# Esyasoft Returns for a Second Year to Make it in the Emirates 2026

Esyasoft returned to Make it in the Emirates 2026 at ADNEC, Abu Dhabi, bringing together its group companies and solutions to showcase how integrated technologies are enabling real-world progress across energy, infrastructure, and digital systems.
At the IHC Pavilion, Esyasoft engaged with industry leaders, government stakeholders, and partners through a series of focused sessions that addressed the complexities of scaling the energy transition.

From rethinking e-mobility as a grid-integrated system, to exploring how organizations can adapt to rapidly evolving industries, the conversations reflected a clear shift from ambition to execution. Discussions also highlighted the importance of bridging the energy transition financing gap and understanding the scale of investment required to transform global energy systems.

Across these sessions, a common theme emerged: the future will not be built through isolated solutions, but through connected, intelligent systems that align technology, infrastructure, and decision-making.

The event also marked two key milestones for Esyasoft, with strategic partnerships signed with Emirates Development Bank (EDB) and Aleria.ai. These collaborations further strengthen Esyasoft’s role in enabling scalable infrastructure and advancing smart grid integration across the region.

Throughout the four days, the Esyasoft stand became a space for meaningful dialogue, live demonstrations, and new collaborations — reflecting the company’s growing role in supporting national and regional priorities.

As the UAE continues to accelerate its industrial and energy ambitions, Esyasoft remains focused on delivering solutions that are not only innovative, but built to scale and drive measurable impact.



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Esyasoft Returns for a Second Year to MIITE

Across the world, energy systems are entering a new era of pressure, complexity, and transformation. Rising demand, volatile prices, infrastructure strain, geopolitical uncertainty, and climate imperatives are no longer isolated challenges — they are converging forces reshaping how countries, utilities, and industries think about energy.

What is becoming increasingly clear is that global energy conversation has moved beyond supply alone. Today, the focus is on resilience, affordability, flexibility, and the ability to adapt at speed.

The markets that will lead in the coming years will not necessarily be those with the most resources, but those with the clearest strategy to modernize infrastructure, diversify energy systems, and execute transition with discipline.

## **Grid Resilience Has Become a Global Priority**

Around the world, utilities are shifting from reactive models of operation to more proactive approaches to system planning. Grid resilience is no longer a technical enhancement, it is becoming a strategic imperative.

This shift is being driven by a combination of factors: growing electrification, aging infrastructure, climate-related disruptions, cyber and physical vulnerabilities, and the rising complexity of distributed energy resources. In response, utilities and governments are investing more heavily in transmission and distribution upgrades, grid digitalization, monitoring AI technologies, and interconnections that improve system flexibility and reliability.

There is also a broader move away from overdependence on single energy sources. Energy diversification is no longer viewed as a long-term sustainability goal. It is increasingly seen as a risk management strategy that strengthens security and improves resilience in an unpredictable environment.

As a result, resilience is becoming one of the defining principles of modern energy planning worldwide.

Yes, the future of energy is will be built around resiliance.

## **Energy Inflation Is Reshaping Decision-Making**

Energy inflation continues to influence both short-term operating realities and long-term policy decisions. Higher energy costs are placing pressure on utilities, industries, governments, and end consumers alike.

For utilities, especially in regulated markets, tighter margins are creating significant financial strain. For governments, the pressure to shield consumers through subsidies and support measures must be balanced against broader fiscal sustainability. For businesses and households, rising energy costs are affecting competitiveness, affordability, and demand behavior.

This is not simply a pricing issue. It is a structural challenge that touches economic resilience, investment confidence, industrial productivity, and national energy strategy.

In many markets, the response to inflation is accelerating interest in smarter energy management, decentralized systems, storage, and digital tools that improve efficiency and visibility. Cost pressure, in this sense, is becoming a catalyst for transformation.

## **The Energy Transition Is Accelerating — but Not Through Replacement Alone**

The global energy transition is very real, but it is not unfolding in a single, uniform pattern. Across markets, the transition is increasingly being approached as a balancing act rather than a binary switch.

