Latest news with #smartinfrastructure
Arabian Business
a day ago
- Business
- Arabian Business
Why e& believes Network as a Service (NaaS) is the foundation of Middle East digital transformation
Legacy networks are holding the Middle East back. NaaS could be the reset. Across the Middle East, government-led transformation agendas such as Saudi Arabia's Vision 2030 and the UAE's Digital Government Strategy are fuelling large-scale investments in smart infrastructure – from cloud-native public services to AI-enabled mobility and energy systems. These strategies aim to diversify economic activity, modernise national industries, and establish regional leadership in sectors such as AI, cybersecurity, and advanced connectivity. But while these plans gain global attention, the technological foundations behind them often lag. Beneath the surface of digital progress lies a critical weak point: outdated, inflexible network infrastructure that struggles to meet today's connectivity, security, and performance requirements. This hidden vulnerability risks undermining the speed and success of regional transformation. In its latest B2B white paper, The Value of Network as a Service (NaaS), e& UAE, the flagship telecom arm of global technology group e& explains why traditional network models are reaching their limits. Businesses relying on fixed, hardware-heavy networks are encountering scalability issues, security gaps, and operational inefficiencies. Meanwhile, organisations moving to as-a-service models are seeing faster rollouts, leaner operations, and more resilient architectures. NaaS – Network as a Service – is a new approach to enterprise connectivity. It replaces physical ownership with service-based delivery, allowing organisations to consume networking on demand. This means predictable costs, scalable capacity, integrated security, and less time spent on maintenance. For Middle Eastern businesses navigating regulatory change, hybrid work, and AI adoption, this model is not just helpful. It's critical. Why traditional networks fall short e& highlights the most pressing challenges that legacy networks pose: Performance lag: Older networks were designed for static workloads and on-premise environments. They lack the dynamic capacity and intelligent traffic routing needed for today's high-bandwidth workloads like 4K video conferencing, real-time collaboration tools, cloud analytics, and AI inference engines. The result is frequent latency spikes, service degradation, and unplanned downtime that impacts user productivity and customer experience. Cost overhead: Legacy infrastructure is not only outdated – it's expensive to maintain. IT departments spend disproportionate time and resources on managing obsolete switches, patching unsupported software, and manually troubleshooting disparate systems. Gartner reports that as much as 50% of enterprise IT budgets are tied up in this upkeep, diverting investment from strategic initiatives. Slow response times: When businesses need to open a new branch, scale operations, or onboard new applications, legacy systems become a roadblock. Provisioning delays, vendor lead times, and manual configuration processes can delay deployments by weeks or even months. This lack of agility puts businesses at a disadvantage in fast-moving markets. Security exposure: Traditional network security relied on perimeter defence – keeping threats out of a defined zone. But in a world of hybrid work, cloud services, and mobile access, that model is no longer viable. Legacy networks can't enforce user-specific policies, monitor east-west traffic, or support modern frameworks like Zero Trust or SASE. Lack of interoperability: Enterprises today rely on a blend of public and private cloud, SaaS platforms, and third-party integrations. Legacy networks, often built on proprietary systems, struggle to connect these components. This leads to fragmented data flows, siloed systems, and complex workarounds that drain IT bandwidth. Regulatory strain: Governments across the Middle East are tightening data governance rules, requiring more granular control over where data flows, how it's accessed, and who sees it. Legacy networks lack the visibility and programmability to meet these requirements, exposing organisations to compliance gaps and regulatory risk. Legacy networks may have once been enough. Today, they're a liability – delaying innovation, reducing competitiveness, and inflating operational costs. What NaaS delivers to modern enterprises Network as a Service allows businesses to subscribe to secure, software-defined connectivity. It eliminates the need to build and maintain infrastructure in-house. Core advantages include: Rapid deployment: Network changes that once required extensive planning, hardware procurement, and manual setup can now be rolled out in hours – sometimes minutes. This enables rapid site expansion, product launches, and real-time reconfiguration without business disruption. Simplified management: NaaS centralises control with intuitive dashboards and programmable APIs, giving IT teams visibility across the entire network. Real-time analytics, proactive alerts, and one-click policy enforcement reduce human error and increase responsiveness. Cost control: With a pay-as-you-go pricing model, NaaS allows businesses to align networking spend directly with usage. This eliminates the need for over-provisioning, reduces