Students from the College of Computing at University Mohammed VI Polytechnic claim top honors at the 13th Moroccan Cybersecurity Camp Competition, outperforming teams from institutions across the country
UM6P cybersecurity MCSC 2026 — team 0xSLAK from the College of Computing at University Mohammed VI Polytechnic secured first place at the 13th edition of the Moroccan Cybersecurity Camp Competition (MCSC 2026), held at the National School of Computer Science and Systems Analysis (ENSIAS). The competition gathered teams from leading institutions across Morocco in a demanding 12-hour Capture The Flag format, covering multiple cybersecurity domains. This result places UM6P at the top of the national cybersecurity competition landscape.
The 13th edition of the Moroccan Cybersecurity Camp Competition brought together top student teams from across the country in a 12-hour Capture The Flag format. Held at ENSIAS in Rabat, the event tested participants across multiple cybersecurity domains simultaneously, under continuous time pressure. Team 0xSLAK from the College of Computing at University Mohammed VI Polytechnic outperformed all competing teams and secured first place nationally — a result that reflects both technical depth and the capacity to perform consistently over the full duration of the competition.
UM6P cybersecurity MCSC 2026: a rigorous national competition
The Moroccan Cybersecurity Camp Competition is one of the country’s most established student cybersecurity events. Each year, it brings together the strongest computing teams from universities and engineering schools across Morocco. The 13th edition, hosted at ENSIAS in Rabat, maintained this tradition. Teams competed simultaneously across multiple technical domains over a continuous 12-hour period. Therefore, success at MCSC requires not only technical depth but also endurance, teamwork, and the ability to perform consistently under time pressure.
Moreover, the Capture The Flag format is widely recognized as one of the most effective ways to assess applied cybersecurity skills. Participants must identify and exploit vulnerabilities, decode encrypted content, and solve layered technical challenges in real time. As a result, a first-place finish at MCSC 2026 is a meaningful indicator of practical competence — not simply academic knowledge.
UM6P cybersecurity MCSC 2026: performance across all domains
Team 0xSLAK demonstrated consistent performance across the full range of challenges presented at the competition. Their results included the completion of the blockchain category — a technically demanding domain that requires specific expertise in distributed systems, cryptographic protocols, and smart contract vulnerabilities. In addition, their performance across other cybersecurity domains confirmed the breadth of their training and their ability to adapt rapidly to varied challenge types.
Their results reflect the level of engagement with applied cybersecurity training within the UM6P ecosystem — and the capacity of its students to compete at the highest national level.
UM6P cybersecurity MCSC 2026: applied training at the College of Computing
The College of Computing at University Mohammed VI Polytechnic has built a learning environment that combines theoretical foundations with hands-on technical practice. Furthermore, student participation in national and international competitions is an integral part of this approach. It provides students with the opportunity to test their skills in real competitive settings, benchmark themselves against peers from other institutions, and develop the problem-solving reflexes that professional cybersecurity roles demand. Thus, team 0xSLAK’s victory at MCSC 2026 is both an individual achievement and a reflection of the educational model that UM6P has put in place.
Cybersecurity as a strategic priority at UM6P
Cybersecurity is a growing institutional priority across Africa and globally. As digital infrastructure expands, the demand for skilled security professionals continues to rise. University Mohammed VI Polytechnic recognizes this dynamic. Therefore, through the College of Computing and its applied programs, UM6P is actively preparing the next generation of cybersecurity talent — students capable of competing at the national level today and contributing to Africa’s digital security infrastructure tomorrow. In addition, results such as those achieved by team 0xSLAK at MCSC 2026 confirm that this preparation is producing measurable outcomes.
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