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Have you ever felt your windows operating system is hung or becoming slow or having a BSOD? Or an application crash or application hang or slow on windows? Have you had to press the restart button of your PC or the windows server to get rid of the problem and had no clue when that issue will happen again? Or you’re asked to analyse a memory dump of a compromised system for isolating a malware?. If that bothers you, this training is all about root causing and solving such complicated issues once and for all, among many other topics it covers. Windbg is the single most powerful, debugging and reverse engineering tool in windows platform. Windbg is like an x-ray plus mri plus ct scan for programs running on windows operating system, including the operating system itself. It helps us to root cause complicated problems like we discussed in windows ( OS ) and programs running inside the operating system.

This course is designed for digital forensics investigators who deal with Windows computers in their work. It offers an opportunity to enhance your knowledge and gain hands-on experience in discovering and analyzing Windows artifacts.

 Learn how to trace Bitcoin, Ethereum, and Monero transactions using real-world blockchain forensics and crypto investigation techniques. This course is designed for cybersecurity professionals, law enforcement, compliance officers, and blockchain analysts who want to follow the money across crypto networks.

T-Embed is an advanced, all-in-one wireless security and IoT innovation device that integrates Wi-Fi, Bluetooth, RFID, HID, Infrared, RF, GPS, and more into a compact and portable platform. Unlike traditional single-purpose tools, T-Embed empowers you to work across multiple communication protocols simultaneously, making it a versatile companion for both cybersecurity professionals and IoT enthusiasts. In this course, you’ll explore how to unlock the full potential of T-Embed for wireless penetration testing, security simulations, and real-world ethical hacking scenarios. You will gain practical experience with firmware installation, custom payloads, and the configuration of advanced features designed for both offensive and defensive applications. From simulating HID vectors to experimenting with RFID cloning, Wi-Fi monitoring, and Bluetooth exploration, you’ll see how T-Embed can function as a complete wireless security lab in your pocket.

Adversary Perspectives: Azure is the first installment in the SpecterOps Adversary Perspectives series. Known for our Adversary Tactics courses, we realized that there is often a gap of understanding that needs to be bridged before a practitioner is ready to start taking offensive or defensive actions in a particular environment. While other courses aim to simply build basic knowledge from a general user standpoint, this Adversary Perspectives class looks to teach security professionals from the viewpoint of an attacker. Don’t just look at your security posture in Azure, actually understand the abuse mechanisms and holistic security of your deployment.

Participants will build on this knowledge through an understanding of how Azure architectures, like solely cloud-based environments or hybridized on-premises and Azure environments, can affect the overall security of an environment. Throughout the course, participants will reinforce what they learn through hands-on labs and instruction given by SpecterOps practitioners.

Security Operations (SOC) 201 is an intermediate security operations course designed to enhance your skills in detecting, investigating, and responding to complex cyber threats at scale. After establishing fundamental security operations knowledge and practical skills in SOC 101, the next logical step is to progress your career by applying advanced investigation methodologies and grasping the responsibilities of an Incident Responder and Threat Hunter. The SOC 201 curriculum teaches analysts how to identify, hunt, and respond to real-world adversary tactics and techniques. With a practical, hands-on focus, the curriculum provides realistic scenarios where students investigate sophisticated threats across multiple systems, learning to detect and respond effectively in enterprise-scale environments. The course also integrates proactive threat hunting as part of a continuous detection and response cycle, giving analysts the mental models to identify active threats, uncover gaps, and feed insights back into investigative processes to improve future detection and response efforts.