Cyber Kill Chain - Part 1 | Threat Intel Framework | CTI | SOC | Threat Analysis | Threat Modeling скачать в хорошем качестве

Cyber Kill Chain - Part 1 | Threat Intel Framework | CTI | SOC | Threat Analysis | Threat Modeling

In this video you will learn about Cyber Kill Chain : A framework that helps us understand how cyber attackers operate step by step. Cyber Kill Chain | Threat Intel Framework | CTI | SOC | Threat Analysis | Threat Modeling | Cyber Security Video Lessons: 00:00 Introduction 00:28 Definition 01:41 Types Of Cyber Kill Chain 01:58 Reconnaissance 02:42 Weaponization 03:17 Delivery 03:50 Exploitation 04:28 Installation 05:04 Command and Control 05:32 Action on Objectives 06:04 Cyber kill chain Part 2 Am Kowshik, CTI Analyst, Please do support my efforts by subscribe to my channel ‪@KaushikSec‬KowshiksSec Cyber Kill Chain | Threat Intel Framework | CTI | SOC | Threat Analysis | Threat Modeling | Cyber As a Threat Analyst, understanding this model is crucial because it allows us to detect and stop attacks before they reach their final objective. The Cyber Kill Chain is a cybersecurity framework developed by Lockheed Martin in 2011. It breaks a cyberattack into seven structured stages, from initial reconnaissance to final impact. The idea behind this model is simple: If we can detect and stop the attacker at any stage, we can break the chain and prevent the attack from succeeding. This framework is important because it gives defenders visibility into attacker behavior. Instead of reacting only after damage is done, we can identify early indicators — such as reconnaissance or suspicious delivery attempts. It also improves threat intelligence, detection engineering, and SOC operations. Reconnaissance is the information-gathering phase - This could include employee email addresses, exposed IP addresses, public-facing applications, or even social media information. Many attacks are successful because organizations underestimate this stage. Threat analysts monitor unusual scanning activity or OSINT abuse during this phase. Common methods include phishing emails, malicious links, infected attachments, or drive-by downloads. In the weaponization stage, the attacker prepares their attack tool. Delivery is when the attacker sends the weaponized payload to the target - Email security gateways and web filtering solutions play a major role in detecting this stage. If we block delivery, the attack stops here.” Exploitation occurs when the malicious code is executed on the victim’s system. During installation, the attacker installs malware or a backdoor to maintain persistence - They may modify registry keys, create scheduled tasks, or install remote access trojans. Persistence mechanisms are key indicators for threat hunters, as attackers want long-term access. In this stage, the infected system communicates with the attacker’s command and control server. This allows the attacker to remotely control the system, send commands, or download additional malware. Action on objectives - This is the final stage where the attacker achieves their goal. That goal may include data exfiltration, ransomware encryption, privilege escalation, or lateral movement within the network. At this stage, business impact occurs — including financial loss, reputational damage, or operational disruption. Don't forgot to Like👍 and Subscribe 🔔 to my Channel ‪@KaushikSec‬ Thank you , see you in the next lessons