Tech Features
FROM SMART GRIDS TO SMART CITIES: THE NEXT PHASE OF URBAN INNOVATION

Dr Fadi Alhaddadin, Director of MSc Information Technology (Business), School of Mathematical and Computer Sciences, Heriot-Watt University Dubai
Urbanisation is accelerating at an unprecedented pace, placing immense pressure on cities to become more efficient, sustainable, and resilient. Today, urban areas account for most of the global energy consumption and greenhouse gas emissions, making them central to addressing climate and resource challenges. In response, cities around the world are transitioning from traditional infrastructure systems to advanced, technology-driven models. The evolution from smart grids to fully integrated smart cities marks a new phase of urban innovation.
At the core of this transformation lies the smart grid. Unlike standard energy systems, smart grids use digital communication technologies to enable real-time interaction between energy providers and consumers. This two-way communication allows for more efficient electricity distribution, improved demand management, and the seamless integration of renewable energy sources such as solar and wind. As a result, smart grids not only reduce energy waste but also enhance reliability and support decentralised energy systems. They form the foundational layer upon which broader smart city systems are built.
However, the true power of smart cities emerges from the convergence of multiple technologies. The Internet of Things (IoT), artificial intelligence (AI), and big data analytics work together to create highly interconnected urban environments. IoT devices ranging, from sensors and smart meters to connected infrastructure continuously collect data on various aspects of city life, including energy usage, traffic flow, air quality, and public services. This data is then analysed by AI systems, which generate insights and enable real-time decision-making.
Through AI-driven analytics, cities can predict energy demand, optimise transportation networks, and detect infrastructure issues before they escalate. For example, intelligent traffic management systems can reduce congestion and emissions by dynamically adjusting traffic signals based on real-time conditions. Similarly, predictive maintenance systems can identify potential failures in utilities or transportation networks, minimising disruptions and reducing operational costs.
One of the most significant benefits of smart city technologies is their contribution to sustainability. Energy-efficient buildings equipped with smart systems can automatically regulate lighting, heating, and cooling based on occupancy and environmental conditions. Smart transportation solutions, including connected public transit and electric mobility systems, help reduce carbon emissions and improve urban mobility. Furthermore, integrated resource management systems enable cities to optimise the use of energy, water, and other essential services, supporting a more sustainable urban ecosystem. A notable example in the Middle East is Masdar City, which has been designed as a sustainable urban development powered by renewable energy and smart technologies. The city integrates energy-efficient buildings, smart grids, and intelligent transportation systems, demonstrating how digital innovation can support low-carbon urban living.
The Middle East is increasingly positioning itself as a global leader in smart city development through ambitious national strategies and large-scale projects. In Dubai, smart city initiatives focus on digital governance, artificial intelligence, and integrated urban services to enhance efficiency and citizen experience. Similarly, Saudi Arabia’s NEOM project represents a transformative vision of a fully automated and sustainable urban environment powered by advanced technologies. These initiatives highlight the region’s commitment to leveraging innovation to address urban challenges and drive future economic growth.
Beyond environmental benefits, smart cities are designed to enhance the quality of life for their residents. Digital platforms enable more accessible and efficient public services, from healthcare to administrative processes. Smart health systems can improve patient care through remote monitoring and data-driven diagnostics, while intelligent safety systems enhance security through real-time surveillance and rapid emergency response. These advancements contribute to more convenient, inclusive, and liveable urban environments.
Resilience is another critical dimension of smart cities. As urban areas face increasing risks from climate change, natural disasters, and infrastructure strain, the ability to adapt and respond effectively becomes essential. Smart grids play a key role in enhancing energy resilience by supporting decentralised power generation and rapid recovery from outages. Meanwhile, data-driven systems allow city authorities to anticipate and prepare for potential disruptions, improving overall crisis management and response capabilities.
Despite their many advantages, the development of smart cities is not without challenges. The integration of interconnected systems raises concerns about cybersecurity and data privacy, as large volumes of sensitive information are collected and processed. Additionally, the high cost of implementing advanced infrastructure and the need for standardised systems can pose significant barriers. Addressing these issues requires strong governance, clear regulatory frameworks, and collaboration between governments, private sector stakeholders, and technology providers.
