CYBERSTRIKE CTF 2026

The competition included challenges from multiple cybersecurity domains such as Cryptography, Reverse Engineering, Digital Forensics, Web Exploitation, General Skills, and Artificial Intelligence. Participants were encouraged to apply their logical thinking, technical knowledge, and problem-solving abilities while attempting challenges of different difficulty levels. The event created an engaging and competitive learning environment where students could explore practical cybersecurity concepts while monitoring their performance through a live leaderboard. CYBERSTRIKE CTF 2026 provided participants with an opportunity to experience cybersecurity in a challenge-based environment and develop an interest in the field through hands-on learning. OBJECTIVE OF THE EVENT- The primary objectives of conducting CYBERSTRIKE CTF 2026 were: • To provide students with practical exposure to cybersecurity concepts through hands-on challenges. • To encourage students to develop problem-solving and logical analysis skills while solving technical challenges. • To introduce participants to important areas of cybersecurity such as Cryptography, Digital Forensics, Reverse Engineering, Web Exploitation, General Skills, and Artificial Intelligence. • To provide an interactive platform where students could apply their technical knowledge in practical cybersecurity scenarios. • To encourage independent learning and exploration of cybersecurity tools and techniques. • To develop analytical thinking and technical problem-solving abilities through challenge- based learning. • To create awareness and interest among students from different academic branches in the field of cybersecurity. • To provide participants with an opportunity to test their skills in a competitive environment through a live scoring and leaderboard system. ABOUT CYBERSTRIKE CTF & ITS ACADEMIC RELEVANCE- CYBERSTRIKE CTF 2026 was designed to bridge the gap between theoretical cybersecurity knowledge and practical problem-solving. Through the Capture The Flag format, participants were given an opportunity to analyze different types of cybersecurity challenges and identify the information required to successfully capture flags. The event covered several important domains, including Cryptography, Digital Forensics, Reverse Engineering, Web Exploitation, General Skills, and Artificial Intelligence-related challenges. These areas are closely connected to important concepts studied in Computer Science and Information Technology. Through the challenges, participants were encouraged to apply logical reasoning, technical analysis, programming knowledge, system understanding, and problem-solving skills. The event also provided exposure to practical cybersecurity tools and environments used for analyzing technical problems. The use of the cyberstrike ctf platform introduced participants to a structured cybersecurity competition environment where challenges, flag submissions, scoring, hints, and rankings were managed digitally. The live leaderboard added a competitive element and encouraged participants to improve their performance throughout the event. Overall, CYBERSTRIKE CTF 2026 promoted experiential learning by allowing students to explore cybersecurity concepts through practical challenges rather than conventional theoretical methods. EVENT PROCEEDINGS- The event began with a briefing by the organizing team, where participants were introduced to CYBERSTRIKE CTF 2026 and its objectives. Before the official competition began, participants were provided with a detailed explanation of the CTF format and the working procedure of the cyberstrike ctf platform. Participants were guided on how to access the platform, create their individual cyberstrike ctf accounts, open challenges, submit flags, understand the scoring system, and use hints when required. Important rules and restrictions were also explained before the beginning of the competition. The competition was conducted in offline mode using the computers available in the designated labs. Participants worked individually and were allowed to attempt the available challenges in any order according to their own strategy. The official competition consisted of 10 cybersecurity challenges divided into three difficulty levels: Easy, Medium, and Hard. Each challenge was worth 100 points, with the maximum possible score being 1000 points before any hint deductions. EASY LEVEL • Challenge 1 – Cryptography • Challenge 2 – Reverse Engineering • Challenge 3 – Digital Forensics MEDIUM LEVEL • Challenge 4 – Cryptography • Challenge 5 – Web Exploitation • Challenge 6 – General Skills HARD LEVEL • Challenge 7 – Artificial Intelligence • Challenge 8 – Digital Forensics • Challenge 9 – Reverse Engineering • Challenge 10 – Reverse Engineering The live cyberstrike ctf dashboard and leaderboard were used throughout the competition to track participant scores and rankings. Participants who successfully solved a challenge submitted the corresponding flag through the platform and received points based on successful completion. The event concluded with the review of the final leaderboard, following which the Top 3 participants were identified based on their overall performance. Each challenge carried 100 points, irrespective of its difficulty level. Participants were allowed to attempt the