Palestine Forum NZ – What Went Wrong?
What Went Wrong
Eight months ago, the world was told the war on Gaza was over. A ceasefire. A hostage exchange. A twenty-point plan, endorsed by the UN Security Council, backed by a new international body with a grand name: the Board of Peace. Officials queued up to call it historic. For people who have spent two years burying their children in scraps of cloth because there was nothing else, “historic” felt, for a moment, like it might mean something.
It hasn't.
The plan on paper
The framework that became Security Council Resolution 2803 promised a lot: an end to hostilities, the return of every hostage, a surge in humanitarian aid, and a phased path toward Palestinian self-governance in Gaza under international supervision. The living hostages came home within days. That part worked, because it was the part the guarantors actually wanted to work.
Everything harder than that has stalled.
The plan on the ground
Since the ceasefire was declared, Israeli strikes inside Gaza have killed more than a thousand Palestinians. Six people were killed in a single week this month alone: a drone strike on a displacement camp, gunfire elsewhere in the Strip while the word “ceasefire” sat in quotation marks in every report describing it. Israeli forces now control roughly 80 percent of the territory, expanding steadily beyond the line the truce was supposed to fix in place. Families near that line are being pushed from their homes again, in what is meant to be peace.
Ninety percent of Gaza's civilian infrastructure lies in ruins. Hospitals, water systems, schools, mosques and churches are gone or unusable. The famine that a tightened blockade produced hasn't been undone by a piece of paper signed in Washington. Aid still moves at the pace the occupying power allows it to move.
And the political horizon the plan promised Palestinian governance, a route to statehood, a say for Palestinians in their own future has quietly narrowed to something else entirely. One version on offer involves “alternative safe communities”: walled compounds under Israeli military control, each holding twenty to twenty-five thousand people, administered rather than governed. Another version, unveiled with a straight face by a property developer, imagined Gaza's ruins rebuilt as seaside resorts and skyscrapers, a real-estate pitch delivered over a mass grave. Neither is self-determination. Both were drawn up without the people whose lives they claim to plan.
Meanwhile in the West Bank, settler violence keeps climbing and the Palestinian Authority grows weaker by the month, sidelined and discredited in the eyes of the people it's supposed to represent.
So what went wrong?
Not one thing. The same thing that has gone wrong for decades: a peace process built to manage the appearance of a conflict rather than resolve its cause. Disarmament is demanded of the side under siege before occupation is lifted from the side doing the besieging. Reconstruction is promised, then re-imagined as real estate. Self-governance is offered, then redefined as supervised containment. A body called the “Board of Peace” is chaired by the same government that has spent two years arming one side of the war it claims to be ending.
This is not a plan that failed by accident. It is a plan that was never built to deliver what it promised because delivering it would have meant treating Palestinians as a people with a right to determine their own future, not a population to be managed until the cameras move on.
What doesn't go wrong
What has never wavered, through every ceasefire and every collapse of one, is Palestinian sumud steadfastness. People who have lost everything and are still refusing to leave. Journalists are still filming. Doctors are still operating without anaesthetic. Families still naming their newborns after the ones they buried, so the name carries on.
Solidarity from the outside doesn't get to be passive while that continues. It means saying plainly, in public, what went wrong and who kept it that way and it means not letting the word “ceasefire” launder what is still, by any honest reading of the last eight months, an occupation tightening its grip under a different name.
The plan on paper was never the point. The plan on the ground is the one Palestinians are still living through. That is where solidarity has to meet them.
— Palestine Forum of New Zealand
Tech: New Zealand has the most AI-aware web of 43 countries — one in seven sites has published a formal AI policy
While most of the world's websites have never answered the AI question at all, New Zealand quietly leads the planet in answering it: 15.3% of Kiwi sites have published a formal, machine-readable AI policy — the highest share of all 43 countries in the study, ahead of Australia, and double or triple most of Europe. That is the picture from an analysis of 41.8 million websites by data platform Piperic.
Piperic analysed the robots.txt files and AI directives of 76,371 live New Zealand websites. On blocking, the country is unremarkable: 4.1% (3,150 sites) exclude at least one known AI crawler — 23rd of 43 countries, mid-table, slightly more cautious than Australia (3.4%). ChatGPT, Claude and Gemini are free to learn from the content of the remaining 95.9%.
