Computer

The OffSec Exploit Developer (OSED) certification demonstrates mastery in advanced exploit development techniques on modern Windows systems. The exam evaluates a candidate’s ability to analyze complex binaries, bypass modern exploit mitigations (DEP, ASLR, CFG), and develop reliable exploits using advanced shellcoding and return-oriented programming (ROP). Candidates are required to reverse engineer applications, identify memory corruption vulnerabilities, and write custom exploits under reali...

The OffSec Web Expert (OSWE) certification validates advanced expertise in modern web application security and secure code review. This exam focuses heavily on white-box testing, requiring candidates to analyze real-world web application source code written in popular frameworks and languages. Candidates must identify complex vulnerabilities such as authentication flaws, business logic issues, insecure deserialization, and advanced injection flaws. The exam emphasizes manual analysis over automa...

The OffSec OSWA (WEB-200) Exam focuses on web application security assessment and vulnerability exploitation. It covers OWASP vulnerabilities, secure coding issues, and real-world web attack scenarios. Candidates demonstrate practical skills in identifying and exploiting web-based weaknesses. This certification is ideal for web security testers and application security professionals.

The OffSec OSEP (PEN-300) Exam is an advanced penetration testing certification focusing on evasive techniques, advanced exploitation, and enterprise-level attacks. It assesses deep technical knowledge and creativity in bypassing security controls. This certification is designed for experienced penetration testers seeking advanced offensive security credentials.

The OffSec OSCP (PEN-200) Exam is a globally recognized hands-on penetration testing certification. It evaluates real-world offensive security skills, including reconnaissance, exploitation, privilege escalation, and report writing. Candidates must demonstrate practical hacking abilities in a controlled lab environment. This certification is highly valued by cybersecurity professionals and employers worldwide.

The DFCB Digital Forensic Certified Practitioner Fellow (DFCPF) Exam represents an advanced-level credential recognizing expert knowledge and leadership in digital forensics. It covers complex investigations, advanced analysis techniques, and professional best practices. This certification is intended for highly experienced forensic practitioners and subject-matter experts.

The DFCB Digital Forensics Associate Certification (DFCA) Exam provides foundational knowledge of digital forensics principles, tools, and investigative processes. It covers basic evidence handling, forensic concepts, and introductory analysis techniques. This certification is suitable for beginners and professionals entering the digital forensics field.

The DFCB Digital Forensics Practitioner Certification (DFCP) Exam validates practical expertise in digital forensic investigations. It covers evidence acquisition, analysis, preservation, and reporting across digital devices. The exam emphasizes real-world forensic methodologies and legal admissibility. This certification is ideal for professionals actively engaged in digital forensic casework.

The Chainalysis Risk and Regulation Training Exam covers global regulatory frameworks governing cryptocurrencies and digital assets. It includes AML/CFT requirements, sanctions compliance, risk assessments, and policy implementation. Candidates gain insights into regulatory expectations and how blockchain analytics supports compliance. This exam is suitable for compliance officers, policy teams, and risk managers.

The Chainalysis Ethereum Investigations Certification Exam focuses on analyzing Ethereum-based activity, including smart contracts, tokens, DeFi, and NFTs. Candidates are tested on tracing token flows, understanding contract interactions, and identifying Ethereum-specific crime typologies. This certification is ideal for professionals investigating fraud, hacks, and illicit finance on Ethereum and EVM networks.