How a Saudi software developer is revolutionizing road safety with his AI driver-assist system

How a Saudi software developer is revolutionizing road safety with his AI driver-assist system
Saudi programmer and and automotive expert Nasser Mansour Al-Khaldi  at work in his car. (Supplied)
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Updated 14 November 2024
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How a Saudi software developer is revolutionizing road safety with his AI driver-assist system

How a Saudi software developer is revolutionizing road safety with his AI driver-assist system
  • Nasser Al-Khaldi is the mastermind behind a driver-assist system that performs well in congestion and makes roads safer
  • Developed by Comma.ai, the system incorporates AI-driven real-time analysis, using cameras and radar to prevent collisions

JEDDAH: Nasser Mansour Al-Khaldi is the researcher and automotive expert behind the Saudi-made version of an innovative artificial intelligence self-driving system that can be fitted to regular cars.

A native of Taif province, his passion for technology started at a young age through attempts to customize video games — including hacking his Xbox 360.

Since 2015, he has been focusing on autonomous driving technology — self-driving systems powered by AI. In 2023, the results of his efforts became apparent when he launched the first autopilot system in the Kingdom.

Al-Khaldi and his team — in cooperation with their partner, California-based startup Comma.ai — have developed an open-source software that runs the system, allowing motorists to install a driver-assist feature. The software enables the car to drive itself on motorways, staying in one lane and keeping a safe distance from the car in front, and to follow the vehicle immediately in front in traffic without human assistance.

“It took me around five years to develop a device that records vehicle data in order to analyze it and add more advanced safety and smart driving systems to existing vehicles on the market,” Al-Khaldi told Arab News.

“Yes, it is made in collaboration with our partner in the US, but we upgraded our own version and it has more features. So, you can say it is ‘made in Saudi Arabia’ by a very intelligent Saudi team,” he added.

DID YOUKNOW?

• The Saudi-made AI driver-assistance system was trained on over 100 million miles.

• It incorporates AI-driven real-time analysis, using cameras and radar to prevent collisions.

• It is compatible with more than 64 car models not supported by Comma.ai’s original tech.

• The Saudi-made device has been exported to the US, Europe, Africa, and the Arab world.

Although the base technology, Open Pilot, was developed by Comma.ai, Al-Khaldi explained that his version has been significantly developed to align with local needs, expanding compatibility to work with more than 64 car models not supported by the original.

The Saudi programmer also developed the autonomous driver technology to function at low speeds, improving its effectiveness in the stop-start traffic that is common in the Gulf region.

He explained that the self-driving device “leverages AI and remote sensing technology to continuously analyze and understand the vehicle’s surroundings.”




​Aside from developing Saudi Arabia's first autopilot system, Nasser Mansour Al-Khaldi is the researcher also developed the autonomous driver technology to function at low speeds, improving its effectiveness in the stop-start traffic. (Supplied)

The unit has been on the Saudi market for about a year and a half, and approximately 500 have been sold, according to Al-Khaldi.

“In addition to our presence in the Saudi market, we have also exported our device — which can be adapted to almost any modern car — to the US, Europe, Africa and other parts of the Arab world,” he added.

Arab News joined 29-year-old Al-Khaldi to experience the driver-assistance system, which is installed in his Toyota Highlander. We began the ride on the highway north of Jeddah.

The results were impressive. From the driver’s seat, with his hands removed from the steering wheel, Al-Khaldi said: “At this point our (system) can handle all types of curves. On the highway, you can drive for hours without any user intervention. I just drove from Taif to Jeddah on curvy, hilly roads without any user intervention.”

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Al-Khaldi said that the system integrates multiple components to provide “a safe and efficient autonomous driving experience,” controlling steering, acceleration, and braking. It uses open-source AI technology, trained on over 100 million miles and able to adapt to a variety of driving conditions.

“The system relies on high-resolution cameras and radar sensors to detect lanes, track nearby vehicles, and analyze data in real time. This analysis helps prevent collisions and ensures the vehicle stays in its lane,” he explained.