CapEx risk, and supports more agile budgeting cycles. Resilience and uptime: Built-in redundancies – such as dynamic routing, path optimisation, and failover protocols – enable consistent uptime. Many providers offer guaranteed SLAs to ensure reliability across multi-site or mission-critical environments. Security by design: Unlike bolt-on security solutions, NaaS integrates SASE, identity management, and threat detection into the network fabric itself. This allows secure access for distributed users while enforcing consistent policy across endpoints, devices, and clouds. Scalability on demand: Whether onboarding new branch locations, scaling cloud usage, or responding to a spike in application traffic, NaaS supports elastic growth. Capacity can be adjusted in real time – without physical infrastructure changes – making it ideal for enterprises in fast-moving or seasonal markets. By transferring infrastructure responsibilities to service providers, businesses can free up internal teams to focus on innovation, compliance, and customer experience. Why e& stands out in the region As one of the most established tech groups in the Middle East, e& UAE is helping governments, enterprises, and industries transition from legacy networks to future-ready platforms. The white paper lays out what makes its NaaS offering distinct: Standards-led design: Using the MEF NaaS Industry Blueprint ensures global interoperability and vendor-agnostic integration. This allows businesses to operate across multicloud environments, regional jurisdictions, and partner ecosystems without being locked into proprietary architectures. API orchestration: Lifecycle Service Orchestration (LSO) integrates seamlessly with enterprise systems and DevOps pipelines, enabling real-time provisioning, dynamic policy updates, and automated fault recovery – cutting operational lead times by up to 80%. Sustainability-first approach: Deploying Ericsson AIR 3229 dual-band radios has not only reduced energy use by up to 20% but also lowered tower load by 25%, aligning with the region's rising ESG compliance benchmarks and national sustainability goals. AI-driven automation: AI-powered analytics and self-healing network capabilities enable proactive issue detection, traffic optimisation, and autonomous remediation. This leads to improved uptime, reduced operational overhead, and better user experiences. Investment in Aduna: As a founding partner in Aduna – a global network API initiative led by Ericsson – e& empowers developers to programmatically control network features like quality of service, slicing, and edge performance across carrier-grade infrastructure. Expert support: With regionally based network engineers and AI-enhanced support tools, e& delivers end-to-end service assurance – from solution design and deployment to 24/7 operations, dedicated SLAs, and continuous performance optimisation. This approach delivers more than technology – it delivers a partner with the resources, standards, and expertise to support real transformation. Why NaaS is resonating now Several intersecting trends are driving urgency around NaaS in the region: AI deployments are scaling up: Generative AI, machine learning, and edge inference workloads are becoming central to enterprise strategy across sectors including finance, healthcare, logistics, and public services. These systems require ultra-low latency, real-time data processing, and bandwidth-hungry infrastructure – all of which legacy networks struggle to support. NaaS enables AI-driven operations with dynamic provisioning, network segmentation, and workload-aware routing. New regulatory frameworks: Governments across the GCC are introducing more sophisticated laws around data protection, sovereignty, and digital identity. UAE's PDPL and Saudi Arabia's Cloud Computing Regulatory Framework are just two examples that demand fine-grained, policy-driven control. NaaS enables enterprises to embed compliance directly into network operations, reducing audit overhead and enhancing transparency. Cloud maturity: Enterprises are moving beyond basic cloud storage or SaaS adoption toward full cloud-native operations. According to IDC, by 2027, 70% of global enterprises will run containerised, multicloud networks spanning on-prem, edge, and public cloud. NaaS supports this evolution by integrating with orchestration tools and enabling unified visibility and control across fragmented environments. Environmental pressure: Network infrastructure is a major contributor to digital energy consumption, particularly in sectors scaling data centres, IoT, and AI workloads. Regulators and ESG-conscious investors are demanding greener operations. NaaS, with its virtualised model and vendor-managed optimisation, reduces the physical footprint and energy intensity of network infrastructure. Financial scrutiny: In an era of cautious capital spending, CIOs are under pressure to justify every investment. NaaS shifts spending from CapEx to OpEx, offers usage-based pricing, and speeds up time-to-value. It also reduces the total cost of ownership (TCO) by eliminating hidden maintenance, upgrade, and staffing costs tied to legacy systems. For enterprises under pressure to innovate while managing risk, NaaS offers a way to do both. Five takeaways for Middle East enterprises Legacy networks are increasingly incompatible with national digital goals. As Middle Eastern governments