By Saloni Sinha ( September 16, 2025, 03:08 GMT | Insight) — Australia won’t succeed globally if it only imports technology instead of innovating, a leading tech founder has warned, reiterating the need to cut red tape and attract capital to build homegrown artificial intelligence companies. Scott Farquhar, the founder of Australian tech company Atlassian and the chair of an industry group representing Google, Microsoft and OpenAI, said the tech sector was looking forward to working with the government on all the aspects that are needed to “make sure Australia is the best place to create AI.”Australia won’t succeed globally if it only imports technology instead of innovating, a leading tech founder has warned, reiterating the need to cut red tape and attract capital to build homegrown artificial intelligence companies….

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SITA, the global leader in air transport technology, announced the availability of SITA’s next-generation, secure connectivity managed service to streamline front-office passenger handling services, SITA Connect Fly, powered by technology from Versa, the global leader in Universal Secure Access Service Edge (SASE).

Today’s launch is timely as airlines are under growing pressure to modernize their passenger handling systems. Many still rely on outdated networks and multiple vendors, leading to rising costs, security gaps, and delays at the airport.

For passengers, the result is less waiting at check-in and boarding, improved trust in the safety of their personal data, and a seamless experience end-to-end.

SITA Connect Fly builds on SITA’s widely used Community Connect DCS service, currently supporting check-in and boarding control in more than 400 locations worldwide. This revamped managed service will bring all the benefits from its cloud-native technology at cost-effective pricing for customers.

The new service is built on VersaONE, Versa’s AI-powered platform that combines network performance and security in one place. With Versa’s global cloud gateways, airlines can connect through the closest point of access, speeding up response times and reducing delays. The platform also ensures that enough bandwidth is always available for critical applications, keeping essential airline systems like departure control running smoothly.

Thanks to Versa’s next-generation unified networking and security technology, this new managed service will also bring more flexibility, delivering connectivity from any underlying transport layer (ISP, MPLS, 4G/5G, etc.) to any application, no matter its location. For customers, this means no barriers to being connected from any remote airport, including regional sites, and expediting their operations time-to-market to just a few weeks. As the product also includes full SASE options – which merges cloud-delivered Security Service Edge (SSE) security capabilities with all the SD-WAN benefits enhancing security without compromising agility – it will additionally cover mobile endpoints, non-airport locations and wider travel industry needs.

Fully integrated with SITA’s common-use systems for check-in and self-service (CUTE and CUSS) and SITA Flex, SITA Connect Fly also lays the foundation for real-time data processing across the broader SITA digital ecosystem, helping airlines and airports deliver more connected, efficient, and reliable services for travelers everywhere.

Here’s a puzzle to delight: Three unrelated historical events converge on a single date, creating a lens through which we might glimpse humanity’s future with artificial intelligence.

September 16, 2025 marks the second observance of the International Day of Science, Technology and Innovation for the South; proclaimed by UN Resolution A/RES/78/259 following the Havana Declaration. Simultaneously, Malaysia celebrates its 62nd year of federation. And the day also commemorates that quietly, the ozone layer continues its recovery, monitored by satellites that confirm what the Montreal Protocol set in motion decades ago.

Each celebration operates at a different scale of human organization. The Global South initiative speaks to billions of individuals whose innovations have been marginalized by traditional power structures. Malaysia’s story illuminates how diverse communities can federate while preserving distinct identities. The ozone layer’s healing demonstrates that entire nations can coordinate to address planetary threats.

Individual ingenuity. Community resilience. National cooperation. Planetary stewardship.

What emerges from this convergence is a systems map for how AI might finally serve regenerative rather than extractive purposes. If we choose to read the pattern correctly.

When Individual Innovation Scales Wisely

Ponder what happens when we trace innovation from the ground up. A farmer in rural Bangladesh notices that traditional flood-prediction methods, passed down through generations, align eerily well with satellite data patterns. She partners with a local tech collective to create an early warning system that combines indigenous knowledge with machine learning. The system doesn’t replace community wisdom; it amplifies it, translating ancestral observations into actionable insights that help neighboring villages prepare for increasingly volatile weather.