In conclusion, the transition from smart grids to smart cities represents a fundamental shift in how urban environments are designed and managed. By leveraging the combined capabilities of IoT, AI, and data-driven infrastructure, cities are becoming more efficient, sustainable, and resilient. This transformation is not only redefining urban systems but also shaping the future of how people live, work, and interact within cities. As this evolution continues, smart cities will play a crucial role in addressing global challenges and improving the overall quality of urban life.
Tech Features
NEW UAE ADVISORY FIRM AETHRA TARGETS GAPS IN GLOBAL HIRING AND MOBILITY STRATEGY
Aethra Advisory, a global hiring strategy & mobility architecture practice, has launched in the UAE as the first independent advisory practice dedicated to helping organisations design their global hiring infrastructure. The business will support founders, HR leaders, scale-up operators, and strategic decision-makers across UAE companies expanding internationally and global businesses entering the UAE, and wider Middle East, helping them navigate cross-border hiring, employment models, mobility programs, and compliance risk in an increasingly global workforce environment.

Aethra Advisory enters the market at a time when more companies are hiring across borders before they have built the systems needed to support those decisions. Many organisations still select Employer of Record (EOR) platforms, vendors, visa routes, or employment structures based on speed, only discovering compliance gaps, cost leakage, or operational limitations months later. Aethra sits at the architecture stage, helping leaders make structural decisions before vendors and execution routes are selected. As the global cross-border workforce and migration solutions market is projected to reach $11.37 billion by 2033, growing at an annual rate of 11.8%, this advisory layer is becoming important for companies that need global workforce models built for scale rather than short-term hiring fixes.
The company works upstream of execution, helping companies define where to hire, how to hire, which infrastructure to use, and where risk may emerge. Its services include Global Hiring Blueprint, Mobility Program Design, and Founder Advisory, covering areas such as EOR versus entity decisions, country decision matrices, immigration pathway design, vendor ecosystem strategy, compliance architecture, mobility policies, and 12-month hiring roadmaps.The practice is self-funded, allowing Aethra to provide independent guidance on employee relocation and global mobility cases for UAE-based and international firms.
Sonam Haider, Founder and Global Mobility Strategist, Aethra Advisory, said: “Companies often treat global hiring as a vendor selection exercise, when the real issue is whether the structure can hold under scale. The UAE currently holds the highest hiring sentiment globally, with 56% of employers planning workforce expansion, but growth at this pace can expose weak EOR models, unclear worker classification, poor market entry choices, and fragmented mobility processes. The gaps usually only surface more than a year later. Aethra Advisory gives leaders an independent view before those decisions become difficult and expensive to reverse.”
The business is founded on more than a decade of operator-side experience across global mobility, consulting, in-house leadership, and global employment platforms. The founder has held roles at PwC, Fragomen, Amazon, Uber, Deel, and Multiplier, giving Aethra an inside-the-machine perspective on how global hiring decisions play out. The company is designed for organisations that are expanding into new markets for the first time, building mobility programs that have outgrown their current infrastructure, or managing global hiring across multiple countries without a clear operating model.
Aethra’s framework is built around five pillars: workforce strategy, hiring infrastructure, immigration pathway design, compliance architecture, and mobility operations. This approach helps companies move from fragmented decision-making to a hiring architecture they can own, adapt, and execute against. The company is already seeing early market validation through founder-level conversations with EOR platform leadership and potential strategic partners across the region.
As the UAE continues to grow from a destination market into a global workforce hub, employee relocation and cross-border mobility requirements will continue to increase across both inbound talent and UAE-based organisations managing global hires. Aethra Advisory aims to support this shift by becoming the strategic advisory layer for global hiring and mobility architecture, helping organisations build workforce structures that are scalable, compliant, and aligned with long-term growth.
Tech Features
Why AI Transformation is a Human Imperative, and the Role the CHRO Must Play
A year after IBM’s Deep Blue defeated Garry Kasparov in 1997, Kasparov did something unexpected. Rather than retreat, he invented a new form of chess he called ‘advanced chess’, pairing human players with computers to see what they could produce together. The result was remarkable. Even moderately skilled players, armed with a standard machine, were capable of defeating both grandmasters playing alone and computers operating without human input. The combination was categorically superior to either element in isolation.
