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Category: Inventions, Innovations (wef. Feb 01sy, 2022
The Safety Wings drone can detect individuals in distress in water, swiftly navigate to their location, and drop inflatable life buoys.
Three Moroccan students from the Faculty of Sciences and Technologies (FST) in Settat have won a gold medal at the Innovation Week (IWA 2025) for their groundbreaking project, Safety Wings.
A drone that saves lives at sea
The winning project introduces a drone designed to revolutionize aquatic rescue operations.
The Safety Wings drone can detect individuals in distress in water, rapidly fly to their position, and deploy inflatable life buoys.
In contrast to existing buoys that sell for around $300 and are typically disposable, the Moroccan designers developed a reusable model that costs under $20. The only recurring expense is replacing compressed air cartridges.
Through the combination of reusability and affordability, the project provides an essential loophole in global rescue missions. The project is an affordable and scalable solution for impoverished communities with fewer resources but frequent aquatic emergency cases.
From Morocco to the world stage
Salah Bouhlal, Moad Es-Sraoui, Mohamed Kerroum, and Aziz Hraiba (supervisor) developed Safety Wings during their days as FST Settat students.
Their success at IWA 2025 places Morocco on the international innovation map and also shows how youthful scientists can convert pressing humanitarian needs into practical technological solutions.
OFEED, the organizer of the Innovation Week, describes the event as both a premier platform for showcasing and fostering cost-effective innovation and a “global community that believes ideas can become impact when courage meets collaboration.”
Innovation with human impact
Safety Wings is one component of a greater movement toward harnessing new technology for the public good. With their provision of life-saving gear, the Moroccan students seek to leave a positive impact on global standards of safety in aquatic environments, from seaside public beaches to remote fishing villages.
In addition to the Safety Wings team, other Moroccan innovators also figured among the winners of IWA 2025. Their projects spanned diverse fields. This collective achievement reinforced Morocco’s reputation as a hub of creativity and problem-solving on the international stage.
The groundbreaking invention aims to aid those with immune deficiencies and provide treatment for chronic infections in intensive care units where antibiotics are ineffective.
Youssef El Azouzi, a Moroccan neurologist, has announced the successful development of the world’s first device capable of filtering blood from within blood vessels.
The revolutionary invention can direct inflammatory cells and certain white blood cells, potentially helping millions of people suffering from immune deficiencies and improving organ transplant success rates.
In a Facebook post, El Azouzi explained that his device “will contribute to treating tens of millions of people suffering from immune deficiencies and chronic infections in intensive care units where antibiotics are ineffective.” He added that it would “help in organ transplantation without fear of new organ rejection.”
The invention works by redirecting inflammatory cells flowing in the blood away from vessels that nourish newly transplanted organs, preventing rejection.
This mechanism was successfully tested on a 75-kilogram pig in an American laboratory, where the device demonstrated its ability to direct immune cells from the left leg to the right leg without any negative effects on the animal.
“The experiment showed that the device was able to direct immune cells from the left leg to the right leg,” El Azouzi explained in a video documenting his journey to America to register the invention. “This is the first device that controls cell direction from within the vessel itself.”
The scientific experiment involved injecting both thighs of the pig to induce inflammation before placing the device. The device’s role was to direct inflammation-causing cells to only one side, concentrating them there compared to the other side. This would demonstrate the device’s actual control over the pathways of white blood cells flowing in the blood.
El Azouzi revealed that the project cost approximately $250,000 as of March, not including effort and time. “All these resources were provided by benefactors, with no contribution from any public institution or organization,” he noted.
The Moroccan doctor is no stranger to innovation. In 2019, he won the title of best inventor in the Arab world in the 11th season of “Stars of Science” competition in Qatar. His winning invention then was a stent that regulates blood flow for heart patients, offering a potential low-cost alternative to current solutions like heart pumps.
