I’m
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-> $ About Me
Welcome to my digital space! I am Haluk Baran Akbulut, a dedicated professional in the field of cybersecurity with a diverse background in technology.
I am passionate about conquering challenges in the world of cybersecurity, particularly pentesting. Certified in CompTIA Security+ and eLearnSecurity eJPT, my journey includes impactful CTF competitions and hands-on cybersecurity projects. With a background in robotics and game development, I’ve earned awards for projects like a patented LIDAR system.
Currently pursuing a Bachelor of Science in Computer Engineering at Ankara University, I balance academia with hands-on experience as a Cyber Security Analyst and Operator at the Association of Science.
-> $ My Skills
-> $ Coding Skills
Python
90%
C# (Robotics, Game Development)
80%
Bash Scripting
80%
Powershell Scripting
75%
JavaScript
80%
C, C++
75%
HTML, CSS
75%
-> $ Professional Skills
Peneteration Testing
90%
Ethical Hacking
90%
Security Auditing
80%
Cryptography
70%
Full-Stack Develelopment
70%
Game Development
65%
Robotics Engineering
75%
Computer Vision
70%
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TCM Security Practical Network Penetration Tester – PNPT Certified (October 2024)
->$ Certified Practical Network Penetration Tester (PNPT) by TCM Security, demonstrating advanced skills in ethical hacking, penetration testing, and network exploitation. Proven ability to conduct Open-Source Intelligence (OSINT) and information gathering to identify vulnerabilities and plan sophisticated network attacks. Skilled in Active Directory exploitation, successfully compromising domain controllers in real-world scenarios. Experienced in delivering comprehensive reports and live debriefs to stakeholders.
INE Certified Cloud Associate – ICCA Certified (April 2024)
->$ The INE Certified Cloud Associate certification, an entry-level qualification that demonstrating a foundational understanding of cloud computing essentials. Also the ICCA exam is the comprehensive examination that assessed both hands-on and theoretical knowledge. This program covers essential cloud concepts and their practical implementations across major platforms, including AWS, Azure, and Google Cloud Platform (GCP).
ISC2 Certified in Cyber Security – CC Certified (December 2023)
->$ The ISC2 CC certification signifies my rigorously examined expertise in cybersecurity, showcasing a commitment to the highest standards in this dynamic field. Successfully navigating a comprehensive examination process, I demonstrate proficiency in fundamental security principles and operations, advanced network security, and robust access controls implementation.
INE Certified Junior Peneteration Tester – eJPT Certified (November 2023)
->$ The eLearnSecurity Junior Penetration Tester (eJPT) is a meticulously designed certification that thoroughly assesses proficiency in every stage of the penetration life cycle. Covering assessment methodologies, host and network auditing, host and network penetration testing, and web application penetration testing, this exam is hands-on, providing practical experience to validate skills in real-world scenarios.
CompTIA Security+ Certified (July 2023)
->$ Armed with the CompTIA Security+ certification. This globally recognized credential validates my proficiency in key security concepts, risk management, threat management, intrusion detection and effective security protocol implementation. Successfully navigating the rigorous examination process, I’ve demonstrated competence in network security, cryptography, vulnerability analysis, incident and threat detection/response.
3rd Place Award in Istanbul Invetion Fair – ISIF (1-5 September 2021)
->$ 3rd place in the international patent fair organized by TEKNOFEST and the Turkish Patent and Trademark Office, where international patents are exhibited and competed. I received the 3rd prize with my invention, ‘Poly-Open LIDAR Fast and High Resolution LIDAR system’
4th Place Grand Award in International Science and Engineering Fair – INTEL ISEF (10-17 May 2021)
->$ Fourth place in the world in the embedded systems category at Regeneron ISEF, one of the most prestigious international science, engineering and project competitions and fairs, where approximately 2000 competitors were selected from among those who ranked in national engineering and project competitions of each country.I received the 4rd place grand award with my invention, ‘Poly-Open LIDAR Fast and High Resolution LIDAR system’
Patent of Fast and High Resolution LIDAR with Multi-opening Polygon Mirror System(21 Jan 2021)
->$ A new LIDAR invention registered by Turkish Patent and Trademark Office with application number 2021/003781. On January 21, 2022, the patent grant was finalized and published in the official newspaper.
->$ Patent Approval
2nd Place Winner of National High School Students Research Projects Competition organized by TUBITAK (June 2020)
->$ ‘Fast and High Resolution LIDAR using optical Instruments’ won 2nd place in national 2204-A High School Students Research Projects Competition, organized by The Scientific and Technological Research Council of Turkey.