Renewables continue to gain momentum, with solar in particular leading growth in many parts of the world due to favorable economics, faster deployment, and improving efficiency. Battery Energy Storage Systems are also expanding steadily, helping address intermittency and strengthen system flexibility. At the same time, decentralized energy models are becoming more attractive, especially for commercial and industrial users seeking greater control, resilience, and cost optimization.

Yet the transition is not simply about replacing one source of energy with another. In most regions, existing energy systems - including conventional infrastructure — remain deeply embedded in economic and operational realities. The shift, therefore, is happening through integration: renewables alongside legacy systems, digital intelligence layered over traditional grids, and new energy models emerging within existing frameworks.

This more pragmatic path reflects the reality of global markets. Transition is no longer just about ambition. It is about building systems that are technically feasible, economically viable, and operationally resilient.

> **_“Today’s energy landscape is being shaped by a new reality: resilience has become as important as cost, and execution has become as important as ambition. Around the world, utilities and governments are rethinking how they strengthen reliability, manage inflationary pressures, and accelerate the clean energy transition in a balanced way. Those who invest now in intelligent infrastructure, diversified energy strategies, and flexible delivery models will be best positioned to lead the future of energy.”_**<br/><br/>
> — Fahad Khursheed, Esyasoft, MENA

## **A New Global Energy Reality Is Emerging**

Taken together, these shifts point to a broader reset in the global energy landscape. Demand is changing. Risk is becoming more multidimensional. And energy strategy is increasingly tied to national competitiveness, security, and long-term development.

Countries are no longer planning only for growth. They are planning for disruption, volatility, and structural change. This is why energy strategies are now being redesigned around a new set of priorities: resilience, diversification, digitalization, flexibility, and sustainability.

For utilities and energy leaders, this creates both urgency and opportunity. The opportunity lies in modernizing networks, deploying intelligent infrastructure, scaling cleaner energy solutions, and rethinking how energy is delivered and managed. The urgency lies in the fact that market ambition is often moving faster than policy, supply chains, and implementation readiness.

That gap between vision and execution will define the next phase of the industry.

## **The Next 12–24 Months**

Looking ahead, the next 12 to 24 months are likely to be decisive for energy markets globally.

We can expect continued momentum in grid modernization, renewable deployment, battery energy storage, and service-led models that offer greater efficiency, agility, and long-term value. Energy-as-a-Service, digital utility platforms, and integrated infrastructure solutions are likely to gain further relevance as organizations seek more adaptive and outcome-driven energy strategies.

At the same time, execution risks remain significant. Regulatory delays, supply chain constraints, financing challenges, and uneven policy support continue to slow progress in many markets. In some cases, the ambition is already there, but the enabling environment is still catching up.

This means success will depend not just on having the right technology or vision, but on the ability to align infrastructure, policy, capital, and implementation at speed.

## **Final Perspective**

The global energy sector is not simply undergoing change - it is being redefined.

What lies ahead is not only a transition toward cleaner systems, but a broader shift toward energy models that are more resilient, more intelligent, and better equipped to respond to uncertainty. The future will belong to systems that can balance affordability with sustainability, innovation with practicality, and ambition with execution.

In this new reality, energy leadership will be defined not by who moves first, but by who builds with the greatest clarity, adaptability, and long-term resilience.

The Global Energy Reset: Demand, Resilience and the Race to Adapt

Esyasoft and its group companies actively contributed to global sustainability conversations during Abu Dhabi Sustainability Week (ADSW) 2026, one of the world’s leading platforms for advancing climate action, clean energy innovation, and sustainable infrastructure.

Through participation in multiple high-level discussions held during the World Future Energy Summit (WFES) and related ADSW dialogues, Esyasoft’s leadership engaged with policymakers, technology innovators, investors, and industry leaders to explore how digital technologies and collaborative frameworks can accelerate the global clean energy transition and strengthen water and energy resilience.

**Enabling Smarter, More Efficient Energy Grids**

As part of the World Future Energy Summit, **Amit Ghulani, Group Chief Solutions Officer at Esyasoft,** joined a panel discussion on the role of digitalisation in reducing grid expansion costs.



