In the world of cybersecurity, Attack Surface Management (ASM) is an essential component to protect organisations from cyber threats. ASM is a process that deals with the overall management of an organisation’s digital attack surface, which is the total number of vulnerabilities and entry points that can be exploited by cyber attackers. In this article, we will discuss the facts on Attack Surface Management and why it is critical to safeguarding an organisation’s information system.
FACT #1: PREVENTION
First, Attack Surface Management is all about prevention. Organisations need to take proactive measures to ensure that their digital attack surface is as small as possible. This can be achieved by identifying and reducing vulnerabilities and entry points that are easily accessible to cybercriminals. A comprehensive ASM strategy involves assessing an organisation’s digital footprint, which includes an inventory of hardware, software, and networks used by the organisation. Once the organisation’s digital footprint is understood, potential vulnerabilities can be identified, prioritised, and addressed.
FACT #2: MONITORING
Another key factor in Attack Surface Management and cloud services solutions is continuous monitoring. Organisations need to be aware of changes to their digital attack surface and take steps to mitigate any new risks. This includes monitoring for new vulnerabilities, changes to software and hardware configurations, and changes to the organisation’s digital assets. With continuous monitoring, organisations can quickly detect potential threats and respond before any damage is done.
FACT #3: RESPONSE
In addition to proactive measures and continuous monitoring, another important component of Attack Surface Management is incident response. Cyberattacks are inevitable, and organisations need to be prepared to respond quickly and effectively to minimise any damage. Incident response planning involves creating policies and procedures to respond to different types of cyber threats, identifying key stakeholders who will be involved in incident response, and regularly testing incident response plans to ensure they are effective.