The record is elsewhere: 15.3% of Kiwi sites have consciously opted in, publishing an llms.txt policy file — roughly one in seven websites, the highest rate measured anywhere, ahead of Australia (14.7%) and far ahead of the UK (9.5%), Germany (4.6%) or France (6.2%). As a result, New Zealand's “silent majority” — sites that never made any AI decision — is the smallest in the study: 80.6%, against global norms above 90%. It's a small web that has done its homework.
The tourism paradox — and a cautious press
The sector table repeats a pattern seen across tourism economies: attractions block AI at 9.1% — more than twice the national average — precisely as travellers increasingly plan their trips with ChatGPT. In this market, hiding from AI means hiding from future visitors. The Kiwi press is cautious too: 15.7% of the 223 news sites analysed block AI crawlers — well below Australia's barricades (25.1%), well above the relaxed British press (3.6%). Meanwhile, of 22,606 New Zealand online shops, only 2.9% block — the catalogues of more than 21,900 Kiwi shopsare already readable by AI shopping assistants. And Kiwi blocking is clean: only 4.7% of GPTBot-blockers accidentally exclude ChatGPT's search robot (global average: 6%).
“New Zealand punches far above its size on AI awareness: fifteen percent of Kiwi sites have published an llms.txt — the highest rate of all 43 countries we analysed. Nowhere else has a larger share of the web actually sat down and decided what AI may do with its content. The one blind spot is ironic for a country that lives on visitors: attractions block AI at twice the national average, just as travellers hand their itineraries to ChatGPT,” — says Attila Rácz-Akácosi, founder of Piperic.com.
The full interactive New Zealand report — with sector comparison, world ranking and quarterly updates — is freely available: piperic.com/ai-report/nz
THE NUMBERS AT A GLANCE
76,371 live New Zealand websites analysed · 41.8 million worldwide
15.3% have consciously opted in (llms.txt) — the HIGHEST rate of all 43 countries (Australia: 14.7%, UK: 9.5%)
the “silent majority” is 80.6% — the smallest in the study (global norm: 90%+)
95.9% block no AI crawler · 4.1% (3,150 sites) block — 23rd of 43
attractions: 9.1% block (2.2x the average) — the tourism paradox · press: 15.7% (n=223)
more than 21,900 Kiwi online shops are already readable by AI shopping assistants
only 4.7% of NZ GPTBot-blockers accidentally lock themselves out of ChatGPT Search (global: 6%)
METHODOLOGY Piperic analyses the public web continuously; these figures come from a snapshot taken on 13 July 2026 covering 41,818,678 live websites, of which 76,371 are New Zealand sites. Live = reachable (HTTP 2xx) and not parked. AI blocking = robots.txt excludes at least one known AI crawler (GPTBot, ClaudeBot, Google-Extended, CCBot and others). Important: these figures cover the ENTIRE New Zealand web, not just the biggest sites — the 19–25% blocking rates often cited in international coverage refer to the global top 1,000 most-visited sites, where awareness (and legal exposure) is far higher. The two numbers don't contradict each other: they describe different populations.
ABOUT PIPERIC Piperic (piperic.com) is a business-data platform that maps and makes searchable the technology, content and AI-access data of 41.8 million live websites. The AI Report is the platform's free research series covering 43 countries, updated quarterly.
Health Coalition – Call for kotahitanga against tobacco, alcohol and junk food
Source: Health Coalition Aotearoa
Tech – Fujitsu to explore physical AI development and implementation across industries with FANUC, Yaskawa Electric, and Kawasaki Heavy Industries integrating NVIDIA technology
Sydney, Australia, 17, 2026: Fujitsu Limited today announced that it has begun exploring business opportunities in the field of physical AI with leading robotics companies FANUC CORPORATION, YASKAWA Electric Corporation and Kawasaki Heavy Industries, Ltd. This initiative aims to promote the development of a collaborative control platform that ensures sovereignty by bridging the digital and physical worlds and integrating NVIDIA’s open physical AI technologies. By accelerating the societal implementation of physical AI across various industrial sectors – including manufacturing, logistics, and healthcare – Fujitsu seeks to realise a society where humans and robots coexist and collaborate, and strengthen Japan’s industrial competitiveness.