Born in 1991, El Azouzi studied at the American School in Rabat before attending Oxford University for three years. He later moved to Boston University and eventually studied medicine in English at Turkish universities. He is the son of Mustapha El Azouzi, a Moroccan neurosurgeon.
He currently serves as CEO of Aorto Medical Company in the US, where he has been developing this latest invention through three years of hard work, design, and manufacturing.
This Moroccan invention marks a major breakthrough in modern medicine, potentially offering an effective tool for addressing immune deficiency problems and chronic inflammations, while improving the success of organ transplantation procedures.
Youssef El Azouzi, a Moroccan neurologist, has announced the successful development of the world’s first device capable of filtering blood from within blood vessels.
Entrepreneur Yassine Khelifi is hoping to redirect agricultural waste into alternative energy sources to help ease the burden in Tunisia.
In a northern Tunisian olive grove, Yassine Khelifi’s small workshop hums as a large machine turns olive waste into a valuable energy source in a country heavily reliant on imported fuel.
Holding a handful of compacted olive residue — a thick paste left over from oil extraction — Khelifi said: “This is what we need today. How can we turn something worthless into wealth?”
For generations, rural households in Tunisia have burned olive waste for cooking and heating or used it as animal feed.
The International Olive Council estimated Tunisia will be the world’s third-largest olive oil producer in 2024-2025, with an expected yield of 340,000 tonnes. The waste generated by the oil extraction is staggering.
Khelifi, an engineer who grew up in a family of farmers, founded Bioheat in 2022 to tackle the issue. He recalled watching workers in olive mills use the olive residue as fuel.
“I always wondered how this material could burn for so long without going out,” he said. “That’s when I asked myself: ‘Why not turn it into energy?'”
Beyond profit, Khelifi hopes his startup helps “reduce the use of firewood as the country faces deforestation and climate change”.
Employees transport truckloads of olive waste at his workshop, stacking it high before feeding it into the processing machines.
The material is then compacted into cylindrical briquettes and left to dry for a month under the sun and in greenhouses before being packaged and sold.
The soul of olives
Khelifi began developing his idea in 2018 after he travelled across Europe searching for a machine to turn the olive paste into long-burning fuel.
Unable to find the right technology, he returned to Tunisia and spent four years experimenting with various motors and mechanical parts.
By 2021, he had developed a machine that produced briquettes with just eight percent moisture.
He said this amount significantly reduces carbon emissions compared to firewood, which requires months of drying and often retains more than double the amount of moisture.
Bioheat found a market among Tunisian restaurants, guesthouses, and schools in underdeveloped regions, where winter temperatures at times drop below freezing.
But the majority of its production — about 60 percent — is set for exports to France and Canada, Khelifi said.
The company now employs 10 people and is targeting production of 600 tonnes of briquettes in 2025, he added.
Selim Sahli, 40, who runs a guesthouse, said he replaced traditional firewood with Khelifi’s briquettes for heating and cooking.
“It’s an eco-friendly and cost-effective alternative,” he said. “It’s clean, easy to use, and has reduced my heating costs by a third.”
Mohamed Harrar, the owner of a pizza shop on the outskirts of Tunis, praised the briquettes for reducing smoke emissions, which he said previously irritated his neighbours.
“Besides, this waste carries the soul of Tunisian olives and gives the pizza a special flavour,” he added.
‘Protect the environment’
Given Tunisia’s significant olive oil production, waste byproducts pose both a challenge and an opportunity.
Noureddine Nasr, an agricultural and rural development expert, said around 600,000 tonnes of olive waste is produced annually.
“Harnessing this waste can protect the environment, create jobs, and generate wealth,” he said.
Nasr believes repurposing olive waste could also help alleviate Tunisia’s heavy dependence on imported fuel.
The country imports more than 60 percent of its energy needs, a reliance that widens its trade deficit and strains government subsidies, according to a 2023 World Bank report.
Fuel and gas shortages are common during winter, particularly in Tunisia’s northwestern provinces, where households struggle to keep warm.
