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ImFact today unveiled its “Blockchain Anywhere” infrastructure, enabling 6.8 billion devices—from smartphones to IoT hardware—to operate individual blockchain instances. Dubbed Personal Blockchain and On‑Device Blockchain, the rollout promises cryptographic data verification embedded directly within devices, marking a pivotal shift in trust architecture for artificial intelligence applications. The launch was showcased through Korea’s DaeguChain deployment across Daegu city and supported by a global testnet.

Personal Blockchain runs as a standalone blockchain on smartphones via mobile apps such as MyChain and Fact Stamp, allowing users to verify image authenticity, certify legal documents and complete offline transactions. In parallel, On‑Device Blockchain embeds blockchain functionality into internet-connected hardware—security cameras, autonomous vehicles, industrial sensors—assuring tamper-evident data creation at the source. Together, they integrate with ImFact’s Layer‑1 mainnet through a proprietary Station protocol.

These innovations build on six years of development and have undergone trials within DaeguChain, the civic blockchain network of Daegu city—South Korea’s fourth largest—with a population of 2.5 million. ImFact confirmed the system has proven reliable at enterprise scale. A dual‑track Testnet 2.0 currently supports more than 50,000 users across 97 countries, with participants incentivised via device mining rewards and verification incentives. The team aims to launch the Layer‑1 mainnet in Q4 2025.

Driving ImFact’s initiative is a leadership team comprising Professor Minkyu Je from KAIST—previously with Samsung—as head of hardware blockchain integration; Professor Yasin Ceran of San Jose State University and Stanford Medical School, focusing on privacy-sensitive health data verification on-device; and David Woong Jin Yoon, ex‑CEO of Gravity, steering strategic market deployment. Senior Ecosystem Builder San Jun described the development as the group’s solution to embedding blockchain functionality wherever computing power exists.

The announcement arrives against a backdrop of broader technological investment in South Korea. The government has pledged 16.1 trillion KRW over five years to boost artificial intelligence infrastructure, including data centres and GPU capacity, as outlined in a policy paper presented to the Presidential Policy Planning Committee on 18 June 2025. Key objectives include constructing AI data centres and offering open‑model development to citizens.

Industry analysts suggest that while South Korea’s blockchain strategy originated in controlled, closed networks, the growth of AI demands public and verifiable data systems. Infrastructure such as ImFact’s aligns with this strategic shift, seamlessly enabling decentralised trust within traditionally siloed environments.

ImFact positions its infrastructure as DePIN, distinct from existing offerings that rely on external validation. Instead, their data integrity is assured at the point of generation—whether it be a camera capturing footage or a sensor logging readings—with cryptographic proof to prevent tampering. The embedded nature enhances security and auditability, crucial for sectors like healthcare, autonomous vehicles, legal systems, and industrial monitoring.

While ImFact’s public roadmap outlines the L1 mainnet launch in late 2025, it is already actively engaging early adopters through Testnet 2.0. Users are deploying personal blockchain nodes on smartphones and integrating on-device blockchain chips in IoT hardware, generating token rewards and engaging in verifiable proof tasks. These early-stage validators are cultivating a nascent ecosystem that could mature rapidly ahead of commercial stage.

South Korea’s public sector stance and investment in AI and related infrastructure create a favourable landscape for projects like ImFact. The 16.1 trillion KRW policy emphasises open‑source AI models and GPU availability—initiatives that align with ImFact’s objective to offload cryptographic verification tasks to the edge of the network. The convergence of national policy and device-level trust architecture underscores an ecosystem designed to support AI at scale.

ImFact’s strategy hinges on the deployment and interoperability of three layers: personal blockchains for users, on-device blockchains for hardware, and an L1 mainnet offering global anchoring. Success depends on adoption rates of its mobile apps and IoT kits, regulatory acceptance of on-device verification for legal and medical use cases, and demonstration of clear ROI for participants in device mining.

Tehran has entered a state of widespread panic as thousands of residents flee the capital following the latest wave of Israeli airstrikes targeting military, nuclear, energy, and regime-linked sites.

Cities in northern provinces such as Mazandaran, Gilan and Alborz have reported being inundated with evacuees, many travelling along the Tehran–North and Tehran–Qom highways, with gridlock stretching for miles. Fuel stations in Tehran and Karaj are overwhelmed, and shoppers report shortages of essentials amid surge demand. The Iranian capital’s internet has been intermittently throttled amid efforts to suppress distress and control the narrative.

The operation, identified by Israeli leaders as “Operation Rising Lion,” commenced on 13 June when hundreds of precision strikes struck facilities tied to Iran’s nuclear aspirations, ballistic missile production, IRGC leadership and critical infrastructure in and around Tehran. High-value targets were obliterated, including the South Pars gas field, military command centres, and the Defence Ministry, underlining Israel’s expanded scope beyond nuclear installations.

Toll estimates vary: Iranian sources cite more than 224 civilian deaths, including over a dozen IRGC commanders and key nuclear scientists, with more than 900 injured. Israeli authorities report 10 to 14 fatalities in Israel from Iranian missile counterattacks. Silence from Tehran’s official channels contrasts with visible damage and civilian trauma—homes laid waste, shattered windows, and heavy reliance on basements, subway stations and schools repurposed as makeshift shelters.