1st Place Winner of Regional High School Students Research Projects Competition organized by TUBITAK (March 2020)
->$ ‘Fast and High Resolution LIDAR using optical Instruments’ won 1st place in regional 2204-A High School Students Research Projects Competition, organized by The Scientific and Technological Research Council of Turkey.
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Internship at Secure Computing (March 2024 - May 2024)
->$ As an intern at Secure Computing, I actively contributed to software development testing, focusing on end-to-end test automation using the Playwright framework in JavaScript. I applied these skills to test websites like Trendyol. Additionally, I gained hands-on experience with Elastic for SIEM monitoring. I also streamlined the process of automated pentest report generation by integrating the ChatGPT API with Python scripts.
Undergraduate Researcher at Turkish Accelerator and Radiation Laboratory in Ankara – TARLA (May 2023 - September 2023)
->$ Working in Atmospheric and Environmental Chemistry Laboratory (AECL). AECL is Turkiye’s first reaction kinetics research facility. I am working on mass spectrometer and spesifically on the communication of the device with the data collection and processing software (Merlin) of the mass spectrometer. Also I am conducting research and literature reviews.
Pre-selection Jury & Mentor at NASA Space Apps Challenge Turkey (1-2 October 2022)
->$ I was invited as a pre-selection jury and mentor to the NASA Space Apps Challenge. The projects of the participants in the Nasa Space Apps Challenge were examined and the top 20 projects were determined. Participants were provided with technical support and mentoring during the development of their projects.
Mentor & Mentor Manager at Limitless Makers Project Development and Academic Entrepreneurship Camp (September-August 2021, September-August 2022)
->$ I was invited to this camp as a mentor by the Ministry of Youth and Sports due to the success I have achieved in TÜBİTAK and international competitions and the projects I have done so far. I was invited to this camp as a mentor two years in a row and I served as mentor manager for the second year.During my tenure at this camp, I shared my experiences with the participants, explained the projects I had done and gave many lessons.
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Ankara University Bachelor of Science – BS, Computer Engineering (September 2023 - June 2027)
->$ Bachelor degree program, education language is 100% English, formal education.
Ankara University Cyber Security Analyst and Operator Associate of Applied Science (September 2023 - June 2025)
->$ Assocaite’s degree program, education language is 30% English, formal education.
Middle East Technical University Bachelor of Science – BS, Physics (September 2022 - September 2023)
->$ Bachelor degree program, education language is 100% English, formal education.
Ankara Science High School (September 2017 - June 2021)
->$ High School, formal education.
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Cisco Networking Academy CCNAv7
->$ Completed the CCNAv7 (Cisco Certified Network Associate) course through the Cisco Networking Academy, gaining expertise in network fundamentals, routing, switching, security, and network automation. Acquired hands-on experience in configuring and managing Cisco devices, implementing IP addressing, securing networks, and troubleshooting. The CCNAv7 certification attests to my proficiency in designing and implementing robust and secure network infrastructures.
INE Security Penetration Testing Student (eJPT) Path
->$ This course is comprehensive 148-hour hands-on training program, including 121 labs, focused on essential skills for career in penetration testing. The training and certification covers assessment methodologies and enterprise auditing with host, network, and web application penetration testing. It demonstrated my capability to contribute effectively to a penetration testing team in a real-world engagement.
PortSwigger Web Security Academy
->$ I am actively enhancing my cybersecurity skills through the PortSwigger Web Security Academy. Focused on gaining expertise in web application security, I have completed various modules covering a range of topics including web vulnerabilities, secure coding practices, and advanced exploitation techniques. This hands-on training has equipped me insights into identifying and mitigating security threats within web applications.
TryHackMe Rooms
->$ Many rooms have been completed on subjects such as penetration test phases, web application vulnerabilities, networking, operating systems, use of famous cyber security and penetesting tools, use of siem and network monitoring tools, cyber security fundamentals.
Hack The Box Machines
->$ Successfully solved a variety of HTB machines, showcasing a comprehensive understanding of penetration testing methodologies. Skillfully applied reconnaissance, vulnerability analysis, exploitation, and post-exploitation techniques to uncover and address security vulnerabilities. Enhanced penetration testing processes’ efficiency by optimizing them through proficiency in scripting and automation.
PicoCTF Challenges
->$ I have demonstrated proficiency in solving a variety of challenges on picoCTF, focusing primarily on cryptography, general skills, and web exploitation. Additionally, I have acquired skills in forensics and reverse engineering through the completion of related challenges.