Redirecting agricultural waste into alternative energy sources could ease this burden.
Yet for entrepreneurs like Khelifi, launching a startup in Tunisia is fraught with challenges.
“The biggest hurdle was funding,” he said, lamenting high-interest bank loans. “It felt like walking on a road full of potholes.”
But now his goal is “to leave my mark as a key player in Tunisia’s transition to clean energy”, he added. “And hopefully, the world’s, too.”
Climate-induced droughts drying up MENA’s olive oil production
A report on climate change by the World Meteorological Organization had found that “the warming has been more rapid in Africa than the global average,” adding that “increased temperature has contributed to a 34% reduction in agricultural productivity growth in Africa since 1961,” a greater drop “than any other region in the world.”
In an ominous note, the report also observed that “the warming trend for North Africa, around 0.41 °C/decade between 1991 and 2021, was higher than the warming trend for all the other African sub-regions.”
Heat waves pose a serious risk to the production of olive oil in North Africa, which accounts for much of the world’s supply. According top provisional data from the IOC, Morocco produced 160,000 metric tons of olive oil between October 1, 2020, and September 30, 2021, making that country the world’s fifth-biggest producer.
Tunisia, the world’s sixth-largest producer during that period, recorded 140,000 metric tons. Algeria and Egypt together had 100,000 metric tons.
With climate change becoming a more persistent aspect of everyday life, the consequences for olive oil look set to grow worse.
The Tunisian National Observatory for Agriculture predicts that Tunisia’s production of olive oil may drop 35 percent from its 1981-2010 average by 2050 and 70 percent from that average by the turn of the century. Production in Algeria, Egypt, Libya, and Morocco seems unlikely to fare much better in the face of global warming.
To safeguard a vital part of Sudanese agricultural heritage, scientists quietly moved copies of strategic crops to the frozen chambers of the Svalbard vault in Norway.
In December 2023, the civil war that had broken out the previous April between the Sudanese Armed Forces (SAF) and the Rapid Support Forces (RSF) took a troubling turn when the paramilitary group seized the country’s second-largest city, Wad Madani, in a swift offensive.
The sudden fall of Wad Madani, under circumstances that are not yet fully clear, dealt a heavy blow to the regular army and came as a shock to the hundreds of thousands of people, many of them displaced from Khartoum, who had come to see the city as a safe refuge.
The RSF’s advance quickly triggered a new mass displacement of people and disrupted the work of humanitarian agencies that had relocated to the city after the war broke out.
Like in other areas they have passed through, RSF fighters extensively looted Wad Madani and widespread abuses against the population were documented.
Although it drew little attention at the time, Sudanese scientists also issued a call to protect one specific facility in Wad Madani: the city’s seed bank, the most important in all of Sudan.
“We did not expect that the RSF would attack Wad Madani,” Ali Zakaria Babiker, director of the gene bank, told Middle East Eye.
“But when they did, all the staff fled the city to safer places.”
“We expected they would attack the gene bank,” he admitted, “because ever since they attacked Khartoum, [everyone] had already suffered a lot.”
Hidden cargo to evade checkpoints
Before the war, Sudan’s seed bank, managed by the Agricultural Plant Genetic Resources Conservation and Research Centre (APGRC), housed a collection of more than 17,000 accessions of crops and plant species, including sorghum, millet, wheat and sesame.
The collection, started in 1982, was a reflection of the crop diversity of Sudan, a country with rich biodiversity and a long agricultural tradition.
It also served as a repository for its agricultural genetic material, considered essential for both local and global food systems.
After fleeing Wad Madani, some APGRC staff met in el-Obeid, the capital of the North Kordofan region, where a subnational gene bank is located, holding copies of most of the material they had left behind.
One of their initial moves was to install a solar power system at the backup facility, ensuring a stable electricity supply to keep the freezers running and safeguard the seed copies.
At the same time, however, the staff began to develop a plan to extract as many copies of the seeds as possible and transfer them to a location where they could be safe.