Despite a state warning against mass exodus, authorities suggested citizens near refineries evacuate and advised use of metro systems for shelter. But many view this response as inadequate; Tehran lacks a network of formal bomb shelters, and a culture that venerates martyrdom over civilian safety has limited protective infrastructure.

Residents describe scenes of desperation: families abandoning homes, children crying, and queues forming at petrol stations and ATMs amid collapsing communications. One finance analyst shared that “windows began to shake” and smoke seeped into her home during a Sunday strike, prompting her to leave the city with neighbours. Another Tehran student spoke of long petrol lines at stations and panicking crowds hunting for food.

Domestic anxiety is compounded by structural vulnerabilities. The Iranian economy, enduring its deepest crisis in decades, faces inflation rates above 40%, mass unemployment and widespread food insecurity. This backdrop of poverty and instability was outlined by Iranian government statistics and global economic monitoring groups. The middle class, already suffering from double-digit inflation and unemployment, is struggling to cope with this surge in insecurity.

In this context, analysts caution that the airstrikes may fit a wider strategy. With senior members of the IRGC and nuclear scientists killed, Israeli officials are believed to be signalling a shift towards undermining regime stability and infrastructure to accelerate political change. Prime Minister Netanyahu has urged Iranians to rise against the clerical leadership, though experts warn that such encouragement could backfire, consolidating hardliner control and prompting Tehran to accelerate its nuclear timeline.

International observers are also raising alarms about spill‑on effects. Crude oil prices have jumped over 10%, a sign of global markets jittering at the potential for further escalation. Meanwhile, the World Bank warns that heightened war intensity may undermine adjacent states involved in sensitive hydrocarbon trade and production.

Within Iran, elites are now confronting increasingly vocal criticism. Social media posts mocking authorities for failing to build basic shelters are circulating despite internet restrictions. While some citizens express threats of retaliation, others develop resignation: “You worry what’s going to come next,” one resident remarked, reflecting the capital’s unease.

Interviews with experts indicate a nation on the cusp of transformation. Iran’s leadership, confronted by a collapsing economy, degrading military deterrent, and a civilian population on the move, faces growing internal rupture. However, dissent remains fragmented and tightly controlled by the IRGC and security services.

Qatar has embarked on the printing stage of an ambitious architectural endeavour, deploying what are now the world’s largest 3D construction printers to build two public schools. Spearheaded by UCC Holding alongside the Public Works Authority, Ashghal, the project forms part of a broader plan to erect 14 new educational facilities under a public–private partnership, but these two structures alone span 40,000 m²—roughly 40 times larger than any previous 3D‑printed building worldwide.

Two custom-built BODXL printers supplied by Denmark’s COBOD each measure 50 m in length, 30 m in width and 15 m in height—dimensions comparable to a Boeing 737 hangar—making them the largest construction printers ever deployed. The twin schools, each covering 20,000 m² on 100 × 100 m plots, are two-storey edifices designed to showcase scalable, next-gen educational infrastructure.

Extensive preparatory work preceded the launch, including site development, printer assembly and more than 100 full‑scale test prints at a Doha-based trial site using a BOD2 printer. These trials refined concrete mix formulations suited to Qatar’s hot climate and developed bespoke nozzles to enhance precision. In May 2025, UCC engineers trained with COBOD specialists in print sequencing, structural layering and on‑site quality management, cementing Qatar’s local expertise in advanced construction technology.

The project offers clear environmental and operational benefits over conventional construction. By reducing raw material waste, lowering concrete consumption and cutting carbon emissions, 3D printing aligns with sustainable development goals. On‑site production cuts transport requirements and supply chain risk, while round‑the‑clock printing—including overnight operations—helps avoid thermal stress, minimises dust and noise and accelerates timelines.

Architectural design draws inspiration from Qatar’s landscape: sweeping, dune‑inspired curves are possible only through 3D printing’s geometric flexibility—a feat difficult and costly via traditional means. Scheduled to be completed by December 2025, the initiative is expected to redefine sustainable infrastructure while fortifying Qatar’s position as a global innovation hub.

Co‑founder of COBOD, Henrik Lund‑Nielsen, remarked that this marks both a technological milestone and an environmental turning point in building methodology. A spokesperson at UCC Holding said the venture “sets a global benchmark” in construction, as Qatar continues to drive pioneering engineering projects across the Gulf.

Aldar Properties has unveiled a Dhs40 billion mixed-use development on Fahid Island, a 3.4 million square metre natural island situated between Yas and Saadiyat Islands in Abu Dhabi. The project aims to transform the island into a premier coastal wellness destination, featuring over 4,000 residential units, retail outlets, hospitality venues, and community facilities.

The first phase, Fahid Beach Residences, will comprise seven beachfront buildings, each housing 65 residences, offering a blend of apartments, townhouses, and ultra-luxury beach and mangrove villas. The development capitalises on the island’s 11 km of waterfront, including 4.6 km of pristine beaches and iconic mangroves, providing residents with prime sea views and direct beach access.

