Royal Commission for AlUla Announces Discovery of Over 200,000-Year-Old Hand Axe

RCU announced that the archeological excavation teams at the Qurh site in AlUla have found a hand axe dating back to the Paleolithic Age. SPA
RCU announced that the archeological excavation teams at the Qurh site in AlUla have found a hand axe dating back to the Paleolithic Age. SPA
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Royal Commission for AlUla Announces Discovery of Over 200,000-Year-Old Hand Axe

RCU announced that the archeological excavation teams at the Qurh site in AlUla have found a hand axe dating back to the Paleolithic Age. SPA
RCU announced that the archeological excavation teams at the Qurh site in AlUla have found a hand axe dating back to the Paleolithic Age. SPA

Saudi Arabia’s Royal Commission for AlUla (RCU) has announced that the archeological excavation teams at the Qurh site in AlUla Governorate have found a hand axe dating back to the Paleolithic Age, estimated to be more than 200,000 years old.
It is a strong tool, made of soft basalt stone 51.3 cm long, that could have been used for cutting or chopping. Studies are still conducted to identify the purpose of its use.
Qurh is one of the historical sites that have gained prominence in the early Islamic periods. It was one of the most important urban sites in the Arabian Peninsula, rich with secrets and historical and archeological treasures.
The ancient tool was discovered by a team of archeologists from the heritage consultancy TEOS Heritage, which is exploring the area around Qurh, south of AlUla, looking for evidence of man's existence in ancient times. The team has found several archeological discoveries dating back to the early Islamic period, but this new discovery, the hand axe, is considered to mark a new chapter in the history of humanity in and outside the Arabian Peninsula.
RCU is currently overseeing 11 other specialized archeological projects in AlUla and Khyber, all part of its efforts to discover the secrets of ancient times. The commission attaches great importance to archeological discoveries as part of its AlUla comprehensive development plan to become a world-leading destination for natural and cultural heritage.



200 Teams from 17 Nations Seek Innovative Solutions for Arabic Language in Saudi Arabia

The ALLaM Challenge aims to develop AI models capable of writing and understanding Arabic poetry, accurately analyzing grammar, and teaching Arabic to children in an engaging manner. SPA
The ALLaM Challenge aims to develop AI models capable of writing and understanding Arabic poetry, accurately analyzing grammar, and teaching Arabic to children in an engaging manner. SPA
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200 Teams from 17 Nations Seek Innovative Solutions for Arabic Language in Saudi Arabia

The ALLaM Challenge aims to develop AI models capable of writing and understanding Arabic poetry, accurately analyzing grammar, and teaching Arabic to children in an engaging manner. SPA
The ALLaM Challenge aims to develop AI models capable of writing and understanding Arabic poetry, accurately analyzing grammar, and teaching Arabic to children in an engaging manner. SPA

The competition in the ALLaM Challenge has intensified for the second consecutive day, with 200 teams from 17 countries, including Saudi Arabia, showcasing their capabilities in developing innovative solutions, the Saudi Press Agency reported Friday.

The focus is on enhancing large language models (LLMs) and transforming them into real-world AI projects that serve the Arabic language across various sectors.

Overseeing this significant competition, organized by the Saudi Data and Artificial Intelligence Authority (SDAIA) in collaboration with the Saudi Federation for Cybersecurity, Programming, and Drones, are more than 50 mentors and 40 judges—experts in AI and the Arabic language. They are providing support to participating teams and evaluating projects based on criteria that ensure the sustainability of the proposed solutions.

The ALLaM Challenge aims to develop AI models capable of writing and understanding Arabic poetry, accurately analyzing grammar, and teaching Arabic to children in an engaging manner. This aligns with the Kingdom’s ongoing efforts to support the Arabic language, especially in technological fields, by providing high-quality Arabic data and creating AI models that can effectively handle the language.

This international competition is supported by a technical partnership with IBM and the National Technology Development Program (NTDP), with a total prize pool of SAR 1 million.