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AI to speed up bus journeys in Dubai

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Dubai’s Roads and Transport Authority (RTA) will implement a new system called City Brain this year, which will use artificial intelligence to make travelling by bus more time efficient.

The project is expected to increase bus ridership by 17 percent.The system uses artificial intelligence and advanced algorithms to analyse a large amount of data, which will be collected from nol cards, buses, taxis in use as well as from the back-end control centres.

The system will convert complex data into tangible and useful notifications about bus schedules and routes, which users can use to better plan their bus journeys.City Brain is expected to reduce average waiting time for buses by ten percent, and slash average bus journey time by five percent. RTA will implement City Brain in cooperation with Alibaba, and it will be used to develop public transport network planning.

With 20 years of experience across print, TV, and digital journalism, Sudhashree is a seasoned media professional with a keen eye for news. A true news bug, she thrives on curating stories that capture the pulse of fashion, film, and all things trending. Deeply immersed in the fast-evolving media landscape, she swears by the power of social media to shape narratives and spark conversations.

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What caused the global Microsoft outage and which services were affected?

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For millions of people who rely on Microsoft for work, Thursday’s disruption meant more than an application failing to load. Emails became difficult to access, workplace conversations were interrupted, and documents stored online were suddenly out of reach.

Microsoft’s widespread service outage, which began on November 12, continued into Friday, November 13, as the company struggled to restore normal operations across its Microsoft 365 ecosystem. Outlook, Teams, Word, Excel and PowerPoint were among the services affected, alongside business platforms such as SharePoint and OneDrive.

The disruption lasted for more than five hours during its initial phase, but the problems did not end when the first signs of recovery emerged. Thousands of users were still reporting difficulties nearly 24 hours later, suggesting that the company was dealing with a more complicated infrastructure problem than a temporary application failure.

Microsoft said the incident stemmed from unexpected server failures that put additional pressure on the systems still operating. It ruled out a sudden surge in user traffic and said there was no indication that a cyberattack was responsible.

From email problems to disrupted workplaces: What stopped working?

The outage spread across several services that individuals and organisations use to manage their daily work.

Outlook was among the most affected platforms, with users reporting trouble opening inboxes, sending and receiving messages, and connecting to Exchange Online mailboxes. Teams users also encountered connection problems, affecting access to the communication and video-conferencing platform.

The disruption extended beyond email and meetings. Users also reported problems with Word, Excel and PowerPoint, while SharePoint Online and OneDrive were affected, making it harder to reach shared documents and cloud-stored files.

The list of potentially affected services included Microsoft’s AI assistant, 365 Copilot, as well as Microsoft Defender XDR, Planner, To Do, Intune and Defender for Office 365.

Some Microsoft Purview capabilities were also disrupted. These included functions linked to authorisation, data classification, automatic labelling, data loss prevention and communication compliance.

The impact was not restricted to one part of the world. Microsoft warned that customers in different regions could experience problems, turning the incident into a wider disruption for businesses and individual users.

Why did the Microsoft outage happen?

The scale of the disruption raised an obvious question: why were so many services affected at the same time?

Microsoft’s explanation pointed to a failure within its server infrastructure. Although the company initially referred to elevated loads, it later clarified that an increase in user traffic was not behind the problem.

Instead, several servers had unexpectedly become unavailable. That left the remaining infrastructure carrying additional workloads, increasing pressure on systems that were still functioning.

The company also identified failures involving automated server health checks. These checks are designed to monitor server performance and determine whether individual systems are operating properly. Problems with the monitoring process contributed to affected servers being marked as unavailable.

Microsoft began investigating whether a particular component involved in processing these checks was contributing to the failures. Engineers tested a configuration change on a portion of the affected infrastructure to see whether it could help restore server availability.

The company also paused deployments and took steps to prevent additional servers from being removed from service.

Importantly, Microsoft said its investigation had found no indication of a cyberattack. The explanation it provided centred on server availability and the systems responsible for monitoring infrastructure health.

Microsoft’s recovery effort: Moving traffic and restarting servers

With services affected across its network, Microsoft’s immediate priority was to reduce pressure on the infrastructure that remained operational.

The company began redirecting additional connection traffic away from affected systems and distributing it across other parts of its global network. It also started restarting affected servers in an effort to bring them back online.

In a further step, Microsoft tested an alternative method for carrying out server health checks. The company said this approach helped return some affected servers to service and that it planned to apply the change more widely.

It was also preparing automated recovery systems to identify unresponsive servers and restart them, with the aim of making the restoration process more effective.

There were signs of improvement on Thursday evening. By around 6pm ET on November 12, Microsoft reported limited recovery, with some users gradually reconnecting to its services.

Figures cited by Reuters showed that complaints on Downdetector had also begun to fall. Outlook-related reports dropped from a peak of 138,058 around 1pm ET to approximately 34,490 by the evening. Reports concerning Microsoft 365 had declined to nearly 13,000 by 5:47pm ET.