“El-Obeid was also under threat from the RSF, so we went there straight away and took some duplicate accessions to dispatch them,” Babiker explained.
Their plan involved preparing more than 2,000 seed samples and sending them from el-Obeid to the icy chambers of Svalbard’s seed vault, located on the Norwegian island of Spitsbergen, deep in the Arctic and more than 7,000km from the capital of North Kordofan.
“[We decided to] dispatch them to Svalbard so that we would have a duplicate copy outside the country,” Babiker said.
One of their initial moves was to install a solar power system at the backup facility, ensuring a stable electricity supply to keep the freezers running and safeguard the seed copies.
At the same time, however, the staff began to develop a plan to extract as many copies of the seeds as possible and transfer them to a location where they could be safe.
“El-Obeid was also under threat from the RSF, so we went there straight away and took some duplicate accessions to dispatch them,” Babiker explained.
Their plan involved preparing more than 2,000 seed samples and sending them from el-Obeid to the icy chambers of Svalbard’s seed vault, located on the Norwegian island of Spitsbergen, deep in the Arctic and more than 7,000km from the capital of North Kordofan.
“[We decided to] dispatch them to Svalbard so that we would have a duplicate copy outside the country,” Babiker said.
“I did it to ensure that at least some of the seeds were preserved beyond Sudan’s borders.”
The scale of the mission was daunting: if they succeeded, APGRC staff would have managed to secure more than a quarter of Sudan’s seed collection in the depths of the earth.
The seeds selected included crops that have been grown in the region for thousands of years, amongst them key varieties of pearl millet and sorghum – a crop vital to Sudan’s food security, known for its drought resistance, and part of the country’s agricultural and cultural heritage.
“These [were] some of the main staple crops in Sudan, and also some of the oldest,” Babiker noted.
“They are essential for food security not only in Sudan, but also for the region – and for global food security as well.”
Before heading to one of the northernmost corners of the world, the seeds had to be taken out of el-Obeid as discreetly as possible and transported all the way to Port Sudan – the main port of the country, located in the northeast – from where they could be sent abroad.
Babiker described it as an “exciting” mission, particularly at the start, given that the RSF controlled almost all routes in and out of El Obeid.
To avoid potential trouble at checkpoints, the APGRC staff asked the truck driver transporting the seeds to load their boxes first, and only then pile on the rest of the load.
“The mission took more than 10 days because, for security reasons, it didn’t follow a normal road but routes unfamiliar to the RSF,” said Babiker, who added that no APGRC staff travelled with the shipment to avoid drawing attention.
After those 10 days on the road, the seeds finally made it to Port Sudan, although Babiker said the seed packages were scattered across the truck and had to be collected and organised.
Still, the first half of the journey – and the most challenging part – was now behind them.
Sudan Post to the rescue
Once in Port Sudan, the shipment of seeds to Svalbard was made possible because the Sudan Post courier service was still operating despite the war, said Nelissa Jamora of Crop Trust, an organisation dedicated to safeguarding the world’s crop diversity that supported the entire mission.
“Sudan Post was still functioning, at least in Port Sudan. So it was [arranged] through the regular postal service,” she told MEE, noting that there were three boxes of seeds in total.
On their way to Svalbard, the seeds made a stop at the Nordic Genetic Resource Center (NordGen), an organisation dedicated to safeguarding the Nordic region’s genetic resources.
There, the centre helped sort, catalogue, re-pack, and document the shipment from Sudan.
“It was a few days’ work for our seed technicians, but an investment well worth its price considering the importance of these seeds for the future of Sudan’s agricultural sector,” said Johan Axelsson, head of NordGen’s seed laboratory.
The seeds finally arrived at the seed vault on 25 February 2025, together with seed shipments sent by 19 other gene banks.
Established in 2008, the Svalbard Global Seed Vault has its storage area more than 100 metres inside a mountain, carved into solid rock and shielded by 40 to 60 metres of stone.