By: David Henderson , Group CHRO, Al-Futtaim
That experiment carries an important lesson for organisations navigating AI today. The instinct understandable, but mistaken, is to frame AI as a technology story. It is not. AI reshapes jobs, redistributes decision rights, resets operating models, and forces us to reconsider deeply embedded ways of working. It intersects directly with creativity, cognition, confidence, identity and employability. It produces as many human questions as it does technical ones.
This is why the organizations that are genuinely converting AI from experiment into competitive advantage are those that have understood it, first and foremost, as a large-scale human transformation, one that demands the business, the CHRO and the CIO working as genuine partners, each bringing what the other cannot.
The organisations winning with AI are not those with the most sophisticated technology. They are those that have most deliberately redesigned how humans and machines work together.

The Case for the CHRO
The most effective AI transformations are driven by a tight three-way partnership:
the business setting the agenda and owning outcomes,
the CIO providing the technology platforms,
data infrastructure and governance,
and the CHRO leading the human transformation that determines whether AI delivers value at scale or stalls in pilots.
Each is essential. None is sufficient alone.
What has changed is the recognition that the human dimension, the design of work and decision rights, the building of workforce capability, the management of trust and ethics, the orchestration of adoption across large and diverse employee populations, is not downstream of the technology. It is a primary enabler of it. That is the CHRO’s territory, and it demands the same strategic weight as the technology agenda itself.
In this paper, I propose a model for how CHROs can lead AI enablement through four interconnected roles: Design Architect, Capability Steward, Adoption Catalyst, and Transition Guardian. Each role addresses a distinct dimension of the human transformation that AI demands. Together, they represent a holistic operating mandate for CHROs who are serious about delivering sustained enterprise value from AI, not just deploying tools.
01) Design Architect: Redesigning work, roles and decision rights for the AI era
AI transformation fails far more often because of organisational design choices than because of technology limitations. When companies deploy AI tools without redesigning how work is done, decision rights blur, accountability erodes, adoption stalls, and productivity gains remain trapped in pilots. The technology is rarely the binding constraint. The organisation almost always is.
The CHRO’s role as Design Architect is to get ahead of that problem. This means providing overarching direction on how work should be redesigned so that human judgment and AI-generated insight are deliberately combined, not accidentally layered on top of each other. It means clarifying which decisions remain human-led, which are AI-supported, and where accountability ultimately sits. And it means building an operating model architecture that is dynamic enough to evolve as AI capabilities continue to develop rapidly.
In my own experience, incrementalism in this domain is almost always destined to fail. The organisations that are getting this right are making bold, decisive design choices, and in some cases, breaking up parts of the organisation that have long been treated as untouchable.
| In Practice — Procter & Gamble P&G redesigned decision models across forecasting, procurement and product innovation so that AI produces insights and options while humans retain final say on portfolio bets, supplier strategy and innovation priorities. Critically, AI was embedded directly into logistics decision forums — rather than remaining siloed in group-level analytics teams, removing information-sharing barriers and enabling real-time decision-making at scale. |
In Practice — Microsoft Microsoft intentionally redesigned all knowledge-work roles so that AI copilots handle drafting, synthesis and retrieval, while employees retain judgment, prioritisation and accountability. The result was not simply cost reduction,it was the redeployment of released cognitive capacity into revenue-generating innovation and customer experience improvement. |
Being intentional on organisational design means staying one step ahead of technological adoption, not one step behind it. The CHRO must proactively reimagine how AI reshapes the value chain and translate that vision into operating model decisions — rather than reactively course-correcting after tools have already been deployed.
02) Capability Steward: Building enterprise-wide, continuous learning systems that keep pace with AI
In the AI era, capability, not technology, is the primary constraint on value creation. The organisations that are scaling AI effectively are not those with the most sophisticated tools. They are those whose people know how to use them confidently, critically, and productively in the context of real work.