“One of our customers who lives in the US installed our device in his car and recently, while driving down a long stretch of highway heading to another state, he lost consciousness and the car drove itself for two hours until he woke up. He later messaged us and expressed his thanks for our device’s reliability,” he added. “Following this event, the system received an enhanced safety update. Now, if the driver’s eyes remain fixed and unresponsive, signaling potential loss of consciousness, the system prompts the driver to touch the steering wheel, providing an additional layer of safety during medical emergencies like seizures or sudden loss of consciousness.”




Inspired by his team's successes, Nasser Mansour Al-Khaldi now envisions a future where AI powers self-driving cars across the Kingdom. (SPA photo)

According to the US website Consumer Reports, Open Pilot is currently the most advanced driver-assistance system (ADAS) on the market.

Al-Khaldi and his team are now exploring ways to tailor the system to various levels of driving experience. “I think we’ll find better ways of doing it that will be simpler and allow more users access to the technology,” he said.

Al-Khaldi envisions a future where AI powers self-driving cars across the Kingdom. He said: “Saudi Arabia has an ambitious vision that embraces artificial intelligence technologies. Self-driving has become one of the most important AI tools.”
 

 


Right on time: Riyadh Metro engineers new era of urban mobility

Riyadh metro connects key urban centers, reducing car dependency in a city notorious for traffic congestion. (SPA/Supplied)
Riyadh metro connects key urban centers, reducing car dependency in a city notorious for traffic congestion. (SPA/Supplied)
Updated 03 December 2024
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Right on time: Riyadh Metro engineers new era of urban mobility

Riyadh metro connects key urban centers, reducing car dependency in a city notorious for traffic congestion. (SPA/Supplied)
  • The capital city’s new public transport system covers 176 kms of track

RIYADH: In a city where rapid development has outpaced infrastructure, the Riyadh Metro is setting a new benchmark for urban transport in the Kingdom. The $23 billion mega-project, one of the largest metro systems built in a single phase, has six lines, 176 kilometers of track and 85 stations.

Engineering against the odds

Riyadh’s complex geological and urban landscapes posed unique challenges during construction. Beneath the city’s surface is dense limestone and breccia, which required the use of special tunnel boring machines, or TBMs, designed to navigate these demanding conditions.

The metro’s stations are a balance between form and function. (SPA)

“The geological conditions demanded not only technical sophistication but also real-time adaptability to ensure both speed and accuracy,” Roger Cruickshank, senior director at AtkinsRealis, which led the design of Lines 4, 5, and 6, said in an interview with Arab News.

The metro’s 11 underground and 17 at-grade stations were strategically placed to enhance connectivity across the city. Additionally, the integration of underground, at-grade, and elevated tracks required careful consideration of Riyadh’s existing road networks.

FASTFACT

Riyadh Metro’s 11 underground and 17 at-grade stations were strategically placed to enhance connectivity across the city.

“Restructuring road networks and ensuring smooth transitions between modes of transit were integral to minimizing disruption,” Cruickshank said.

Automation at the core

A defining feature of the Riyadh Metro is its Level 4 automation, eliminating the need for onboard operators. Centralized control centers manage operations through advanced algorithms and real-time data, ensuring seamless functionality.

Supporting this system are geotechnical monitoring tools, including fiber optic sensors and automated data acquisition systems, which continuously assess infrastructure health.

The metro connects key urban centers, reducing car dependency in a city notorious for traffic congestion. (SPA)

“These technologies provide real-time insights, allowing us to predict maintenance needs and address them before they escalate,” Cruickshank said.

The trains themselves are equipped with advanced safety features, such as early warning and remote diagnostic systems, enhancing passenger safety and operational reliability.

Predictive analytics further optimize system efficiency, extending the lifespan of critical components while minimizing downtime.

Functionality meets design

The metro’s stations are a balance between form and function. While designed to optimize passenger flow and connectivity, they also reflect Riyadh’s cultural identity through architectural motifs inspired by local heritage.

Roger Cruickshank, AtkinsRealis senior director

“The design integrates contemporary materials with traditional influences, making the infrastructure both practical and a visual complement to the city,” Cruickshank said.

The metro connects key urban centers, reducing car dependency in a city notorious for traffic congestion. The focus on accessibility ensures that the system serves Riyadh’s growing population effectively.