The mountain mass has a stable temperature ranging from -3 to -4 degrees Celsius, but the seed storage area is equipped with a cooling system that keeps it constantly at -18 degrees.
With more than 1,350,000 seed samples, the Svalbard Global Seed Vault is currently the largest backup facility for seeds and crop diversity in the world.
Owned by Norway, the site is operated by three partners: the country’s Ministry of Agriculture and Food, NordGen and Crop Trust.
Gene banks from all over the world can store backup copies of their seeds there free of charge and with no legal transfer of ownership, the seeds always remain property of the depositor.
Sudan made its first deposit in 2019 and today holds 1,884 accessions, a distinct, uniquely identifiable sample of seeds, from 15 different species, according to Svalbard’s website.
Jamora said that the difference from the more than 2,000 seeds initially sent by the APGRC from el-Obeid was likely due to some packages arriving in less-than-optimal condition and not making it into the final set, although they are preserved by NordGen and can be returned.
The mission to evacuate Sudan’s seeds was funded through an emergency reserve launched in 2021 by Crop Trust and the secretariat of the International Treaty on Plant Genetic Resources under the supervision of the UN Food and Agriculture Organization (FAO), to assist gene banks that are under threat.
In Sudan’s case, Crop Trust had been collaborating with the local gene bank before the war through a project called BOLD (Biodiversity for Opportunities, Livelihoods and Development).
“The mission aimed to secure as many seeds as possible,” Jamora noted.
Fears vindicated
Sudan’s army recaptured Wad Madani in January, and when the APGRC staff returned to their facilities, their worst fears were confirmed: the bank’s freezers, computers and servers had been looted, and the seed bags were torn open, their contents scattered across the floor.
However, with the support and funding from the emergency reserve jointly run by Crop Trust and the Plant Treaty, efforts to rebuild and start over are already under way.
For now, the gene bank is still assessing the losses, but it is also beginning to rebuild its seed collection despite limited state funds and power cuts that often last more than 12 hours a day.
When the situation stabilises, the centre hopes to be able to assess the state of its seeds and move into a regeneration phase, but this will require new freezers and other equipment.
During a meeting with the director of Sudan’s Agricultural Research Corporation (ARC) and FAO representatives, the governor of Gezira State – where Wad Madani is located – Tahir al-Khair, pledged to try to install a new cold storage facility for the gene bank.
In the meantime, at least, the seeds stored in the Svalbard vault remain safe, waiting for the day they can once again serve their country.
“We felt very relieved and reassured once we made sure we had these duplicate copies outside Sudan,” Babiker said.
An innovative team from the Oman Dental College has successfully developed a dental filling using Omani Portland cement reinforced with carbon nanoplates, creating the first material that combines exceptional strength with complete biocompatibility for dental tissues. This breakthrough opens new horizons in global dental treatments.
Malak Khalifa Al Harthy, a member of the research team “Pulp49,” told Oman News Agency (ONA) that the innovation stemmed from observing how traditional fillings often lack a balance between “strength” and “biocompatibility.” This prompted the team to develop a new composite that achieves this challenging balance.
She explained that the composite is a dental filling made by integrating Omani cement with graphene sheets, resulting in a material with high mechanical efficiency and significant biocompatibility. This has led to clear and rapid restoration of surrounding dental tissues.
The development of the composite took approximately five years of research and experimentation, undergoing initial cell-level testing followed by animal trials in collaboration with the Mounted Police Command. It is now in the second phase of human trials, with preliminary results showing highly promising indicators.
Regarding the expected benefits of this composite in dentistry, she noted that it provides a cost-effective solution while enhancing the longevity and efficiency of dental treatments. This represents a major advancement in dental materials, offering improved outcomes for both patients and dentists.
Among its key advantages is high biocompatibility, as the integration of carbon nanoplates enhances the material’s positive interaction with biological tissues while reinforcing its mechanical properties. This makes it particularly suitable for complex and challenging dental applications.