The CHRO’s role as Capability Steward is to build the learning infrastructure that makes this possible at scale. This means moving decisively away from episodic, one-size-fits-all training models, which are structurally unsuited to the pace of AI change, towards continuous, contextual learning systems that are embedded in daily workflows.
It means developing AI fluency across the workforce, not just in specialist teams. And it means maintaining ongoing insight into which capabilities are emerging, shifting or declining as the skills economy evolves.
| In Practice — Amazon Amazon treats AI capability as core workforce infrastructure rather than a specialist skill. It has built role-specific learning pathways combining foundational AI fluency with immediate, in-role application, particularly in operations, logistics and corporate functions. The result has been faster adoption of AI tools across large frontline and corporate populations, with measurable productivity gains driven by applied capability rather than isolated expertise. |
| From My Experience — Zurich Insurance During my time at Zurich, we built an enterprise-wide AI and digital capability ecosystem that combined broad AI literacy with deep domain-specific learning for underwriters, claims handlers and risk professionals. Learning was continuous and embedded in daily workflows. Critically, we also focused on transferable skill identification, enabling us, for example, to rapidly retrain and redeploy claims handlers as customer service agents based on strong overlaps in their underlying skill profiles. That flexibility became a genuine competitive asset. |
The CHRO must protect long-term capability health and resilience, not simply optimise for short-term productivity. Organisations that treat AI learning as a one-time training event will struggle to sustain adoption. Those that build continuous learning as an organisational capability will compound their advantage over time.
03) Adoption Catalyst: Empowering employees as co-creators of AI value, not passive recipients of it
Many CHROs of my generation were trained in a change management orthodoxy that starts at the top of the house, guiding coalition, executive sponsorship, structured project timelines. That model is not wrong, but it is increasingly insufficient for AI.
Top-down governance and strategy remain essential. But scalable AI value does not come from mandates. It comes from the bottom up, from employees who understand the work and are empowered to apply AI where insight is deepest and value most immediate.
The CHRO’s role as Adoption Catalyst is to create the conditions for this to happen: building cultures of experimentation and knowledge-sharing, aligning incentives and recognition to reward participation, and enabling employees to co-create AI use cases rather than simply receive them.
This is a fundamental shift from change management to what I would call change orchestration, leaders creating the environment in which adoption flourishes, rather than driving it through compliance.
| In Practice — Al-Futtaim Blue Loyalty Platform The clearest proof point I can offer comes from our own experience at Al-Futtaim. The group’s Blue Loyalty Platform uses AI to combine behavioural, transactional and partner data to deliver personalised offers and purchase recommendations across our retail and service channels. What made this work was not central design — it was that the use cases were developed by multi-disciplinary frontline retail employees, working in agile action-learning teams, applying their direct customer insight to build the recommendations. AI was embedded into frontline and digital workflows by the people who understood those workflows best. The result has been measurable revenue uplift driven by use cases rooted in real customer interactions — not boardroom hypotheses. |
| In Practice — Google Google runs AI adoption through a culture of experimentation supported by internal communities, shared tooling and lightweight governance. Employees apply AI to improve workflows, products and services; successful use cases are productised and scaled through internal platforms. This produces rapid diffusion of best practices, strong employee ownership, and continuous improvement generated by those doing the work. |
Employees need to define the tools they need , not simply learn the tools they are given. That distinction is everything when it comes to whether AI adoption takes root or stalls.
Bottom-up adoption is not a cultural nicety. It is the mechanism through which AI becomes embedded, differentiated and commercially meaningful at scale. Organisations that get this right do not deploy AI. They make AI part of how the organisation thinks.
04) Transition Guardian: Ensuring AI adoption is ethical, transparent, and in the long-term interest of employees
AI introduces legitimate concerns that the CHRO cannot afford to minimise: fairness, transparency, surveillance, bias, job security, long-term employability. If these concerns are not addressed proactively and honestly, trust erodes, and without trust, adoption stalls regardless of how good the technology is.
The CHRO’s role as Transition Guardian is to ensure that AI adoption is consistent with organisational values and strengthens, rather than undermines, the employee value proposition.