But falling complaint numbers did not mean the disruption was over. Microsoft cautioned that users would experience a gradual return to normal as server capacity came back and applications reconnected.

When will Outlook and Microsoft 365 be fully restored?

By Friday, November 13, the recovery was still a work in progress. Users continued to report difficulties logging in, opening Outlook inboxes and connecting to Microsoft 365 applications.

Microsoft had not provided a definitive timeline for the complete restoration of every affected service in the updates covered here.

For businesses that depend on Microsoft’s cloud-based tools, the prolonged disruption highlighted how closely everyday operations are tied to access to email, shared files and online collaboration platforms.

The company was continuing to bring affected servers back into service and reduce the pressure on its remaining infrastructure. Until that process was complete, some users could continue to experience intermittent access problems.

(With inputs from agencies)

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Flying-car trials planned in Ras Al Khaimah under new UAE-China agreement

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Flying cars could soon be tested in the deserts of Ras Al Khaimah, under a new agreement between the emirate and Chinese aircraft manufacturer Aridge.

The partnership also includes plans for a demonstration flight route connecting Ras Al Khaimah with Abu Dhabi, as authorities explore the potential of low-altitude air transport between the UAE’s emirates.

Signed on Friday under the oversight of the UAE’s General Civil Aviation Authority, the agreement will establish a regulatory sandbox in Ras Al Khaimah. Such sandboxes allow new technologies to be tested in controlled conditions while regulators develop safety requirements and operating procedures.

The trials will be conducted through the Ras Al Khaimah Transport Authority (RAKTA), with Aridge expected to assess its aircraft in desert environments and across a range of operational scenarios.

The programme will also examine how flying-car services could be integrated into existing transport systems, including flight planning, airspace coordination, ground operations, passenger handling and emergency procedures.

A possible Abu Dhabi–Ras Al Khaimah route

The proposed demonstration route between Abu Dhabi and Ras Al Khaimah is intended to explore what would be required for future inter-emirate air mobility services.

The two emirates are currently around a 90-minute drive apart. However, the planned flight would initially be a demonstration rather than a commercial passenger service. Any future operation would depend on the outcome of testing, regulatory approval and the development of supporting infrastructure.

Aridge’s involvement follows a demonstration of its modular flying car, known as the Land Aircraft Carrier, at a reception held at Emirates Palace in Abu Dhabi. The event was hosted by the Chinese Embassy and attended by Chinese Ambassador Zeng Jixin, along with UAE government officials and business representatives.

The company has described the agreement as a significant step in its regional expansion. It is also being presented as the first entry by a Chinese flying-car company into a national-level regulatory sandbox in the Middle East.

Ras Al Khaimah’s Ruler, Sheikh Saud bin Saqr Al Qasimi, said the partnership reflected the emirate’s efforts to use technology to support economic development and improve quality of life.

For now, the project remains focused on testing. But if the trials progress, the initiative could offer an early look at how flying cars might become part of the UAE’s future transport network.

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Dubai robotics team earns global recognition at elite US competitions

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A Dubai-based student robotics team has put the UAE on the global STEM map after securing a major award at one of the world’s leading robotics competitions and earning an invitation to an elite international event in the US.

Team UFORCE, representing Unique World Robotics (UWR), finished third in the prestigious Inspire Award category at the FIRST Tech Challenge (FTC) Michiana Premier Event, held in Indiana from June 18 to 21.

The Inspire Award is FTC’s highest judged honour, recognising excellence in robot design, engineering, programming, innovation, teamwork and community impact. Team UFORCE competed against 96 top robotics teams from around the world.

Invited to exclusive global event

Following its strong performance, Team UFORCE also competed at the Multinational Tech Invitational (MTI) in Maryland, an invitation-only competition featuring just 44 of the world’s best FTC teams selected from more than 11,000 active teams globally.

Showcasing UAE STEM talent

The 16-member team includes students from schools across Dubai and Sharjah, highlighting the UAE’s growing talent in robotics and engineering.

“This achievement reflects the dedication, innovation and perseverance of our students and mentors,” said Bansan Thomas George, founder of Unique World Robotics.

Head coach Mohammed Mukhtar said competing on global platforms demonstrates the ability of young innovators from the UAE to excel internationally.

Team captain Aarnav Bhargava described the competitions as a valuable opportunity to develop technical skills, teamwork and confidence while competing against some of the world’s best robotics teams.

About FIRST Tech Challenge

FIRST Tech Challenge is one of the world’s largest youth robotics programmes and is supported by organisations including Google, Amazon and NASA.

The programme also offers students access to scholarships, mentorship opportunities and pathways to leading universities and STEM institutions.

The achievement also reflects the growing impact of firstrobotics.ae, a UAE volunteer-led robotics community that supports students interested in robotics, artificial intelligence and STEM education.




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