CodeAcademy
->$ Currently advancing my expertise in backend engineering through Codecademy. Undertaking the Backend Engineering Path to gain comprehensive proficiency in database management, server-side scripting, Node JS, and API development. Actively engaging with languages such as CSS, JavaScript, Python, and SQL, and learning to deploy scalable web applications.
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Years of Experience
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Projects Done
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Awards and Certifications
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Portfolio Website Project
->$ Conceptualized, designed, and implemented a highly interactive and fully responsive portfolio website using JavaScript, and CSS in WordPress. The website serves as a dynamic platform to showcase my professional journey and accomplishments, with a section featuring my resume. Future plans include the addition of blog posts and Capture The Flag (CTF) write-ups to share insights, experiences, and expertise.
Cyber Security, Penetration Testing, and CTFs Cheat Sheets
->$ I have compiled comprehensive notes based on my knowledge in various domains, encompassing information gathering, scanning, vulnerability assessment and analysis, exploitation, post-exploitation, brute force attacks, anonymity, pivoting, Active Directory (AD) attacks, web penetration testing, and Bash scripting.
->$ In addition to that, there are documented solutions for various Capture The Flag (CTF) challenges. I have recorded different techniques and commands encountered during CTF solving. Furthermore, I have developed cheat sheets for training sessions, including international certification exams such as eLearnSecurity’s eJPT.
Bash Scripts for Cyber Security and Penetration Testing
->$ Demonstrated expertise in Bash scripting, specializing in creating custom scripts for cybersecurity and penetration testing purposes, particularly in the domains of reconnaissance, enumeration, exploitation, and post-exploitation.
Poly-Open LIDAR: Fast and High Resolution LIDAR with Multi-opening Polygon Mirror System
->$ Developed an innovative optomechanical LIDAR technology featuring a novel beam steering technique not present in the literature. This approach allows for single-reflection scans in three dimensions at high speeds and resolutions, addressing drawbacks of current systems.
The technology not only eliminates disadvantages but also introduces extra advantages, significantly reducing costs through its technological innovations.
->$ Throughout a 2-3 year development period, designed and refined 7-8 different LIDAR prototypes. These prototypes collectively contributed to the evolution of the final product, the Poly-open LIDAR Model A and Model B.
->$ Successfully patented Poly-open LIDAR Model A and Model B, highlighting the distinctive and creative features of the technology. Conducted comprehensive testing on prototypes, capturing scan images and validating system performance. This project not only demonstrates my innovation in the field of optomechanical LIDAR technology but also showcases proficiency in image processing and simulation. The result is a cost-effective and highly efficient solution, featuring patent-worthy advancements that underscore my capabilities in cutting-edge technological development.
Cryptology Coding Projects
->$ Early Stage Symmetric Cryptographic Ciphers – Developed fundamental symmetric cryptographic ciphers, including the Caesar cipher and Vigenere cipher, from scratch in Python.
->$ Brute Force Programs for Caesar and Vigenere Ciphers (Python) – Programmed brute force algorithms, employing dictionary attacks and frequency analysis, to break Caesar and Vigenere ciphers. Demonstrated expertise in cryptanalysis and the importance of robust encryption methods.
->$ One Time Pad (OTP) and Pseudo Number Generator – Implemented the theoretically unbreakable One Time Pad (OTP) encryption and a pseudo-number generator from scratch using various algorithms in Python. Showcased the significance of randomness in cryptographic systems.
->$ AES and DES Encryption Algorithms (Python Crypto Library) – Developed an understanding of advanced symmetric encryption algorithms by programming the Advanced Encryption Standard (AES) and Data Encryption Standard (DES) using the Python Crypto library.
->$ Modular Arithmetic Operations – Implemented modular arithmetic operations, including the Fermat prime test, factorization, modular inverse, and calculating the Greatest Common Divisor (GCD) using Euclidean and Extended Euclidean algorithms in python. Demonstrated proficiency in foundational mathematical operations essential for cryptographic protocols.
->$ RSA Cryptosystem (Python) – Programmed the RSA cryptosystem from scratch, showcasing a deep understanding of public-key cryptography. Implemented key generation, encryption, and decryption processes.
->$ Discrete Logarithm and Diffie-Hellman Key Exchange (Python) – Developed algorithms for computing discrete logarithms and implementing the Diffie-Hellman key exchange protocol from scratch. Showcased expertise in public-key cryptography and secure key exchange mechanisms.
->$ Cryptosystem Crackers for Capture The Flags (CTFs) – Developed cryptosystem crackers tailored for Capture The Flag (CTF) competitions in python. This involved creating efficient and strategic algorithms to decipher encrypted messages, demonstrating problem-solving skills in a competitive cybersecurity environment.