This is more interesting than Silicon Valley’s make and break tales: AI that emerges from and serves the communities where it’s deployed. The farmer’s innovation exemplifies prosocial AI; systems that are tailored, trained, tested and targeted to bring out the best in and for people and planet; technology that is designed to strengthen rather than extract from social fabric.

The distinction matters because it reveals two fundamentally different approaches to technological development. Extractive AI optimizes for narrow metrics; profit, efficiency, scale; often at the expense of community cohesion and ecological health. Prosocial AI asks different questions: How can these tools help people bring out their best selves? How can they strengthen local knowledge rather than displacing it? How can they serve regeneration rather than depletion?

What made M-Pesa, Kenya’s mobile money revolution transformative wasn’t sophistication; early versions were remarkably simple, but its deep understanding of how people actually lived. The technology succeeded because it amplified human connection rather than replacing it. Rural farmers could receive payments, urban workers could send money home and millions joined the formal economy for the first time. The innovation worked because it started with individual needs and scaled through community networks.

A Federation Model For Artificial Intelligence

Malaysia’s formation on September 16, 1963 offers an intriguing metaphor for how intelligence – artificial and natural, might organize differently. The federation brought together states with distinct strengths: Malaya’s urban sophistication, Sabah and Sarawak’s natural resources, Singapore’s commercial energy (though Singapore would later choose independence). Rather than homogenizing these differences, the federation’s genius lay in creating structures that allowed diversity to generate collective capability.

What if AI systems operated more like federations than empires? Instead of centralizing all computational power and decision-making in distant data centers, envision AI architectures that preserve and amplify local knowledge while enabling beneficial exchange across networks.

Malaysia’s current RM169.2 billion commitment to AI development by 2030 positions it to demonstrate this approach. The nation sits at a unique confluence: ancient trade routes that have always facilitated knowledge exchange, extraordinary biodiversity that holds solutions to countless challenges and rapidly developing technological infrastructure. It could pioneer federated intelligence with AI systems that honor cultural diversity while solving shared problems, because they are driven by regenerative intent. ProSocial AI in practice.

Imagine AI systems that learn from Penan forest management in Sarawak, flood resilience strategies in Kelantan, urban heat reduction techniques in Kuala Lumpur, and marine restoration practices in Sabah. Instead of flattening this knowledge into generic training data, federated AI would preserve the contextual richness that makes each approach effective while facilitating cross-pollination of insights.

Malaysia’s Digital Economy Blueprint emphasizes inclusive growth and sustainable development. The challenge is ensuring that AI development follows these principles rather than defaulting to extractive models that concentrate benefits in already-wealthy regions.

Planetary Healing As Governance Template

When scientists discovered the expanding hole over Antarctica in the 1980s, the world faced a choice between short-term economic interests and long-term planetary survival. The Montreal Protocol, signed in 1987, chose survival. It remains the only UN environmental treaty to achieve universal ratification.

The ozone layer is now healing. NASA satellite data shows the hole shrinking, with scientists predicting full recovery by 2066. This success story offers a template for how we might approach AI governance in the age of climate crisis.

It is a useful reminder that international cooperation can actually work (which is good to remember in times where the United Nations faces a renewed wave of criticism and funding shortages). It also shows that successful environmental action requires both technological innovation and deliberate human restraint. The chemicals depleting ozone weren’t inherently malicious; they served useful purposes in refrigeration and industrial processes. But their unintended consequences threatened the atmospheric system that makes complex life possible on Earth.

AI presents similar dynamics. These systems offer extraordinary capabilities for climate modeling, resource optimization and ecological monitoring. But without intentional design for regenerative outcomes, they will accelerate the very problems they’re meant to solve; through massive energy consumption and job displacement that undermines social cohesion, driven by an optimization for narrow metrics that miss systemic effects.

The Montreal Protocol succeeded because it established clear boundaries before damage became irreversible, created accountability mechanisms that applied to all parties, and provided pathways for innovation within those constraints. Our approach to AI governance needs similar elements.

