In The Spotlight
Upon completion, it is set to claim the title of the world’s tallest residential building, overshadowing existing records and introducing distinctive diamond-shaped spires to the Dubai skyline.
Pushing the limits of Dubai's skyline with architectural horology
Dubai's skyline has long been a canvas for unprecedented architectural ambition, continually pushing the boundaries of engineering.
A prominent trend emerging within this landscape is the fusion of high-end lifestyle brands with large-scale property development. One such groundbreaking concept taking shape in Business Bay is the advent of architectural horology, a design philosophy that translates the precision of luxury watchmaking into monumental structural forms.
A new benchmark in super-tall living
Spearheading this new benchmark for high-end living is the Burj Binghatti Jacob & Co Residences. Conceived through a high-profile collaboration between Binghatti Holdings, a leading Emirati real estate developer, and the renowned luxury watch and jewellery brand Jacob & Co, this soaring development is envisioned to become a world-first in architectural horology. Upon completion, it is set to claim the title of the world’s tallest residential building, overshadowing existing records and introducing distinctive diamond-shaped spires to the Dubai skyline.
Constructing a super-tall skyscraper of this sheer scale and complex geometric ambition requires more than standard building practices; it demands a specialist approach to formwork. To ensure speed, safety, and precision throughout the vertical construction phase, Binghatti Holdings formed a strategic alliance in 2024 with Doka, a global leader in formwork technology.
Taher Rihawi, Managing Director Doka Gulf, comments: “We value our partnership with Binghatti and are pleased to contribute our expertise to a project of this significance. The Burj Binghatti Jacob & Co Residences brings together exceptional engineering ambition and a strong local vision. We are proud to support its delivery with reliable formwork engineering and climbing solutions, and we look forward to continuing our close collaboration throughout the construction process.”
Advanced climbing solutions for rapid progress
To meet the intense structural demands of a high-rise project aiming for a rapid cycle of one floor per week, the construction methodology heavily relies on advanced vertical and horizontal solutions. A comprehensive suite of engineering equipment is being deployed to maintain this pace independent of crane availability.
The project's key technical and construction specifications include:
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Automatic climbing systems: The SKE50 plus system allows the building’s core and shear walls to rise sequentially, optimising the weekly floor cycle without relying on tower cranes.
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Enhanced site operations: A self-climbing platform provides essential additional working levels, empowering construction teams to coordinate multiple complex activities safely in parallel.
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Slab construction efficiency: The lightweight Dokadek 30 system is utilised to guarantee rapid assembly times and a consistent structural quality across the floor plates.
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Comprehensive edge safety: Doka’s Protection screen Xclimb 60 entirely encloses the active work areas, creating a highly secure environment at the slab edges.
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Integrated materials handling: A flexible table lifting system (TLS) climbs hydraulically alongside the platform system, greatly easing the physical handling of materials across all active zones.
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Façade installation protection: For the final stages, additional tailored protection screens will safeguard crews working at extreme heights right to the very top.
Integrating global engineering with local delivery
Delivering a project of this magnitude requires seamless integration between global engineering knowledge and on-the-ground execution. Behind the scenes, structural progress is the result of highly coordinated efforts between engineering teams based at Doka’s Austrian headquarters and their local counterparts in Dubai. This dual approach was critical in ensuring timely design deliverables and facilitating the local fabrication of specifically selected system components, thereby significantly reducing lead times.
On the construction site, these engineers work hand in hand with the main contractor, Granada Europe Engineering Contractions LLC, guaranteeing that assembly, logistics, and safety protocols adhere to the highest international standards. The main construction period is scheduled to run continuously between 2024 and 2026, with the final completion targeted for the end of 2027.
By contributing to the Burj Binghatti Jacob & Co Residences, the engineering teams are reinforcing a long-standing legacy in the region's most iconic super-tall structures. From historic involvement in the Burj Khalifa to upcoming plans for the Burj Azizi—planned to be the second-tallest tower worldwide—the focus remains firmly on shaping the next generation of monumental high-rise developments.
Dubai Municipality has successfully achieved certification of conformity with ISO 14064-1, the international standard for quantifying and reporting greenhouse gas (GHG) emissions.