pursue AI, smart city, and e-government ambitions, traditional network infrastructures are proving inadequate. Their inability to support real-time data flows, elastic compute, and secure cloud access directly contradicts the objectives of regional digital transformation programmes. NaaS enables secure, scalable connectivity without the capital drag. By shifting from hardware ownership to service consumption, enterprises gain access to state-of-the-art networking without the upfront investment. This unlocks faster time-to-value, reduces technical debt, and ensures flexibility in fast-changing business environments. Real-time compliance, governance, and analytics are built-in – not bolted on. NaaS integrates monitoring, policy enforcement, and data protection into the network's core. This allows IT teams to enforce compliance across multicloud environments and adapt quickly to regulations such as GDPR, UAE PDPL, and sector-specific mandates. e& is shaping the region's NaaS future with standards, automation, and AI. Leveraging MEF blueprints, AI-driven orchestration, and investments in API-based infrastructure through ventures like Aduna, e& is delivering a programmable, highly interoperable network architecture tailored for the region's unique regulatory and operational needs. Now is the moment to shift: delaying means risking competitiveness and compliance. Early adopters are already benefiting from lower costs, stronger security, and greater agility. Businesses that delay risk being constrained by legacy systems as peers move ahead with scalable, intelligent networks designed for the cloud and AI era. A smarter way to network In a digital-first economy, the network is not just a utility – it's a strategic asset. e&'s white paper makes a compelling case: NaaS is no longer optional. It's a business imperative. Enterprises that want to lead in AI, cloud, and smart city development need modern, flexible infrastructure. With regional understanding and global alignment, e& is positioned to help Middle East businesses rewire for resilience, scale, and sustainable growth.
Associated Press
4 days ago
- Business
- Associated Press
Affluence Corporation Subsidiary MTi Secures Over €3 Million in New Contracts Across Europe, Asia, and Central Africa
OAK BROOK, IL / ACCESS Newswire / June 27, 2025 / Affluence Corporation, (OTC Pink:AFFU), a global technology holding company specializing in smart infrastructure and edge computing solutions, announced today that its subsidiary Mingothings International (MTi) has successfully secured multiple new contracts in June 2025, further strengthening its growth trajectory. MTi has finalized commercial agreements exceeding a total value of €3 million, spanning projects across Europe, Asia, and Central Africa. These contracts reflect MTi's ongoing capacity to deliver advanced technology solutions in key verticals such as Smart Cities, Security, and Digital Transformation. Among these recent wins are projects involving key customers and partners, including major European defense integrators, leading global sports organizations, and Asian government security agencies. Formal client approvals are currently being finalized to allow for public disclosure of their names in upcoming announcements. 'This solid commercial momentum reflects our ability to position the Group in complex, high-value projects across multiple continents,' said Oscar Brito, President of Affluence Corporation. 'The strategic wins further validate our integrated approach, combining proprietary software platforms with expert systems integration capabilities through MTi and our partner network.' The new contracts are fully aligned with Affluence Corporation's strategic priorities for 2025, demonstrating its portfolio companies' capability to expand geographically while addressing critical infrastructure challenges in both public and private sectors. For any inquiries or media and investor contact, please reach out to - [email protected]. # # # About Affluence Corporation Affluence Corporation ( is a diversified technology company focused on smart city and industry software and innovative solutions that capitalize on IoT, AI, 5G and edge technologies. We are investing in mid-market businesses to create a cohesive unit which brings together technology for the next generation of internet. For more information go to About Mingothings SLU Mingothings SLU ('MTi') is a trusted specialist in integrated IoT solutions and data analytics for smart cities and connected industries. With expertise in real-time data processing, sensor integration, and adaptable IoT platforms, MTi provides innovative solutions designed to maximize efficiency, sustainability, and operational performance in diverse IoT applications. # # # This press release contains certain forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. Statements that are not historical in nature, including the words 'anticipate,' 'expect,' 'suggests,' 'plan,' 'believe,' 'intend,' 'estimates,' 'targets,' 'projects,' 'should,' 'could,' 'would,' 'may,' 'will,' 'forecast' and other similar expressions are intended to identify forward-looking statements. Forward-looking statements are predictions, projections and other statements about future events that are based on current expectations and assumptions and, as a result, are subject to risks and uncertainties. There are important factors that could cause actual