The Choice Architecture Of Prosocial AI

Human agency is magic. AI systems don’t choose their own purposes; we do. Every training objective, every deployment decision, every business model represents a choice about what kind of future we’re building. The question isn’t whether AI will be powerful; it already is. The question is whether we’ll use that power to regenerate or to extract.

Choice architecture might reshape familiar AI applications. Instead of recommendation algorithms optimized for engagement time, picture systems designed to help people develop deeper interests and stronger relationships. Instead of predictive policing that reinforces existing biases, envision AI that helps communities understand and address root causes of social problems. Instead of agricultural AI that maximizes yield through chemical inputs, picture systems that optimize simultaneously for soil health, biodiversity and farmer wellbeing.

Research on AI’s potential social impact points to emerging realities in contexts where communities maintain agency over technological development. The difference lies in who controls the design process and whose values get embedded in the systems.

Possible Practical Pathways

The convergence of September 16’s three celebrations suggests specific directions for this hybrid work, operating at each scale of human organization:

Individual Level – From Global South Innovation

Prioritize locally-owned innovation that solves pressing community needs. This means supporting AI research and development that emerges from the places where solutions will be implemented, rather than imposing external fixes. It means designing systems that can function effectively in resource-constrained environments and that strengthen rather than replace local expertise.

Community Level – From Malaysia’s Federation

Embrace diversity as a source of systemic resilience. This translates to AI architectures that preserve cultural and biological diversity rather than homogenizing them. It means creating governance structures that balance coordination benefits with local autonomy, ensuring that AI development benefits are distributed across regions and communities rather than concentrated in a few tech capitals.

National Level – From Ozone Protection

Establish clear boundaries and accountability mechanisms before problems become irreversible. This requires precautionary principles in AI deployment, international cooperation on standards and governance, and willingness to constrain profitable applications when they threaten larger systems.

Planetary Level – From Systems Thinking

Recognize that individual, community and national interventions must align to address challenges that transcend borders; climate change, biodiversity loss, social inequality. AI governance must account for these interconnections rather than optimizing for any single level. Planetary health involves everyone, everywhere.

The Regenerative Imperative

What ties these threads together is a vision of technology as a regenerative force; systems that heal rather than harm, that strengthen rather than extract, that enhance human capabilities rather than replace them. This isn’t about slowing progress or returning to pre-digital ways of life. It’s about directing our technological capabilities toward outcomes that serve life and living within an organically evolving kaleidoscope. Each of us is part of that kaleidoscope – and it is part of us.

The climate crisis makes choices urgent. The window to restructure human systems to operate within planetary boundaries is shrinking. As we are navigating this hybrid tipping zone AI could accelerate a positive transition; through smarter energy grids, precision agriculture that reduces chemical inputs, transportation systems that minimize waste and circular economy platforms that keep materials in productive use.

That requires humans to choose regeneration over extraction. It means deliberate design for people and planet, not pure profit. Intelligence; artificial and natural; serves its highest purpose when it helps life flourish.

September 16’s Systems Map

As we mark these three celebrations together, September 16, 2025 offers an invitation to imagine the hybrid future and to frame A. Not as an inevitable force reshaping society according to technological imperatives, but as a tool we can consciously direct toward healing our communities and our planet.

The Global South’s innovation ecosystem shows us that technology can emerge from and serve local needs. Malaysia’s federation demonstrates that diversity strengthens systems more than uniformity. The healing ozone layer proves that humanity can act collectively when we recognize shared stakes and clear pathways forward.

Individual ingenuity scaling through community networks. Diverse capabilities federating while preserving local identity. National coordination addressing planetary challenges. This is the systems map that September 16 offers for prosocial AI.

The question is whether we’ll apply these lessons to the most powerful technology humans have ever created. Whether we’ll choose AI that brings out our best impulses, or allow narrow optimization to undermine the very systems that support complex life on Earth.

The choice remains ours to make, for now..