The final stage of the Cyber Kill Chain, action on objectives, represents the culmination of an attacker’s efforts. At this stage, attackers attempt to achieve their goals, which could include data theft, deploying ransomware, causing system damage, or establishing long-term persistence within the network. This is the point where an attack has the greatest potential…
In the command and control (C2) stage of the Cyber Kill Chain, attackers establish a communication channel between themselves and the compromised systems. This channel acts as a lifeline, enabling attackers to control infected devices, exfiltrate data, and deploy additional payloads. Without a reliable C2 connection, attackers lose the ability to operate within the target…
Once attackers successfully exploit a vulnerability, their next step in the Cyber Kill Chain is installation. This stage involves embedding malicious code or backdoors within the compromised system, enabling persistent access to the network. Installation is critical for attackers, as it allows them to execute their objectives without the need to re-establish access. For organisations,…
The exploitation stage of the Cyber Kill Chain is where attackers attempt to take advantage of a vulnerability in the target system to execute their payload. This step marks the point where an attack transitions from preparation to execution. Whether it’s exploiting a software vulnerability, tricking a user into running malicious code, or leveraging misconfigurations,…
Once attackers have successfully weaponised their malicious tools, the next step in the Cyber Kill Chain is delivery. This stage involves transmitting the crafted payload to the intended target. Common delivery methods include phishing emails, malicious attachments, compromised websites, and even physical media like USB drives. This step is critical because it bridges the gap…
After gathering intelligence during reconnaissance, attackers move to the weaponisation phase of the Cyber Kill Chain. In this stage, they convert the information they’ve collected into a malicious payload, preparing to exploit vulnerabilities and infiltrate their target. Weaponisation often involves creating malware, phishing links, or custom exploits designed to evade detection and bypass defences. This…
Cyberattacks don’t happen by chance; they are often the result of careful planning and precise execution. The first step in this process is reconnaissance, where attackers gather information about their target. This stage is crucial as it sets the foundation for the entire attack. By identifying vulnerabilities, understanding infrastructure layouts, and profiling employees, attackers craft…
The ways in which organisations protect their data and resources has significantly changed over the last few years. Attackers are no longer relying on straightforward techniques but instead deploy advanced methods, combining automation, social engineering, and exploitation of vulnerabilities to achieve their goals. To counter these threats effectively, organisations need a robust security strategy that…
The White Team is critical for organisations seeking to maintain regulatory adherence and robust data governance. Syscomm’s White Team ensures that all cybersecurity practices meet the stringent requirements of regulations such as GDPR, ISO standards, and other industry-specific mandates. This includes auditing security policies, reviewing compliance frameworks, and identifying gaps that could expose the organisation…
The Yellow Team plays a pivotal role in ensuring that security is embedded at every stage of the Software Development Lifecycle (SDLC). In today’s fast-paced development environments, the traditional approach of addressing security late in the development process can expose applications to risks and vulnerabilities. Syscomm’s Yellow Team adopts a DevSecOps approach, integrating security practices…