results to differ materially from those expressed or implied by such forward-looking statements, including: general economic business conditions, competitive and technological factors, markets, services, products and prices, the failure to retain management and/or key employees of the target company, availability and the cost of capital, success of growth initiatives, limited operating history and other risks discussed in our filings with the OTCMarkets and the Securities and Exchange Commission. Forward-looking statements speak only as of the date they are made. Readers are cautioned not to put undue reliance on forward-looking statements, and Affluence Corporation assumes no obligation and does not intend to update or revise these forward-looking statements, whether as a result of new information, future events, or otherwise. Media and investor contact - [email protected] SOURCE: Affluence Corp. press release
Zawya
24-06-2025
- Business
- Zawya
Dubai's RTA explores adoption of quantum technologies to advance smart mobility
DUBAI - Dubai's Roads and Transport Authority (RTA) is exploring the adoption of quantum technologies across three core domains: quantum communication, quantum computing, and quantum cybersecurity. The initiative targets key sectors such as transportation, mobility systems, and smart infrastructure. It aims to enhance the performance of intelligent systems, accelerate the transition to smart mobility, and reinforce digital security, while also advancing data protection, fostering sustainability and innovation, and anticipating the future. RTA organised a specialised scientific workshop titled 'Quantum Communication and Its Applications in Smart Infrastructure', in collaboration with Cisco, the global leader in networking technologies and cybersecurity. The workshop featured expert speakers in the field of quantum communication and was attended by representatives from various technical and engineering departments within RTA, as well as participants from external entities. The workshop focused on the foundational principles of quantum communication, highlighting key research developments and real-world applications of this emerging technology. It addressed several core topics, including the objectives of quantum communication, an overview of quantum mechanics, quantum computing, quantum networks, and quantum cybersecurity, in addition to sharing insights from leading global research in the field. The findings of the workshop reaffirmed the strategic value of quantum communication as a forward-looking solution in the communications domain. The technology enables unparalleled levels of data security and transmission speed, supporting streamlined operations and greater system integration across key agencies. Through this initiative, RTA positions itself among the first government entities in the region to explore the application of quantum technologies within the transport sector. These cutting-edge technologies have the potential to deliver transformative impact across multiple industries by harnessing innovative solutions grounded in the principles of quantum physics, one of the most complex and exact fields of science. Quantum technologies stand out for their exceptional capabilities in security, data analysis, and high-speed processing. RTA's adoption of quantum technologies and its exploration of their potential in the transport sector align with the Government of Dubai's vision of future readiness. The approach reflects a commitment to embracing secure, efficient digital solutions, staying ahead of global advancements, and proactively deploying cutting-edge technologies in infrastructure management and transport systems. In collaboration with strategic partners and specialised research institutions in quantum communication, quantum computing, and quantum cybersecurity, a dedicated RTA team is actively examining the application of quantum technologies across various sectors and operational domains. The objective is to support the development of a more secure, resilient, and sustainable digital infrastructure that keeps pace with the accelerating trajectory of global technological advancement. One of the most prominent quantum technologies being considered for deployment across RTA's sectors is quantum communication, a next-generation data transmission system that relies on light particles (photons). This advanced technology guarantees information confidentiality and can detect any unauthorised access or suspicious activity. It holds strong potential for integration across various operational areas within the RTA. Quantum Computing is another key technology under exploration for potential implementation. It leverages a new generation of computers with unparalleled capabilities in processing vast datasets and analysing complex scenarios at high speed. Within the RTA, potential applications include analysing transport and traffic flow patterns, predicting congestion, directing autonomous vehicles, and optimising route planning and scheduling for public transport systems. Quantum technologies also extend to Quantum Cybersecurity, which employs advanced, intrusion-resistant algorithms to protect against emerging and future cyber threats. These solutions can be used to secure operational digital platforms, safeguard smart infrastructure and internal networks, and prevent unauthorised access and potential cyberattacks.