Background
In recent years, various industrial sectors – particularly manufacturing- have faced growing challenges such as labour shortages due to Japan’s declining birthrate and ageing population, a decline in the number of skilled technicians, and intensifying global competition. To resolve these challenges and achieve sustainable growth, the promotion of digital transformation (DX) is essential. In particular, expectations are rising for physical AI, where AI recognises and analyses real-world information and executes it as physical actions.
Physical AI enables the automation of tasks, improved productivity, stable quality, and the creation of new services by allowing robots and various pieces of equipment to assess situations and autonomously determine and execute optimal actions. However, realising this requires advanced robot control technology and an AI infrastructure that leverages high-quality on-site data, as well as a collaborative control platform that integrates these elements to bridge the digital and physical worlds. Yet, there are limits to what a single company can achieve in terms of development and widespread adoption.
Given this situation, as a technology company, Fujitsu will promote the societal implementation of physical AI through collaboration with leading robotics companies- FANUC, Yaskawa Electric, and Kawasaki Heavy Industries – while simultaneously working to standardise and open up the collaborative control platform.
Overview
1. Social implementation utilising physical AI
These explorations will cover the social implementation of physical AI in the following industrial sectors with plans to expand into other sectors in the future in place.
• Factory solutions: By optimising the planning of overall factory production activities – taking into account factors affecting production fluctuations and on-site conditions – and enabling autonomous on-site adaptation, Fujitsu will help the manufacturing industry achieve further productivity gains and flexibility.
• Solutions for retail and logistics: By automating material handling operations based on logistics plans that incorporate real-time sales and inventory data, Fujitsu will achieve labour-saving and automation in logistics.
• Healthcare solutions: Based on optimised plans triggered by instructions from hospital operational systems, robots autonomously execute tasks to automate the in-hospital transport of pharmaceuticals and specimens, as well as outpatient reception and guidance services.
2. Promoting the standardisation and openness of a sovereign collaborative control infrastructure by bridging the digital and physical worlds
Fujitsu will develop software platforms and hardware interfaces that serve as a common foundation for physical AI by first gaining a deep understanding the cutting-edge technologies – such as AI, robotics, control systems, simulation, and data analysis – held by each company. These technologies will facilitate collaboration among various robots and equipment, and help to realise more advanced autonomous control systems. At the same time, as the scope of robot applications expands and collaboration with other equipment increases, risks such as cyberattacks, system-wide downtime or malfunctions, and leaks of confidential information also rise. Therefore, Fujitsu will develop a sovereign collaborative control infrastructure which will be provided as an open platform for participating companies and research institutions, thereby promoting the implementation of physical AI across the entire industry.
Collaboration with NVIDIA
Through this initiative, Fujitsu will lead business discussions with the companies and leverage the AI, world model, simulation, and robotics technologies underpinning NVIDIA’s physical AI platform. By doing so, it will further enhance the sovereign collaborative control platform and accelerate the social implementation of physical AI in industrial domains.
• Fujitsu will leverage the NVIDIA Cosmos global foundation model in its socio-physical simulations to enhance its ability to understand and predict events in real-world environments. Furthermore, it will accelerate the development and real-world implementation of physical AI solutions across diverse sectors, including manufacturing, logistics, and healthcare.
• Fujitsu will leverage libraries such as NVIDIA Omniverse, the NVIDIA Isaac open platform, and the Newton physics engine to streamline Sim2Real as well as robot learning, verification, and optimisation.
Future Plans
Starting with business discussions with these companies, Fujitsu will formulate a roadmap for concrete technology development and business expansion. As the robotics market expands, Fujitsu is confident that establishing a framework to provide an AI infrastructure – leveraging Japan’s world-class robot control technology and high-quality on-site data – will be a crucial step toward Japan leading the global robotics market. Through the societal implementation of physical AI, Fujitsu will contribute to the realization of a safe and prosperous society where humans and robots coexist and collaborate, as well as to the strengthening of Japan’s industrial competitiveness.