Dubai Municipality secures global ISO 14064-1 certification
Establishing a clear baseline for environmental impact is no longer optional; it is a critical necessity.
In a significant milestone for regional climate initiatives, Dubai Municipality has successfully achieved certification of conformity with ISO 14064-1, the international standard for quantifying and reporting greenhouse gas (GHG) emissions.
This landmark announcement, confirmed on the 5th of November 2026, places the municipality at the forefront of sustainable urban governance. By adopting one of the world’s most rigorous carbon accounting frameworks, the organisation is demonstrating a tangible commitment to accurate environmental reporting, setting a powerful precedent for both the public and private sectors across the United Arab Emirates.
The importance of rigorous emissions tracking
Historically, estimating an organisation's carbon footprint often involved disparate methodologies and estimations, making it difficult to compare environmental performance accurately. The ISO 14064-1 standard fundamentally changes this paradigm. It provides a highly structured, universally recognised method for calculating greenhouse gas emissions across all areas of operation.
Rather than relying on approximations, the standard requires comprehensive data collection, meticulous inventory preparation, and stringent verification processes. For an entity as large and multifaceted as Dubai Municipality—which oversees a vast array of civic services, urban planning projects, and public facilities—implementing this framework is a monumental operational achievement. It ensures that every tonne of carbon dioxide equivalent is accounted for, providing a clear and trusted picture of the municipality's environmental footprint.
Core benefits of the ISO 14064-1 framework
The adoption of the ISO 14064-1 standard offers numerous operational and strategic advantages that extend far beyond regulatory compliance. By achieving this certification, Dubai Municipality can leverage several key benefits:
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Accurate data collection: The standard mandates precise measurement of all greenhouse gas sources, ensuring that the organisation's environmental reports are based on empirical evidence rather than estimates.
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Targeted reduction strategies: With a detailed inventory of emissions, decision-makers can identify specific operational areas that contribute most heavily to the carbon footprint, allowing for highly targeted and effective reduction initiatives.
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Enhanced risk management: Understanding emission patterns helps the organisation anticipate and mitigate climate-related risks, ensuring long-term operational resilience.
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Elevated public trust: Third-party verification of environmental data builds credibility with residents, investors, and international partners, proving that the municipality is genuinely committed to its climate responsibilities.
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Benchmarking and continual improvement: The certification provides a solid baseline from which to measure future progress, encouraging a culture of continual environmental improvement across all municipal departments.
Aligning with the UAE’s sustainability vision
Dubai Municipality’s recent certification does not exist in a vacuum; it is deeply intertwined with the broader sustainability ambitions of the United Arab Emirates. As the nation continues to transition towards a greener economy, initiatives that promote carbon accountability are vital. The UAE has launched numerous programmes aimed at reducing national carbon emissions, increasing the share of clean energy, and fostering sustainable urban development.
By securing the ISO 14064-1 accreditation, the municipality directly supports these national objectives. It ensures that Dubai's urban management and civic operations are fully aligned with federal climate goals. Furthermore, this achievement acts as a catalyst for the local business community. When a leading government body adopts such stringent environmental standards, it encourages private enterprises across Dubai and the wider region to follow suit, creating a ripple effect that amplifies the nation's overall sustainability efforts.
A framework for future climate action
Measuring and reporting greenhouse gas emissions is the foundational step in any meaningful climate strategy. You cannot manage what you do not measure. With the ISO 14064-1 certification securely in place, Dubai Municipality is now uniquely positioned to implement advanced, data-backed carbon reduction programmes.
As urban populations grow and the challenges of climate change become more pronounced, the need for sustainable city management has never been more urgent. This certification is not merely an administrative accolade; it represents a comprehensive commitment to safeguarding the environment for future generations. By embracing international best practices for emissions tracking, Dubai Municipality is not just planning for a sustainable future—it is actively building the framework to achieve it.
Neurovia AI actively participated in discussions centring on the advancement of sovereign AI, the optimisation of national data infrastructure, and the vital transition from AI adoption to widespread, operational deployment within government and enterprise settings.