Aldar acquired the island for AED 2.5 billion, with the acquisition consideration to be paid over five years. The gross development value of the project stands at AED 26 billion. The development will include a school, retail and hospitality offerings, and a wide array of community facilities, aiming to create a vibrant and integrated community.

The project emphasises sustainability, with eco-friendly construction practices and measures to protect local wildlife and preserve natural resources. The lush mangroves surrounding the island are to be preserved, enhancing the area’s natural ecosystem.

Aldar’s CEO, Talal Al Dhiyebi, stated that the acquisition solidifies the company’s presence on the Yas-Saadiyat corridor and strengthens its ability to deliver sustainable value to Abu Dhabi and its communities. Jonathan Emery, CEO at Aldar Development, noted that Al Fahid Island presents a robust pipeline of development activity, catering to the strong appetite for ultra-luxury products in Abu Dhabi’s premier locations.

Dubai’s Roads and Transport Authority has initiated a comprehensive upgrade of Umm Suqeim Street, aiming to significantly enhance traffic flow and urban connectivity across the city. The project, stretching from the intersection with Jumeirah Street to Al Khail Road, is a pivotal component of a broader strategy to modernise the city’s infrastructure and accommodate its rapid urban expansion.

The upgrade is designed to increase the road’s capacity to 16,000 vehicles per hour in both directions, effectively reducing travel time between Jumeirah Street and Al Khail Road from 20 minutes to just six. This enhancement is expected to alleviate congestion and improve accessibility for key residential and commercial areas, including Jumeirah, Umm Suqeim, Al Manara, Al Sufouh, Umm Al Sheif, Al Barsha, and Al Quoz.

Integral to the project are the redevelopment of six major intersections along Umm Suqeim Street. These include the construction of four bridges and three tunnels, collectively spanning 4.1 kilometres. Notably, a two-lane tunnel in each direction will be constructed at the intersection with Jumeirah Street, complemented by a signalised surface-level junction. Another two-lane tunnel is planned at the intersection with Al Wasl Street to facilitate traffic flow from Sheikh Zayed Road towards Jumeirah Street, while maintaining uninterrupted surface traffic in the direction of Sheikh Zayed Road.

At the intersection with Sheikh Zayed Road, two bridges will be constructed to eliminate traffic overlap and enhance movement efficiency. Additionally, a tunnel will be developed at the intersection with First Al Khail Street to accommodate traffic from Al Barsha towards Sheikh Zayed Road, along with associated surface-level improvements. The stretch between First Al Khail Street and Al Asayel Street will be widened by adding one lane in each direction, increasing capacity to four lanes per direction. At Al Khail Road, the works involve the construction and widening of two flyovers—one connecting Al Khail Road with Al Quoz Industrial Area, and the other facilitating traffic from Umm Suqeim Street to Al Khail Road heading towards Deira.

Beyond vehicular traffic improvements, the project places a strong emphasis on enhancing pedestrian and cyclist infrastructure. Upgrades include the development of pedestrian walkways, dedicated cycling tracks, landscaped boulevards, and vibrant public spaces designed to foster community interaction and promote sustainable urban living. A direct link will also be established between the Mall of the Emirates Metro Station and nearby residential communities, enhancing last-mile connectivity and encouraging the use of public transportation.

This initiative is part of RTA’s master plan to overhaul the surrounding road network, which includes planned upgrades to Jumeirah Street, Al Wasl Street, and Al Safa Street. The overarching goal is to enable uninterrupted traffic flow from Jumeirah to Al Qudra Road over a distance of 20 kilometres, thereby improving connectivity across four major transport corridors: Sheikh Zayed Road, Al Khail Road, Sheikh Mohammed bin Zayed Road, and Emirates Road.

Mattar Al Tayer, Director General and Chairman of the Board of Executive Directors at RTA, stated that the upgraded corridor will directly serve vital residential and development areas with a combined population exceeding two million. He emphasised that the project is designed to accommodate Dubai’s rapid population growth and urban expansion while improving the overall quality of life for residents and visitors.

Construction is already 70% complete on a 4.6-kilometre segment of Umm Suqeim Street from Al Khail Road to Sheikh Mohammed bin Zayed Road. This phase includes an 800-metre tunnel near Kings’ School in Al Barsha South and a surface-level junction, scheduled to open in the third quarter of the year. The completion of this segment is expected to reduce travel time between Sheikh Mohammed bin Zayed Road and Al Khail Road by 61%, from 9.7 minutes to just 3.8 minutes.

The RTA is also leveraging advanced technologies to monitor and manage the project’s progress. Drones are being utilised to capture and analyse project data, while artificial intelligence is employed to track construction milestones and performance indicators. This integrated approach has enhanced operational efficiency on-site, accelerated decision-making processes, and enabled the provision of real-time, high-precision data. The adoption of these technologies has resulted in a 100% increase in field presence and a 60% reduction in the time required for site surveys. Time-lapse imaging systems are also being used to continuously monitor construction activities, contributing to a 40% improvement in overall project monitoring efficiency.