Executive Comments
Kenji Yamaguchi, Representative Director, President and CEO, FANUC CORPORATION comments:
“This collaboration marks an important step toward significantly advancing and accelerating the real-world deployment of Physical AI powered by robotics. We have already begun practical utilisation of Physical AI systems based on open platforms. Our key objective is to bring unprecedented “AI systems that are flexible and that can be utilised by users of all skill levels” to the shop floor in a timely manner. By combining your company's autonomous AI platform- which integrates Fujitsu’s Takane LLM and NVIDIA technologies – with FANUC robots featuring advanced AI capabilities and support for open platforms such as ROS 2 and Python, we aim to address critical challenges such as labour shortages. Through this collaboration and by leveraging the AI technologies of NVIDIA, a strategic partner of both companies, we will strive to create a society in which people and robots coexist and collaborate seamlessly, strengthen industrial competitiveness, create new value, and contribute to the realisation of a sustainable society.”
Masahiro Ogawa, Vice Chairman, Executive Officer, YASKAWA Electric Corporation comments:
“It has been about 10 years since Yaskawa Electric proposed the solution concept “i3-Mechatronics” in 2017, aimed at realising a new industrial automation revolution based on the fusion of mechatronics and data utilisation. During this time, technologies such as AI and GPUs have evolved significantly, and the expansion of automation through data utilisation – a goal we have championed – continues to advance.
Our company rapidly brought the MOTOMAN NEXT – an autonomous AI robot equipped with NVIDIA GPUs as standard – to market. Furthermore, by advancing ROS 2 compatibility and leveraging robots as open platforms, we are working to implement physical AI in society, as outlined in our mid-term management plan. We believe that strengthening our relationships with various partners is essential to realising this vision and further expanding the scope of automation. We have high hopes that this initiative will enable us to accelerate the societal implementation of physical AI together with all of you.”
Yasuhiko Hashimoto, President and Chief Executive Officer, Kawasaki Heavy Industries, Ltd. comments:
“We have high expectations that this collaboration will generate significant synergies between our companies and accelerate the social implementation of Physical AI. Today, the healthcare and nursing care sectors face serious challenges, including ageing populations and labour shortages. Addressing these issues through the creation of new solutions leveraging robotics and AI is an urgent priority.
Kawasaki Heavy Industries possesses robotics technologies that are widely utilised across a broad range of industries, as well as extensive operational data and expertise accumulated over many years. By combining these strengths with Fujitsu’s advanced IT capabilities and digital platforms, we are confident that we can realise a hospital one-stop solution that safely and efficiently connects every stage of the patient journey – from hospital admission and consultation to treatment, surgery, and post-operative care – thereby helping to address critical healthcare challenges.
Through this partnership with Fujitsu, we aim not only to advance technology development but also to co-create solutions that take root in real-world settings and contribute to improving the quality of healthcare. Together, we will deliver new value to the global healthcare and nursing care sectors.”
Jensen Huang, Founder and CEO of NVIDIA comments:
“Physical AI is the next industrial revolution – and it will be made in Japan. Fujitsu, FANUC, YASKAWA and Kawasaki are the companies that taught the world how to manufacture. Together with NVIDIA's full-stack physical AI platform, they will teach the world's machines to think, move and work alongside people – across factories, hospitals and cities. Japan invented modern industry. With AI, Japan will define its next era.”
Takahito Tokita, Representative Director, CEO of Fujitsu Limited comments:
“We are happy to begin exploring business opportunities together with leading robotics companies FANUC, Yaskawa Electric, and Kawasaki Heavy Industries – companies that are leading the global robotics industry. By bringing together the world-class robot control technologies developed by these companies with Fujitsu’s digital technologies and highly reliable computing capabilities, we aim to create a new social infrastructure in which people and robots work collaboratively across a wide range of industries, including manufacturing, logistics, and healthcare.
In addition, by leveraging NVIDIA’s advanced Physical AI technologies, we will synthesise a collaborative control platform that seamlessly connects business applications with robotic control technologies and expand its deployment globally. Through the vertical integration of robots and business applications, we can increase the autonomy of robotic decision-making and movement, enabling dramatic productivity improvements across a variety of operational environments.
Building on the launch of this initiative, we will accelerate the social implementation of Physical AI, contributing to the realisation of a safe and sustainable society while strengthening industrial competitiveness.”