Sustainability

The Riyadh Metro aligns with Saudi Arabia’s Vision 2030 by prioritizing sustainability; by promoting public transport, it is projected to significantly cut carbon emissions.

The design integrates contempor- ary materials with traditional influences, making the infrastruc- ture both practical and a visual complement to the city.

Roger Cruickshank, AtkinsRealis senior director

The system also incorporates energy-efficient technologies, such as regenerative braking and automated lighting, to minimize its environmental footprint.

“Noise and vibration mitigation strategies were essential to ensure the system operated harmoniously within the urban environment,” Cruickshank added. These measures, combined with the integration of green building standards, highlight the project’s commitment to environmental stewardship.

The lessons from the project are already informing future initiatives in Saudi Arabia and beyond. “This project demonstrates how collaboration, advanced technology, and strategic planning can produce infrastructure that is both technically brilliant and sustainable,” Cruickshank said.

The Riyadh Metro provides a case study for cities worldwide grappling with urbanization and mobility challenges. By combining engineering excellence, technological innovation, and cultural sensitivity, authorities have created a transit network that not only meets today’s needs but anticipates the demands of tomorrow as well.

 


Saudi Arabia hosts military drills at Prince Sultan Airbase

Saudi Arabia hosts military drills at Prince Sultan Airbase
Updated 03 December 2024
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Saudi Arabia hosts military drills at Prince Sultan Airbase

Saudi Arabia hosts military drills at Prince Sultan Airbase
  • 8 other countries’ forces taking part in 2-week military exercise southeast of Riyadh

RIYADH: Prince Sultan Airbase is hosting Tuwaiq 4 military drills with the air forces from eight other countries. 

Alongside the Royal Saudi Air Force, combat pilots and military servicemen from Oman, Jordan, Morocco, Qatar, the UK, the US, Greece, and the UAE participated on Monday in aerial drills at the base near Al-Kharj, southeast of Riyadh. 

Forces from Egypt and Bahrain will be joining as observers in the two-week military exercise.

Mohammed bin Abdullah Al-Khanfour, a Saudi colonel pilot, said that Tuwaiq 4 drills looked to enhance cooperation, raise the level of readiness, and improve the combat efficiency of aircrews, the Saudi Press Agency reported.

Drills will also focus on tactical landing, flying at high and low altitudes, operating in challenging scenarios, carrying out search and rescue operations, and enhancing ground technical support. 

Tuwaiq 4 also includes lectures about prominent air combat technologies and theories of planning and commanding an air operation.


Hope in the desert: Onager returns to Saudi Arabia after a century

Hope in the desert: Onager returns to Saudi Arabia after a century
Updated 02 December 2024
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Hope in the desert: Onager returns to Saudi Arabia after a century

Hope in the desert: Onager returns to Saudi Arabia after a century
  • The Persian onager, a smaller relative of the extinct Equus hemionus hemippus, plays a vital role in the reserve’s ambitious landscape and seascape restoration program

RIYADH: In a significant advancement for wildlife conservation, Saudi Arabia has reintroduced the onager to its native habitat after over a century of absence, the Saudi Press Agency reported on Monday.

This achievement was made possible through a collaboration between the Prince Mohammed bin Salman Royal Reserve Development Authority and the Royal Society for the Conservation of Nature from Jordan.

Earlier this year, seven Persian onagers were brought from Shaumari Wildlife Reserve in Jordan to the royal reserve.

The return of the onager aligns with the reserve’s Integrated Development Management Plan, supporting the Saudi Green Initiative and Vision 2030. (SPA)

The animals have reportedly adapted well to their new environment, with the birth of the first foal marking a pivotal moment in the rewilding process. The reintroduction highlights the importance of restoring ecosystems and creating a sustainable environment for endangered species to thrive.

Prince Mohammed bin Salman Royal Reserve Development Authority CEO Andrew Zaloumis said in a statement: “The reintroduction of the onager, a species historically celebrated by Arabic poets, is a transformative step for their conservation and a major milestone in the Kingdom's biodiversity efforts.”

He emphasized that the Persian onager, classified as endangered by the International Union for Conservation of Nature, is now free to roam Saudi Arabia once again.

