Richard Azu
Experienced in the deployment of voice and data over the 3 media; radio, copper and fibre, Richard – a system support technician with First National Bank Ghana Limited is still looking for ways to derive benefit from the WDM technology in Optics. Using Kali as a springboard, he has developed an interest in digital forensics and penetration testing.
Reverse engineering
Memory is a crucial resource for any system when conducting reverse engineering. Malware analysts must understand the way memory is assigned to a program.
Reverse engineering
Arrays, Structs and Linked Lists
Reverse engineering is the practice of analyzing a software system, either in whole or in part, to extract design and implementation information 1. This arti
Malware analysis
How to use Radare2 for reverse engineering
This article defines reverse-engineering as it is used in the analysis of software. We will explain in detail how to use radare2 for reverse engineering.
Malware analysis
Windows Internals for Malware Analysis
Introduction This article defines Windows internals and illustrates tools which can be used to explore Windows internal systems. We’ll be defining malware a
Secure coding
This article defines logical instructions as executed by x86 processors. It goes on to describe four key classifications of logical instructions in brief.
Malware analysis
Networking Basics for Reverse Engineers
Introduction This article will define network reverse engineering, list tools used by reverse engineers for reverse engineering and then highlight the networ
Operating system security
How to configure VPN in Windows 10
This article defines Virtual Private Network (VPN) and the three basic connection types of VPN: remote user, third-party to mask source IP and user activitie
Malware analysis
Introduction This article defines arithmetic instructions as executed by x86 processors. It goes on to describe in brief, four key classifications of arithme
Secure coding
Introduction This article will define three main categories of instructions in the x86 architecture. It will give examples in each of these categories and t
Secure coding
Introduction This article will define three key types of registers in the x86 architecture and then go on to show simulations of registers’ contents after s
Secure coding
Introduction This article defines an operand as it is used in x86 assembly instructions. It goes on to explain in detail, using simulations, three modes by
Malware analysis
Introduction This article gives details about assembly programming for the Intel 8086 microprocessor. It also presents very clear details by providing exampl