Zawya
18-06-2025
- Business
- Zawya
DEWA enhances its emergency preparedness through smart infrastructure and proactive plans
Dubai, UAE: Many regions around the world, including Europe and the Americas, face significant challenges in ensuring the stability of energy and water networks, especially with the increasing pressures resulting from climate change, digital transformation and rising demand. In 2025, several European countries experienced frequent power outages due to weather fluctuations and inefficient ageing infrastructure, among other reasons. This gap highlights the importance of smart infrastructure and proactive investments, which Dubai Electricity and Water Authority (DEWA) embodies through its world-leading systems. DEWA is the government entity responsible for the generation, transmission and distribution of electricity, as well as the provision of desalinated water in Dubai. Committed to the highest standards of reliability, sustainability and efficiency, DEWA champions smart and innovative solutions to achieve net zero. In recent years, the corporation's customer base has grown significantly, with the number of accounts rising to 1,270,285 by the end of 2024, an annual increase of 4.85%. These figures reflect DEWA's commitment to meeting rising utility demands in Dubai while also enhancing service quality and emergency preparedness. DEWA is implementing strategic projects to enhance the efficiency and reliability of electricity and water networks. These include the continued expansion of transmission and distribution infrastructure, as well as initiatives to raise production capacity and advance storage and clean energy systems to ensure network stability. With a production capacity of 17,879 megawatts of electricity and 495 million imperial gallons of desalinated water per day, DEWA's state-of-the-art infrastructure meets the highest international standards. DEWA developed a smart grid strategy that relies on artificial intelligence (AI) and the Internet of Things (IoT) to monitor its networks and analyse 15 million data points daily, enabling immediate detection and remote repair of faults before they escalate. These systems contributed have contributed to DEWA recording the world's lowest electricity customer minutes lost (CML) per year, with an average of 0.94 minutes in 2024. Over the last 10 years, DEWA has outperformed leading utility companies in the Europe and the United States. Water distribution system losses stood at 4.5%, ranking among the lowest globally. Line losses in electricity transmission and distribution networks were 2%, compared to 6%-7% in Europe and the US. DEWA has become a global role model for energy efficiency and reliability, as well as for keeping pace with growing demand. DEWA continues to enhance its operational capabilities and develop its smart infrastructure through well-considered plans and strategic investments. These efforts keep pace with rapid growth in demand for essential services while supporting the development of Dubai's vital infrastructure in line with its sustainability vision and the Dubai Clean Energy Strategy 2050. 'We work in line with the vision of our wise leadership to provide sustainable and reliable electricity and water services, while enhancing readiness and resilience for emergencies and crises. We apply the best international practices in risk management and business continuity, supported by an advanced digital infrastructure and smart systems that contribute to monitoring proactive indicators and responding immediately to emergency situations,' said HE Saeed Mohammed Al Tayer, MD & CEO of DEWA. 'We continue to strengthen co-operation with various government and private organisations to ensure co-ordinated efforts and to enhance the emirate's readiness to deal with various operational and environmental scenarios. This integrated approach highlights DEWA's commitment to building an advanced and flexible infrastructure that supports sustainable development in the emirate of Dubai and provides the highest levels of comfort and safety for residents and visitors, in line with the UAE's plans and strategies to achieve leadership in global competitiveness indicators,' added Al Tayer. Supervisory Control and Data Acquisition (SCADA) Centre In 2014, DEWA launched the first phase of the Supervisory Control and Data Acquisition (SCADA) Centre for water transmission at its Sustainable Building in Al Quoz. This is part of DEWA's efforts to achieve digital transformation using cutting-edge operational technology. It enables round-the-clock remote monitoring of Dubai's 2,300-kilometre water network, including transmission pipelines, pumping stations and reservoirs – a feat made possible by the installation of more than 8,500 smart devices. DEWA is currently implementing the second phase of the system to include the water distribution network, and is continuously expanding the transmission network. Proactive measures to deal with emergencies DEWA is enhancing the resilience and reliability of electricity networks in emergency situations through smart infrastructure supported by the latest Fourth Industrial Revolution technologies. These efforts include expanding the use of smart grid systems, which rely on an integrated set-up of advanced sensors, automatic controls and artificial intelligence. These technologies allow real-time monitoring of network performance and detect imbalances within a fraction of a second. DEWA's electricity transmission lines extend over 15,000 kilometres, supported by a network of smart substations managed remotely via advanced SCADA systems. This ensures stable electrical supply even in exceptional circumstances. DEWA also adopts proactive strategies to manage