This means embedding ethical guardrails and human oversight into AI adoption from the outset, not retrofitting them under regulatory pressure. It means communicating honestly with employees about what AI will change, what it will not change, and what pathways exist for reskilling and redeployment.
And it means treating strategic workforce planning not as an HR administrative function, but as a core enabler of organisational resilience.
Today’s employees need to focus less on specific target jobs and more on building transferable skill profiles that will serve them across a career that is certain to be turbulent. They need to feel that their organisation has their back. The CHRO must make that commitment credible, not through reassurance, but through concrete pathways.
| In Practice — Salesforce Salesforce has embedded ethical and responsible AI as a prerequisite for scale rather than a control imposed after deployment. The company requires mandatory Responsible AI training, applies humanin-the-loop oversight for AI-enabled decisions, and maintains clear disclosure standards when AI influences employee or customer outcomes. The trust this generates has driven faster adoption, stronger employee engagement, and meaningfully reduced legal, regulatory and reputational risk. |
| In Practice — Unilever Unilever explicitly links AI adoption to employability and internal mobility. As AI reshapes roles, the company invests heavily in reskilling and redeployment pathways, reframing AI as augmentation rather than displacement. Workforce planning, learning and ethics are intentionally connected rather than siloed , and employees can see a credible future for themselves within the transformation. |
Trust is not a soft outcome of AI transformation. It is the hard prerequisite for scaling it. The CHRO who treats it as such will find that ethical, transparent AI adoption does not slow the transformation down — it is the thing that makes it durable.
The CHRO Skill set for AI Enablement
Having defined the four roles the CHRO must play, it is worth being specific about the skills and attributes required to execute each one. In an environment where AI success is increasingly determined by organisational design, capability building, adoption dynamics and trust, not technology, these capabilities define whether the CHRO is shaping the transformation or reacting to it.
| Design Architect | Capability Steward | Adoption Catalyst | Transition Guardian |
| Operating Model Design | Learning at Scale | Change Orchestration | Ethical Judgement |
| Work & Role Deconstruction | AI Fluency Translation | Employee Empowerment Mindset | Trust Stewardship |
| Decision Rights Clarity | Skills Architecture & Workforce Sensing | Incentive & Recognition Design | Strategic Workforce Planning |
| Systems Thinking | Action Learning Systems | Business Experimentation Literacy | Risk Anticipation |
| Enterprise Co-Creation | Future Capability Stewardship | Cultural Signal Awareness | Clear, Honest Communication |
A few points of emphasis.
As Design Architect, the most underrated skill is enterprise co-creation — the confidence and credibility to act as a genuine co-owner of AI strategy with the CIO and business leaders, not merely as a supporting function.
As Capability Steward, future capability stewardship is distinct from short-term productivity optimization; CHROs must protect long-term organisational resilience, not just near-term performance.
As Adoption Catalyst, cultural signal awareness is often more powerful than formal programmes, leadership language and behaviour either accelerate or silently undermine adoption at scale. And as Transition Guardian, clear and honest communication, including on uncertainty and difficult tradeoffs, is the foundation on which all of the other skills rest.
Without it, none of the others land.
Conclusion: The Human Transformation Imperative
Organisations that are genuinely winning with AI are not those with the most sophisticated technology stacks. They are those that have most deliberately and thoughtfully redesigned how humans and machines work together, rethinking operating models, building capability at scale, empowering employees as co-creators, and managing the transition with ethics and transparency.
The CHRO who grasps this, who acts as Design Architect, Capability Steward, Adoption Catalyst and Transition Guardian simultaneously, becomes one of the most important executives in the organisation. Not because HR has staked a claim to a technology agenda, but because the most important levers for AI value creation are organisational and human, and those are precisely the levers that CHROs are equipped to pull.
Kasparov’s advanced chess experiment showed us, a quarter of a century ago, that the most powerful outcomes emerge not from humans or machines working alone, but from their deliberate, skillful combination. The CHRO’s mandate is to make that combination work, at enterprise scale, at pace, and without losing the trust of the people it depends on.
That is not a supporting role. It is a defining one.