The Persian onager, a smaller relative of the extinct Equus hemionus hemippus, plays a vital role in the reserve’s ambitious landscape and seascape restoration program.

The royal reserve is actively working to restore ecosystems, ensuring the species can flourish while maintaining biodiversity. The onager serves as an ecological asset and a cultural symbol deeply rooted in Arabian history and tradition.

This collaborative endeavor with the Royal Society for the Conservation of Nature underscores the importance of cross-border conservation efforts to protect endangered species and their habitats.

The president of the Jordanian organization’s board of directors, Batoul Ajlouni, expressed her delight at the reintroduction, emphasizing the importance of fostering real collaboration in conserving ecosystems and habitats through effective protected area management and capacity-building programs.

The return of the onager aligns with the reserve’s Integrated Development Management Plan, supporting the Saudi Green Initiative and Vision 2030.

In addition to the onager, the reserve has reintroduced several other species, including Arabian oryx, Nubian ibex, sand gazelle, mountain gazelle, and various bird species.

These efforts form part of the Kingdom’s broader mission to enhance biodiversity and promote sustainable development.

As the onager thrives in its natural habitat, it stands as a symbol of hope and the importance of wildlife conservation in Saudi Arabia.

 


Historic Jeddah Program launches Culture Square as new landmark for arts and heritage

Historic Jeddah Program launches Culture Square as new landmark for arts and heritage
Updated 02 December 2024
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Historic Jeddah Program launches Culture Square as new landmark for arts and heritage

Historic Jeddah Program launches Culture Square as new landmark for arts and heritage
  • Culture Square, which will span 26,000 square meters, will feature two flagship facilities

JEDDAH: The Ministry of Culture’s Historic Jeddah Program has unveiled the Culture Square, an initiative designed to revitalize the historic Jeddah area and establish it as a global hub for arts and heritage, the Saudi Press Agency reported on Monday.

Situated on the banks of Lake Al-Arbaeen, the project blends the region’s rich history with contemporary innovation, reflecting Saudi Arabia’s Vision 2030 goal of enhancing cultural tourism and preserving heritage, SPA added.

Culture Square, which will span 26,000 square meters, will feature two flagship facilities: the Center for Performing Arts and the Digital Arts Museum “TeamLab Without Borders.”

The Center for Performing Arts will offer a range of cultural activities, including theatrical performances, international festivals, and film screenings.

It will also house the headquarters of the Red Sea Film Festival, a state-of-the-art theater with 868 seats, five cinema halls, dialogue spaces, and multi-purpose areas for cultural exchange.

Adjacent to this, the TeamLab Museum spans 10,000 square meters and will showcase 80 interconnected works that merge art, technology, and nature.

At the heart of the development lies the restored Prince of the Sea House, an historic octagonal structure once used as a lighthouse to guide ships, which reflects the area’s architectural heritage and highlights the cultural richness of Jeddah’s past.

Its preservation is part of broader efforts to maintain the character of the historic district while introducing modern elements, such as air purification systems, touchless elevators with UV sterilization, and water recycling technologies for irrigation.


Saudi Arabia, Lithuania sign air transport services agreement

Saudi Arabia, Lithuania sign air transport services agreement
Updated 02 December 2024
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Saudi Arabia, Lithuania sign air transport services agreement

Saudi Arabia, Lithuania sign air transport services agreement
  • Riyadh, Vilnius to work together to develop regulatory frameworks

RIYADH: Saudi Arabia and Lithuania signed an agreement on Monday to cooperate in civil aviation and air transport services. 

Abdulaziz Al-Duailej, the president of the General Authority for Civil Aviation, and Ramunas Davidonis, the Lithuanian ambassador to Saudi Arabia, signed the agreement in Riyadh.

The two countries will work to develop regulatory frameworks for air transport traffic and expand the operational network of their national air carriers.

The cooperation will further enhance Saudi Arabia’s position as a global logistics center for civil aviation and air transport services, the Saudi Press Agency reported. 

The Kingdom’s Vision 2030 aims to position the country as a hub for aviation connectivity to 250 international destinations, serving an expected 330 million passengers annually by 2030.