Mohamed El Fateh Guessoum

Cyber Threat Intelligence Analyst at spiderSilk

Mohamed El Fateh Guessoum has work experience as a Cyber Threat Intelligence Analyst at spiderSilk since January 2023. Prior to that, they worked at Trend Micro as an IT Security (CPITS) from June 2022 to August 2022.

Mohamed El Fateh Guessoum completed their Bachelor's degree in Computer Science from the Université des Sciences et de la Technologie 'Houari Boumediène' in 2020. Mohamed El Fateh then pursued a Master's degree in IT Security from the same university, which they are expected to complete in 2022.

In terms of additional certifications, Mohamed obtained multiple certifications in the field of cybersecurity. In 2022, they became a Trend Micro Certified Cyber Security Professional with an emphasis on Advanced Threat Defense. Mohamed El Fateh also obtained the AWS Certified Solutions Architect – Associate credential from Amazon Web Services. Additionally, they acquired certifications such as Apex One as a Service Certified Professional, Deep Discovery Advanced Threat Detection 3.3 Certified Professional, and Deep Security 20 Certified Professional, all from Trend Micro. In 2021, Mohamed obtained several Cisco certifications, including CCNA in Enterprise Networking, Security, and Automation, Switching, Wireless and Routing Essentials, CyberSecurity Essentials, and CCNA in Introduction to Networks. In 2020, they earned the Huawei Certified ICT Associate certification with a specialization in Security.

Location

Dubai, United Arab Emirates

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spiderSilk

spiderSilk is a Dubai-based cybersecurity firm, specializing in simulating the most advanced cyber offenses on your technology so you can build your best security defenses. Their proprietary machine-driven technology dramatically enhances the capabilities of their human ethical hackers, thereby leveraging both the power of machines with the creativity of humans. They focus on finding security exploits/vulnerabilities in applications residing on public and/or internal infrastructures. Their methodologies and “super-hackers” allow us to achieve simulations with the highest impact, and as a result, they have uncovered threats that would have impacted over 120 million human beings in aggregate.


Employees

11-50

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