sudden faults, including alternative electricity supply routes to minimise downtime. Additionally, DEWA uses nanosatellites, drones and smart robots to periodically inspect overhead and underground lines, and to predict potential issues before they escalate. DEWA is also increasing the share of clean energy through the Mohammed bin Rashid Al Maktoum Solar Park and the 250MW hydroelectric power plant in Hatta, which enhances network resilience, offering a sustainable source of supply during crises. Modern energy storage systems also contribute to load balancing and provide an emergency reserve that ensures service continuity. Smart Response DEWA's Smart Response service, accessible through its website and smart app, allows customers to diagnose electricity and water interruptions. It also streamlines reporting processes and reduces the time needed for technical team visits. In the event of a power outage in a home or building, DEWA advises customers to identify the affected areas and check the internal distribution board. If a circuit breaker is disconnected, a qualified technician may be required. If all breakers are on, customers can follow the Smart Response instructions on the smart app. For water interruptions, DEWA recommends that water tanks and internal connections comply with its specifications to ensure continued supply, including a tank with a 24-hour capacity. These systems should be maintained regularly to prevent blockages. The DEWA Store on the smart app lists approved maintenance companies offering exclusive discounts for DEWA customers. Guidelines and tips to ensure safe and uninterrupted electricity and water supply during rainfall are available at Community readiness is also crucial. DEWA conducts joint training exercises with government and private sector entities to simulate complex emergency scenarios, such as large-scale outages or severe weather, to ensure technical teams are prepared and response plans are in place in line with international best practice. This is supported by digital platforms that allow customers to report faults and receive real-time updates, reinforcing DEWA's commitment to quality and sustainability. DEWA also provides several communication channels for customers to submit reports around the clock, along with smart apps that enable them to monitor and report outages easily. These services help shorten response times and reduce the impact of service interruptions.
The Sun
11-06-2025
- Automotive
- The Sun
Top secret residents prepare to move into £8billion robot ‘city of the future' with driverless cars & AI-powered homes
RESIDENTS are preparing to move into Toyota's futuristic robot city, where everything is connected with driverless cars and AI-powered homes. While just the seed of an idea a decade ago, the £8billion 'Woven City' project has flourished into something real and liveable. 6 6 6 And it is set to welcome its first 100 residents this autumn. Residents will have a few months of tranquility before the city opens to tourists - dubbed 'Weavers' - from 2026 "or later", according to Toyota. These individuals will mostly be Toyota staff and their families, before branching out to include "external inventors" and their loved ones. The total population is expected to reach around 2,000. At the base of the Mount Fuji volcano in Japan, the development will host a range of top-secret tests for new technologies, according to reports. While normal civilians will also call this robot city home, so shall Toyota's employees - who will be conducting experiments for some of the company's more hushed ideas. Toyota, which builds robots as well as cars, has been building up the 175-acre site for the past five years. The self-contained metropolis aims to be a beacon for future mobility, smart infrastructure and sustainable living. First announced at CES 2020, the Woven City is now just months away from accepting its first residents. The futuristic city will act as a "living laboratory" for the company to test its renewable and energy-efficient self-driving cars dubbed 'E-palettes'. Toyota's E-palettes, an autonomous electric vehicle platform initially developed for the Tokyo 2020 Olympics, will be at the core of the project. Self-driving cars will be the main form of transport inside the Woven City, according to Toyota, supported by an underground network for autonomous logistics and goods delivery vehicles. The autonomous vehicles feed into a wider network led by artificial intelligence (AI). AI robot nurse with creepy 'face' taking over hospital jobs as it patrols halls, delivers meds and tracks patient vitals "We are building a city where everything, people, buildings, vehicles, is connected through sensors and AI," Akio Toyoda, Chairman of Toyota's Board of Directors, has said previously. "It's a unique opportunity to create a living digital operating system for urban life." Streets will be split into three types, pedestrian-only areas, roads for fast-moving traffic and streets for a mix of lower-speed vehicles. Only zero-emissions motors will be allowed with special vehicles for the elderly and support for wheelchair users. Smart homes will be designed to incorporate robotics and AI to monitor health and manage energy use. It echoes what futurist Stephen Oram envisions for future British cities, where wearable health tech alerts of a condition, prompting a robot delivery system to turn up "with some medication you didn't know you needed". The stunning new "smart homes" will run almost entirely on hydrogen, making the city as eco-friendly as possible. Houses, made mostly from wood, will include in-home robotics to "assist with daily living" helping residents to be more independent, according to the company. 6 6 6