Additionally, the composite supports tissue regeneration by mimicking an ideal environment for the rebuilding cells in surrounding dental tissues. This effect is attributed to the synergistic interaction between the carbon nanoplates’ properties and the calcium ion-based reaction of Portland cement with physiological body fluids.
The composite also exhibits superior sealing capabilities, with the increased volume and unique properties of the nanoplates enhancing its ability to fill gaps and voids, making it ideal for applications requiring tight seals or water resistance.
The innovation has been officially recognized, securing a patent in the Sultanate of Oman and international registration. The team is currently finalizing the last stages of development after receiving essential support from the Ministry of Higher Education, Research, and Innovation, paving the way for its introduction to local and eventually global markets.
Addressing the challenges faced during the project, she explained that the team encountered difficulties in achieving the ideal composition, requiring multiple rounds of testing, experimentation, and model adjustments before finalizing the approved formula.
She emphasized the substantial support received, with the Oman Dental College providing necessary resources and the ROP Mounted Police contributing to trials. She also acknowledged the direct support of Dr. Abu Bakr Qateeshat, Head of Graduate Studies, Research, and Development at the college, and Dr. Aida Al-Wahaibi, as well as the encouragement from family, which served as a major motivator in achieving this milestone.
Regarding her selection to represent Oman at the International Invention, Innovation, and Technology Exhibition (ITEX) in Malaysia in 2025, she described it as an opportunity to showcase Omani youth’s capabilities and their role in delivering innovative solutions that elevate Oman’s global standing, while also facilitating knowledge exchange with innovators worldwide.
In closing, Malak Khalifa Al-Harthy affirmed that Omani youth are capable of remarkable achievements when they believe in their ideas and channel their creativity toward serving society—especially when innovation is genuine, addresses real needs, and contributes to the nation’s progress. -ONA
Egyptian physicist Kerolos Mousa played a role in a Harvard breakthrough using metasurfaces to control light at the photon level, which may pave the way for major advances in quantum technologies.
Kerolos Mousa, an Egyptian PhD student who hails from Minya, has contributed to a breakthrough in quantum physics at Harvard University, where a team of physicists developed a device capable of controlling the shape and path of individual photons with unprecedented precision.
The innovation is based on metasurface technology, engineered materials that can manipulate electromagnetic waves, and represents a major advancement in the way light is handled within miniature optical environments. Mousa led efforts to design the nanostructures critical to regulating photon behaviour.
The research, conducted at Harvard’s Applied Physics Lab and supported by leading US scientific institutions, was published in Nature, a top US science journal, and Science, a leading British publications. It was also featured on the university’s official channels.
The advancement is hoped to significantly impact fields such as quantum communication, quantum computing, and the development of next-generation smart optical devices.
Groundbreaking procedure opens new horizons in circulatory support techniques for patients with complex cardiac conditions
Cardiac surgery team, led by Prof. Feras Khaliel, performed the operation through small incisions using remotely controlled high-precision robotic arms
King Faisal Specialist Hospital and Research Centre in Riyadh has performed the world’s first implantation of two artificial pumps for biventricular support using robotic technology on a patient with advanced heart failure.
The groundbreaking procedure opens new horizons in circulatory support techniques for patients with complex cardiac conditions and marks a medical achievement that culminated in the patient’s recovery within a short period following the surgery.
The procedure represents a major advance in the treatment of bilateral heart failure, which was traditionally performed through full sternotomy, an approach associated with higher surgical risks and prolonged recovery.
However, the cardiac surgery team, led by Prof. Feras Khaliel, performed the operation through small incisions using remotely controlled high-precision robotic arms, resulting in reduced blood loss, lower risk of infection, and faster patient recovery.
The milestone reflects the integration of expertise across multiple departments at the hospital, including cardiac surgery, cardiology, anesthesia, critical care, biomedical engineering, and advanced life support.