challenges in any order and could move between challenges throughout the competition. The total maximum score across all 10 challenges was 1000 points before any deductions resulting from hint usage. EVALUATION & RESULTS - Evaluation Criteria: • Participants were evaluated based on the successful completion of cybersecurity challenges. • Each correctly solved challenge was awarded 100 points. • Wrong flag submissions did not carry any penalty. • Participants could use hints when required, with every hint usage resulting in a deduction of 10 points. • The cyberstrike ctf leaderboard continuously tracked the scores and rankings of participants. • The participant with the highest total score received the higher rank. • In the case of a tie, submission timestamps were considered. • The participant who achieved the score earlier was given the higher ranking. Results: • The final rankings were determined through the cyberstrike ctf leaderboard. • The Top 3 participants with the highest overall performance were declared winners. • Winners were selected based on their total scores and submission timestamps in the case of equal scores. • The winners were recognized with cash prizes and winner certificates. • All participants who took part in the event received participation certificates. OUTCOMES OF THE EVENT - • Participants gained practical exposure to cybersecurity through hands-on Capture The Flag challenges. • The event improved students' problem-solving, logical reasoning, and analytical thinking abilities. • Participants gained experience in important cybersecurity domains such as Cryptography, Digital Forensics, Reverse Engineering, Web Exploitation, General Skills, and Artificial Intelligence. • Students gained exposure to a practical cybersecurity competition environment using the cyberstrike ctf platform. • The live leaderboard encouraged participants to improve their performance and develop effective challenge-solving strategies. • Participants developed confidence in analyzing technical problems independently. • The event encouraged students from different academic branches to explore cybersecurity and related technical fields. • Participants gained a better understanding of practical, challenge-based learning in cybersecurity. • The competition promoted independent learning, experimentation, and the use of legitimate cybersecurity tools for solving challenges. FEEDBACK & REVIEWS - • Participants found the Capture The Flag format engaging and different from conventional technical competitions. • The practical challenges provided students with an opportunity to apply their technical knowledge in a competitive environment. • The inclusion of challenges from multiple cybersecurity domains made the event interesting and diverse. • The cyberstrike ctf platform provided participants with a structured environment for accessing challenges, submitting flags, tracking scores, and viewing rankings. • The live leaderboard increased participant engagement and encouraged healthy competition. • The hint system provided additional guidance when required while maintaining the competitive nature of the event through score deductions. • Overall, the event encouraged students to explore cybersecurity concepts with greater interest and confidence. CONCLUSION - CYBERSTRIKE CTF 2026 was a practical and engaging technical event that provided students with an opportunity to experience cybersecurity through challenge-based problem-solving. The event enabled participants to explore multiple domains, including Cryptography, Reverse Engineering, Digital Forensics, Web Exploitation, General Skills, and Artificial Intelligence. The Capture The Flag format encouraged participants to think critically, analyze technical challenges, and apply their knowledge in practical situations. The use of the cyberstrike ctf platform, live leaderboard, structured scoring system, and hint-based assistance created an interactive and competitive learning environment. Through individual participation and hands-on challenges, the event promoted independent learning, logical thinking, technical analysis, and problem-solving skills. Overall, CYBERSTRIKE CTF 2026 successfully achieved its objective of introducing students to practical cybersecurity concepts while providing an engaging platform to test and improve their technical abilities. One Day. One Mission. Capture the Flag. ACKNOWLEDGEMENTS - The AlgoRhythm Club & Institution’s Innovation Council (IIC), Department of Information Technology, Gayatri Vidya Parishad College Of Engineering expresses its sincere gratitude to the Head of the Department, faculty mentors, organizing team, and all those who contributed to the successful organization of CYBERSTRIKE CTF 2026. We extend our appreciation to everyone involved in designing, organizing, and conducting the cybersecurity challenges and ensuring the smooth execution of the event. We also sincerely thank all the participants for their enthusiastic involvement, dedication, and competitive spirit. Their active participation and willingness to explore practical cybersecurity challenges contributed significantly to the success of CYBERSTRIKE CTF 2026. The support and encouragement received throughout the event helped make CYBERSTRIKE CTF 2026 a valuable, engaging, and memorable learning experience for everyone involved.