Neurovia AI showcases NeuroStream at the 3rd Government AI Summit 2026
Neurovia AI, an Abu Dhabi-based artificial intelligence infrastructure company and a wholly owned subsidiary of Robo.ai Inc., underscored the crucial role of scalable, secure, and resource-efficient AI infrastructure at the 3rd Government AI Summit 2026.
The event, held in Abu Dhabi on the 3rd of November, served as a platform for the organisation to highlight its strategic focus on measurable infrastructure efficiency, intelligent visual data optimisation, and secure AI deployment.
As the Official Government AI Partner for the summit, Neurovia AI actively participated in discussions centring on the advancement of sovereign AI, the optimisation of national data infrastructure, and the vital transition from AI adoption to widespread, operational deployment within government and enterprise settings.
The increasing integration of artificial intelligence, computer vision, and intelligent automation into critical operations presents a significant challenge for organisations. They must manage the escalating volumes of visual data required for these applications without constantly expanding storage capacity, network bandwidth, computing resources, and energy consumption.
Enabling the next generation of AI-ready infrastructure
During the summit, Mansoor Ali Khan, Chief Technology Officer of Neurovia AI, delivered a technology presentation titled "Efficient Visual Data Infrastructure for Government AI: Reducing Storage, Bandwidth, Compute and Energy Without Compromising Visual Quality." This session explored how intelligent visual data optimisation can mitigate infrastructure bottlenecks, enhance data processing efficiency, and support applications that are becoming increasingly data-intensive.
Khan also lent his expertise to the executive panel, "National Data Infrastructure: Building an AI-Ready Government." This discussion delved into the significance of interoperability, secure AI architectures, data sovereignty, cloud computing, and edge AI in establishing intelligent and connected public services.
NeuroStream: Intelligent visual data optimisation
Central to Neurovia AI's technological offerings is NeuroStream™, an intelligent visual data optimisation platform. It is engineered to diminish the volume of data transmitted, processed, and stored, all while preserving the essential information required by downstream applications.
By optimising data closer to its point of origin, NeuroStream™ assists organisations in navigating infrastructure constraints, utilising existing resources more effectively, and facilitating scalable AI deployment.
A technical demonstration previously conducted at ISNR 2026 showcased NeuroStream™'s capabilities, where it successfully compressed a 12.15 GB, 4K, 60 frames per second video file to just 421 MB. This represents a 96.37% reduction in file size, achieving visually lossless quality during the demonstration.
This result highlights the platform's capacity to resolve a major infrastructure challenge. For organisations managing extensive visual data environments, such optimisation could lead to decreased storage and transmission needs, enhanced infrastructure utilisation, and the potential for a lower total cost of ownership. The actual benefits will, however, rely on specific deployment conditions and independent validation of use cases.
Building commercially relevant AI infrastructure
Neurovia AI's technological strategy is firmly rooted in aligning technical performance with practical operational needs across government, smart infrastructure, and enterprise sectors. The organisation adopts a use-case-driven approach to AI infrastructure, placing strong emphasis on technical validation, seamless integration with existing technological environments, and the rigorous evaluation of potential operational efficiencies.
These priorities are particularly salient as organisations evaluate the infrastructure demands of computer vision, Physical AI, smart cities, and the growing prevalence of autonomous systems.
Ahmed Alhashmi, Acting Chief Executive Officer of Neurovia AI, stated:
"Scaling artificial intelligence is not simply about deploying more powerful models. It requires infrastructure that can manage growing data volumes securely, efficiently and economically. At Neurovia AI, we see data optimization as a fundamental enabler of AI adoption at scale. Our focus is on delivering measurable technology performance that can translate into operational value, improved infrastructure efficiency and more sustainable growth for government and enterprise customers. Through NeuroStream™, we are addressing one of the practical challenges facing the AI industry: how to scale intelligent applications without allowing infrastructure costs and resource demands to grow at the same pace."
Mansoor Ali Khan, Chief Technology Officer of Neurovia AI, further explained:
"AI-ready infrastructure begins with intelligent data management. Optimizing visual data closer to its source can reduce unnecessary data movement and pressure on storage, networks and computing systems, while preserving information required for AI-driven applications. For government and critical infrastructure environments, the ability to combine data efficiency with interoperability, security and operational control is essential. Our technology development is focused on making those capabilities practical and measurable."