Arduino-Based Drone from Scratch
->$ Revolutionized drone technology by developing a fully customized drone project with exclusively crafted software and algorithms, setting it apart from commercially available controllers and pre-existing software commonly used in drone competitions. In this project, I calculated and controlled all flight dynamics, employing a personally designed PID algorithm. This hands-on endeavor showcases my expertise in drones, software development, and algorithmic control.
Implemented Artificial Intelligence Algorithms Solely through Mathematical Coding
->$ Exclusively utilized the NumPy library for matrix operations to code various artificial intelligence algorithms. Developed implementations for linear regression, logistic regression, polynomial regression and several clustering algorithms, all from scratch without relying on pre-existing libraries. In addition to manual coding, extensively leveraged popular libraries like scikit-learn (sklearn) and TensorFlow for diverse modeling tasks. Demonstrated proficiency in both foundational mathematical coding and applying machine learning frameworks.
3D Games With Unity
->$ FPS Controller Development – Engineered a fully functional First Person Shooter (FPS) controller from scratch, enhancing player movement and interaction within Unity environments.
->$ Cube Agent Game – Designed and implemented a conceptual game featuring cube agents that dynamically spawn, chase the player, and strategically deploy mines. This project showcases creative game mechanics using basic geometric elements.
->$ Survival Game – Spearheaded the creation of a survival game, integrating complex features such as thirst, hunger, and vitality levels. Implemented a robust inventory system allowing players to manage items like axes, apples, and weapons. Also split stackable items in the inventory and able to rearange them. Introduced real-time mechanics, such as cutting down trees, spawning logs at the position where the trees were cut, item obsolescence, and dynamic tree animations for an immersive gameplay experience.
->$ FPS Shooter Game – Developed a fully operational FPS shooter game with dynamic weapon switching, reloading mechanics, and limited ammo management. Implemented additional features such as leaning, dropping/picking up weapons, and integrated animations for a realistic gaming experience. Leveraged free Unity assets for animations, weapons, and other elements.
->$ Real-Time Bullet and Bow Mechanics – Spearheaded the creation of real-time bullet mechanics and bow functionality, adding depth and realism to shooting mechanics in Unity games.
Robotic Projects for Competitions
->$ Egg Collector Robots – In the MEB Robotics Competition, the focus is on designing and developing robots capable of collecting or handling objects, often simulating real-world tasks. The Egg Collector category likely involves creating a robot specifically designed to locate and collect eggs within a defined environment. Challenge tests the robot’s precision, mobility, and object manipulation capabilities.Spearheaded the development of two highly efficient egg collector robots, showcasing strong problem-solving skills and teamwork. Achieved recognition at the MEB Robotics Competition.
->$ Line Follower Robots – Designed and implemented over three line follower robots for diverse robotics competitions, showcasing adaptability and innovation in solving real-world challenges. These competitions assess the speed, accuracy, and reliability of autonomous navigation along a predefined path marked by a visible line. The projects involved a blend of sensor integration, algorithm development, and efficient motor control, contributing to a comprehensive skill set in robotic design and competition success.
->$ Mini Sumo Robots – Engineered two mini sumo robots for competitive success, strategically designing small-sized robots to push opponents out of a defined ring, akin to traditional sumo wrestling. Demonstrated expertise in hardware design, sensor integration, and strategic programming. Achieved commendable positions at both the MEB Robot Competition and Çankaya Robotics Competition, showcasing proficiency in both offensive and defensive strategies.
->$ Search and Rescue Robot – Led the development of a sophisticated search and rescue robot, demonstrating a profound understanding of robotics. This project addressed challenges specific to the ODTÜ-organized competition category, showcasing adept problem-solving in creating robots capable of navigating environments and conducting autonomous search and rescue operations. Applied principles of computer vision and robotics to tackle real-world scenarios, such as disaster response.
->$ Maze Solver Robot – Developed and implemented a maze solver robot for the ODTÜ Robotics Competition, showcasing advanced capabilities in robotics. Required intricate problem-solving and algorithm development for the robot to autonomously navigate and solve maze challenges. Demonstrated precision, efficiency, and adaptability, leading to success in tackling complex maze scenarios. The project emphasized employing sensors, interpreting maze layouts, and executing effective navigation algorithms to achieve the primary objective of reaching the destination.
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COMING SOON
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Get In Touch
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- Call Me:
+90 (505) 073 76 50
- Mail Me:
halukbaranakbulut@gmail.com
- Visit Us:
27 Division St, New York, NY 10002, USA
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