The procedure was meticulously planned and benefited from 3D imaging technologies, real-time surgical navigation, and innovative solutions.
source/content: arabnews.com (headline edited)
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KFSHRC has performed the world’s first implantation of two artificial pumps for biventricular support using robotic technology. (X/@KFSHRC)
EDGE, the world’s leading advanced technology and defence group, and 4iG Aerospace, the leading ICT, space and defence industries group in Hungary and the Western Balkans, have signed three Memoranda of Understanding (MoUs) to establish significant and wide-ranging industrial cooperation between the UAE and Hungary.
During a state visit by an official UAE delegation to Hungary, EDGE and 4iG signed three memoranda of understanding (MoUs) aimed at enabling a broad technology partnership for the joint development and marketing of advanced defense systems, including EDGE’s Skyknight air defense missile system, Shadow 25 and Shadow 50 cruise munitions, and Vega and Orion autonomous air traffic control solutions.
Hamad Al Marar, Managing Director and CEO of EDGE Group, said: “Our goal, through strengthening partnerships with partners like 4iG, is to help countries develop and adopt advanced sovereign defense technology and industrial capabilities. The global security landscape calls for renewal programs to leverage the latest autonomous technologies and counter rapidly evolving airborne threats. This collaboration enhances EDGE Group’s ability to continue delivering competitive, NATO-compliant, and export-ready solutions, in support of Hungary’s national objectives and as a gateway to deeper engagement across Europe and NATO member states.
For his part, 4iG CEO Istvan Šarhigyi said: “The agreements signed today represent a significant achievement in 4iG’s international efforts in the defense sector. By partnering with one of the world’s fastest-growing defense technology companies, we can develop systems with strong potential for success in European and African markets on a mutually beneficial basis. EDGE Group’s trust and openness provide Hungary with the opportunity to transform into a strategic player in the global defense innovation ecosystem.
Under the first agreement, the two companies will establish a broad technology partnership to jointly develop and explore cross-market opportunities for next-generation autonomous aerial systems (AAAS), counter-AAAS solutions, and space technologies in Central and Eastern Europe and Africa.
The agreement also covers the possibility of establishing a joint venture. The second agreement focuses on the potential development and production of the Sky Knight domestically deployable air defense missile system and the Shadow high-precision cruise munition series in Hungary.
The third and final agreement aims to provide EDGE’s Vega autonomous air traffic management and Orion drone swarm management systems to the European market, with the potential for joint development of air traffic control solutions. The MoU also includes an evaluation of the possibility of establishing a joint venture as a European development and sales center for the Vega and Orion systems.
Elevated above ground and connected to Riyadh’s metro, the skywalks help workers, visitors, and residents move easily.
The King Abdullah Financial District in Riyadh was awarded a Guinness World Record on Sunday for the world’s largest continuous pedestrian skyway network.
The network spans 15.46 km, linking 95 buildings through 42 climate-controlled skywalks, allowing year-round pedestrian access.
Elevated above ground and connected to Riyadh’s metro, the skywalks help workers, visitors, and residents move easily through the district while avoiding traffic and weather.
Built with 30,000 sq. meters of glass and more than 3,000 tonnes of steel, the project required more than 5 million safe work hours from 1,200 personnel.
The skywalks connect offices, homes, shops, restaurants, and entertainment venues, making it easier to walk between work, home, and leisure.
“This recognition by Guinness World Records affirms KAFD as a platform for urban development,” said Faddy AlAql, chief asset delivery officer at KAFD Development and Management Co.
“The skywalk network reflects a mobility strategy that connects assets, enhances walkability, and supports our goal of delivering a smart city experience.”
Mbali Nkosi, official adjudicator for Guinness World Records, said: “First set in Minneapolis in 2016, this record has now been redefined by KAFD. In an era where sustainability drives innovation, KAFD’s skyway network sets a new benchmark for walkable urban design.”
