an unprecedented pace, organisations face the dual challenge of harnessing the benefits of digitalisation while concurrently navigating a rapidly evolving threat landscape. With this escalating digital transformation, the risks associated with protecting sensitive information assets and ensuring the uninterrupted operation of critical services have become more pronounced than ever before.
In light of these challenges, Lisa Fong, Deputy Director-General of GCSB and overseer of NCSC, underscored the overarching objective of effective cybersecurity investment: the seamless integration of cyber resilience into an organisation’s culture.
This vision extends beyond merely being a set of protective measures—it envisions cybersecurity as an ingrained mindset and practice, shaping how an organisation approaches its operations, decisions, and interactions in an increasingly digital world.
However, Ms Fong acknowledged that investing in cybersecurity isn’t a one-size-fits-all endeavour. Instead, it is an intricately tailored process, precise to each organisation’s requirements. The multifaceted nature of cybersecurity investments, characterised by their organisation-specific complexities, underscores the need for flexibility in planning and execution. Organisations must be prepared to adapt and recalibrate their cybersecurity investment strategies to keep pace with the constantly shifting landscape of digital threats and vulnerabilities.
To facilitate this adaptability and provide organisations with a structured approach, the guidance presented by NCSC outlines a four-phase, cyclical methodology for cybersecurity investment. This approach encompasses a comprehensive understanding of the organisation’s threat landscape, formulating a strategic cybersecurity plan, the execution of initiatives, and rigorous measurement of success.
Ms Fong further emphasised that this guidance doesn’t aim to provide exhaustive, prescriptive instructions but is a valuable point of departure. It empowers organisations to initiate their cybersecurity investment journey with a robust framework, enabling them to structure their thoughts and strategies effectively. It offers a starting point, a roadmap, that can be customised to an organisation’s unique context, needs, and objectives, providing invaluable insights into cybersecurity investment.
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Quantum technology is paramount in the current world, and its significance continues to grow. This breakthrough promises advancements in cryptography, optimisation, drug discovery, and climate modelling, with implications for security and scientific progress.
In light of this, the University of Otago, Te Whai Ao and Photonic and Quantum Technologies company in New Zealand represent a significant undertaking to establish The Quantum Technologies Research Programme, which is renowned as one of New Zealand’s premier hubs for pioneering research in the field of quantum science. It aims to extend in advance the boundaries of human knowledge and technological innovation.
Fundamentally, this ground-breaking programme is designed to elevate New Zealand’s standing on the global stage within the rapidly evolving realm of quantum technologies. These technologies, firmly rooted in the intricate and profound principles of quantum physics, hold the promise of revolutionising various industries and aspects of modern life. By harnessing the unique properties of quantum systems, researchers within this programme aim to pioneer novel and advanced technologies that can transform industries, enhance security measures, and ultimately propel New Zealand to the forefront of international scientific and technological leadership.
Loveday Kempthorne, Manager of International Science Partnerships at MBIE, emphasises the transformative potential of quantum technologies in numerous societal domains and industries, including environmental monitoring, drug discovery, medical imaging, materials science, and communication.
One of the primary objectives of this programme is to establish stronger ties with the global quantum research community, fostering increased international collaboration. This strategic endeavour seeks to create a robust network of partnerships and collaborations with quantum research institutions, universities, and experts from around the world. By facilitating knowledge exchange and collaborative efforts, New Zealand can tap into a wealth of expertise and resources, accelerating its progress in the field and ensuring that it remains at the cutting edge of quantum technology development.
It involves fostering collaboration between academia, industry, and government bodies to create an environment conducive to quantum research and development. Through initiatives such as research grants, educational programmes, and technology transfer partnerships, the programme aims to cultivate a thriving quantum technology sector within the nation’s borders.
One of its features is the extensive network of connections it has cultivated with world-renowned research organisations on a global scale. These robust international partnerships serve as vital conduits for knowledge exchange and collaboration, enabling the programme to tap into the collective expertise and resources of leading quantum research institutions worldwide.
By harnessing the power of these connections, the Quantum Technologies Research Programme ensures that its investments and advancements reverberate throughout the broader global quantum research community.
Additionally, the programme actively engages with a multitude of research institutions within New Zealand. This concerted effort is aimed at fostering a thriving ecosystem for quantum research and development within the nation. By leveraging the combined strengths and capabilities of various research entities across the country, the programme contributes to the growth and enrichment of New Zealand’s quantum research landscape.
“It will ultimately enhance our understanding and research in quantum technologies. This is a remarkable stride towards positioning New Zealand as a frontrunner in the rapidly advancing field of quantum research,” Kempthorne concluded.