Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

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Ultimate Guide to Security Impact Analysis: Essential Checklists

When planning a hardening project for information security, there are two types of impact analysis to consider – policy impact analysis and security impact analysis. Policy impact analysis refers to generating a report that indicates each policy rule’s impact on your production. It is especially important for avoiding system downtime caused by configuration changes. The second type of impact analysis is Security Impact Analysis.

Windows Password Guidelines: Updated Best Practices for 2024

Setting and enforcing a policy for strong passwords should be a top priority for organizations in their cyber hygiene practice. Best practices and recommendations keep being updated since this issue is so critical for attack prevention. In fact, compromised passwords are responsible for 81% of successful attacks.

Hardening Tools 101

Server hardening refers to the actions performed to reduce the server OS and application attack surface. this is done by changing the default configurations of the system’s components (servers, applications, etc.) and removing unnecessary components. Out of the box, Server OS are more function-oriented rather than for security, which means that unnecessary functions are enabled. Default, insecure configurations reflect a potential attack vector.

How MITRE Attack Mapping & CIS Control Mapping Fortify Your Network

A correlation between ATT&CK Mitigations and CIS Controls, often termed as a ‘high-level’ mapping, show case the count of mapped ATT&CK (Sub-)Techniques within each ATT&CK Mitigation. Additionally, it provides the total number of ATT&CK (Sub-)Techniques associated with the respective ATT&CK Mitigation. Mitre attack mapping accurately and consistently maps adversary behaviors relevant to ATT&CK techniques as part of cyber threat intelligence (CTI).

Ultimate Guide to Hardening User Account Control Settings & Boosting Windows Security (2024)

User Account Control (UAC) plays a crucial role in Windows security by mitigating the risk of malware. It accomplishes this by restricting the capacity of malicious code to run with administrator privileges. The CIS benchmark 2.3.17 for User Account Control (UAC) specifically addresses the security configuration settings related to UAC on Windows operating systems. We will discuss in this blog CIS benchmarks for.

MSS: (DisableIPSourceRouting) IP source routing protection level (protect against packet spoofing)

Optimally configuring “DisableIPSourceRouting” parameter enhances security by mitigating the risk of denial-of-service (DOS) attacks through packet spoofing. In such attacks, the goal is to inundate the target with high volumes of traffic, and using spoofed IP addresses makes it challenging to filter and identify the true source of the attack. Server hardening can be arduous. CSH by CalCom automates the process, learning your network to eliminate the need for testing.

PowerShell Security Best Practices

Windows PowerShell is a powerful scripting language and a command-line executor developed by Microsoft to provide a better interface for system administrators to simplify managing and automating administrative tasks. PowerShell was launched in 2006 and has been a standard feature of the Windows operating system (OS) since Windows 7, enabling system administrators to simplify and automate administrative tasks while following essential security best practices.

Understanding Active Directory Security Principals

Active Directory is most organizations’ primary identity storage, and is integral to an organization’s operating system. It is used to manage security principals, including user accounts, computers, servers, and other devices in the network. Since its launch 20 years ago, it has been integrated with numerous applications and systems and became one of the main foundations in the organization’s IT infrastructure.