The district hosts more than 90 international and local companies and 19 regional headquarters, including Goldman Sachs, Bain & Company, and PepsiCo.
source/content: arabnews.com (headline edited)
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Mbali Nkosi, official adjudicator for Guinness World Records, presents the award to Faddy AlAql, chief asset delivery officer at KAFD Development and Management Co. (SPA)
Unveiled during a ceremony in Damascus on Thursday
New emblem reimagines iconic Syrian golden eagle with symbolic elements representing country’s history, geography and post-conflict aspirations
The Syrian Arab Republic has launched a new national visual identity featuring a redesigned golden eagle emblem, in what officials described as a break from the legacy of authoritarianism and a step toward a state defined by service, unity and popular legitimacy.
Unveiled during a ceremony in Damascus on Thursday, the new emblem reimagines the iconic Syrian golden eagle with symbolic elements representing the country’s history, geography and post-conflict aspirations, the Syrian Arab News Agency reported.
The redesign forms the centerpiece of a wider national branding effort aimed at redefining Syria’s image at home and abroad.
The eagle has long held significance in Syrian history, appearing in early Islamic military symbolism, notably in the 7th-century Battle of Thaniyat Al-Uqab, and later as part of the 1945 emblem of Syria.
The new design retains this historic continuity but shifts its meaning, and the combative shield clutched by previous iterations of the eagle has been removed.
Instead, the emblem now features the eagle topped by three stars representing the people symbolically placed above the state.
The redesigned wings are outstretched, balanced rather than aggressive, with seven feathers each to represent Syria’s 14 governorates.
The tail carries five feathers symbolizing the country’s major geographical regions: north, south, east, west, and central Syria — a nod to national unity and inclusivity, SANA reported.
Officials described the design as a “visual political covenant,” aimed at linking the unity of land with the unity of national decision-making.
“The people, whose ambitions embrace the stars of the sky, are now guarded by a state that protects and enables them,” said a statement accompanying the launch. “In return, their survival and participation ensure the renaissance of the state.”
The emblem is designed to signal historical continuity with the original post-independence design of 1945, while also representing the vision of a modern Syrian state born from the will of its people, SANA said.
Officials said the elevation of the stars above the eagle was intended to reflect the empowerment and liberation of the people, and the transition from a combative state to a more civic-minded one.
The symbolism also reinforces Syria’s territorial integrity, with all regions and governorates represented equally. The design, they said, reflects a new national pact, one that defines the relationship between the state and its citizens based on mutual responsibility and shared aspirations.
The new emblem is also intended as a symbolic end to Syria’s past as a security-driven state, replacing a legacy of repression with one of reconstruction and citizen empowerment.
President Ahmad Al-Sharaa, who has positioned his administration as one of reform and renewal, described the change as emblematic of “a government emanating from the people and serving them.”
The visual identity was developed entirely by Syrian artists and designers, including visual artist Khaled Al-Asali, in a deliberate effort to ground the new identity in local heritage and creativity.
Officials said that the process was intended not only as a rebranding exercise but as a reflection of Syria’s cultural and civilizational legacy — and its future potential.
Foreign Minister Asaad Al-Shaibani, speaking at the event, framed the launch as part of a broader transformation in Syrian governance and diplomacy.
“In every encounter, we carried a new face of Syria,” he said. “Our efforts brought Syria back to the international stage — not as a delayed hope, but as a present reality.”
He said the country was now rejecting the “deteriorated reality” inherited from decades of authoritarian rule, and described the new emblem as a symbol of Syria’s emergence as a state that “guards” and empowers its people, rather than controlling them.
Al-Shaibani concluded his remarks by calling the moment “a cultural death” for the former regime’s narrative.
“What we need today is a national spirit that reclaims the scattered pieces of our Syrian identity, that is the starting point for building the future.”
source/content: arabnews.com (headline edited)
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The Syrian Arab Republic has launched a new national visual identity featuring a redesigned golden eagle emblem, in what officials described as a break from the legacy of authoritarianism and a step toward a state defined by service, unity and popular legitimacy. (SANA)