The discussion focused on how utilities can leverage advanced digital technologies, data intelligence, and AI-driven analytics to optimise existing infrastructure, enhance network visibility, and improve grid efficiency. With increasing electrification and renewable energy integration placing new demands on power systems, digital platforms are playing a critical role in helping utilities modernise their operations while avoiding costly infrastructure expansion.

Esyasoft continues to support utilities worldwide with intelligent digital energy platforms that enable resilient, flexible, and efficient energy networks.

**Driving Global Dialogue on Water Innovation and Investment**

During ADSW, **Dr. Bipin Chandra, Founder and Group CEO of Esyasoft,** participated in the high-level Water Investments and Innovation Dialogue, convening global ministers, investors, and technology leaders.



The dialogue explored pathways to accelerate scalable water solutions through the use of advanced technologies, innovative financing models, and supportive policy frameworks. Discussions highlighted the growing role of AI-enabled systems in monitoring water infrastructure, improving operational efficiency, and delivering measurable impact across water ecosystems.

Esyasoft reaffirmed its commitment to supporting resilient, technology-driven infrastructure that contributes to global progress toward Sustainable Development Goal 6 i.e. Clean Water and Sanitation.

**Addressing Non-Revenue Water Through Digital Innovation**

Further strengthening the conversation on water sustainability, **Harjan Brand, CEO of Float IoT, an Esyasoft group company**, joined an expert panel on technology-driven approaches to reducing non-revenue water losses.



The session highlighted how IoT-enabled monitoring, real-time data intelligence, and advanced analytics can help utilities detect leaks earlier, optimise distribution networks, and improve operational efficiency. By improving visibility across water infrastructure, digital technologies can play a significant role in reducing water losses and supporting sustainable resource management.

**Advancing Sustainable Infrastructure Through Innovation**

Esyasoft’s participation across multiple discussions during ADSW 2026 reflected the company’s continued commitment to enabling the global clean energy transition through intelligent infrastructure, digital platforms, and technology-driven solutions.

By contributing to conversations spanning energy digitalisation, water innovation, and smart infrastructure, Esyasoft and its group companies continue to collaborate with global stakeholders to accelerate scalable solutions that strengthen the resilience and sustainability of critical utility networks.

ADSW

Esyasoft Leadership Engages Global Sustainability Dialogue at ADSW 2026

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# Esyasoft Signs Strategic MoU with Aleria to Advance Distributed AI and Smart Grid Intelligence

During Make it in the Emirates 2026, Esyasoft signed a strategic Memorandum of Understanding (MoU) with Aleria to collaborate on the development of distributed AI systems for next-generation smart grid solutions.

As energy systems become more complex and data-intensive, traditional centralized models of processing are no longer sufficient to support real-time decision-making at scale. The future lies in distributed intelligence, where data is processed closer to the source, enabling faster, more efficient, and more resilient operations.

Through this partnership, Esyasoft and Aleria will explore how decentralized compute and AI-driven processing can be embedded across grid infrastructure, transforming how utilities monitor, manage, and optimize energy networks.
With this shift in intelligence, utilities can reduce latency, improve system responsiveness, and unlock new levels of operational efficiency, particularly as grids integrate renewable energy, e-mobility, and increasingly dynamic demand patterns.
The collaboration reflects a broader industry shift: moving from centralized systems toward connected, distributed architectures that are better equipped to support the next phase of the energy transition.

Signed at the IHC Pavilion during MIITE 2026, the agreement reinforces Esyasoft’s commitment to building intelligent, scalable infrastructure through strategic partnerships that bring together technology, innovation, and real-world application.


Esyasoft Signs Strategic MoU with Aleria to Advance Distributed AI and Smart Grid Intelligence

Esyasoft Signs Strategic MoU with Aleria to Advance Distributed AI and Smart Grid Intelligence

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Esyasoft Returns for a Second Year to MIITE

The Global Energy Reset: Demand, Resilience and the Race to Adapt

Esyasoft Leadership Engages Global Sustainability Dialogue at ADSW 2026