_______________________________________________________
David Henderson is Group CHRO of Al-Futtaim Group, one of the Middle East's largest diversified conglomerates. He has previously served as CHRO of Zurich Insurance Group, MetLife and PepsiCo.

Tech Features
MAXION on the Rise of Behavioural AI in Consumer Apps
Christiana Maxion, Founder and CEO of MAXION
Consumer apps have never been easier to use. With AI improving navigation, personalization, and responsiveness, platforms now offer a far more seamless experience, helping users move through tasks, content, and decisions with little visible effort. But convenience alone is not the same as value. Recent research found that the average adult now spends 88 days a year on their phone, highlighting both the scale of digital dependence and the urgency of building products that deliver something more meaningful than another scroll session.
Concurrently, expectations have changed. McKinsey has reported that 71% of consumers expect personalized interactions, while KPMG’s UAE research shows that integrity has now overtaken personalization as the strongest driver of customer experience. People still want services that understand them, but they also want trust and clarity that technology is working in their interest.
This is the backdrop for the rise of behavioural AI in consumer apps. The next phase of app design will be judged by its ability to predict what a user may click next, and more by how well it turns intent into action with less friction.
The problem with designing for activity, not action
For years, most consumer platforms have optimized for clicks, scroll depth, watch time, and repeat visits. Those metrics are useful, but incomplete. They show that a user remained active, not whether the user made progress.
A person may spend 20 minutes in a fitness app and still not complete a workout. A user may open a finance platform several times and still delay a decision. Someone on a social app may swipe through dozens of profiles and leave with no meaningful connection, no meeting arranged, and no clearer sense of what they are actually looking for. In each case, the platform can still record engagement, even while the user experiences indecision, overload, or disappointment.
That is why the intention-action gap has become such an important issue in consumer technology. Most people do not fail to act because they lack interest. They fail because friction builds up. Too many options, poor timing, and repetitive interfaces make follow-through harder than it should be. Traditional engagement design often worsens that problem because it rewards prolonged activity instead of successful resolution.
How behavioural AI changes the model
Behavioural AI is valuable because it looks beyond isolated clicks and interprets patterns in context. It can identify hesitation, momentum, preference shifts, and likely drop-off points. More importantly, it can respond to those signals in ways that make decisions easier and outcomes more achievable.
That changes the app’s role. Instead of acting primarily as a feed, a storefront, or a passive interface, it starts to function more like an active guide. It can narrow choices when users are overwhelmed, surface the next best action when intent is clear, and adapt when behaviour suggests a mismatch. This can mean recommending fewer but better options, improving prompts, changing timing, refining compatibility logic, or reducing unnecessary steps between interest and action.
The commercial relevance of this shift is growing. SAP reported that 82% of UAE marketers say AI is central to their personalization efforts, yet only 31% of consumers believe brands actually personalize content to their needs. Data and automation alone are not enough. Relevance depends on using insight in ways that feel useful, proportionate, and credible to the user.
From digital engagement to real-world outcomes
Behavioural AI becomes especially powerful in categories tied to everyday behaviour and human relationships. In social discovery, for example, the challenge has never been a lack of available profiles. It has been helping people move from superficial activity to meaningful connection.
That is where a social platform like MAXION sits within a more important conversation about the future of consumer apps. Success should not be measured only by how many profiles a person sees or how long they stay active on the app. It should be measured by whether the app improves the quality of interactions and increases the likelihood of real-world meetings.
Behavioural AI can support that by learning from interaction patterns. It can identify where conversations stall, what kinds of introductions lead to better follow-through, how timing affects responsiveness, and which recommendation patterns create genuine alignment rather than short-lived engagement. That creates the possibility of designing around success signals that matter outside the app.
This is also highly relevant in the UAE, where AI adoption is already part of everyday life. KPMG reported that 97% of UAE respondents use AI for work, study, or personal purposes. That level of familiarity creates a more sophisticated user base.
The broader point is that consumer AI is becoming more outcome-oriented. Whether the category is education, wellness, finance, or social connection, the products that stand out will be those that reduce noise, respect user intent, and drive real-world progress. The next generation of successful apps will be defined by how effectively they help people do something worthwhile with them.
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