Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The distribution of component object models across different computers is called Distributed Component Object Model (DCOM). DCOM in Windows means an object of the client program can request services from objects on the server program on other computers within the same network. DCOM can also be implemented on a majority of UNIX platforms and aids communication among software components across different computers within a wide area network, local area network(LAN), or over the internet.

Windows Remote Desktop Service(RDS) in Microsoft Windows allows users to control a remote computer or virtual machine over a network using the Remote Desktop Protocol (RDP). To secure this access, it’s crucial to implement strong passwords to prevent brute force attacks and unauthorized access.

Group Policies are part of every Active Directory. Group Policy (GP) is designed to be able to change every system's configurations, from the least to the most privileged layer. Since it is so fundamental in the network management process, it is also very powerful for attackers to use as an attack vector. Therefore, GPO hardening is necessary to ensure that these policies are secure and not easily exploited by attackers, protecting the integrity and security of the entire network.

Best practices for mitigating various attack vectors are changing depending on the environment and server functionality. CIS baselines cover most of the relevant scenarios by addressing the first stage of your Hardening Windows Server project. CIS Benchmarks -What are They and How to Use Them Microsoft has been doing some work related to default security configuration, but there is still a big gap between security best practices (i.e. common benchmarks) and the default Windows configuration.

Access Control Entry (ACE) is data within an access control list detailing the access privileges assigned to an individual user or a collective group of users. In the Access Control Entry system, an identification (ID) distinguishes each ACE and identifies the specific individual or group of subjects. Each access control entry includes: An Access Control List (ACL) is similar to an organized list of rules that determine who can do what.

Microsoft’s initiative to phase out NTLM authentication in favor of the more secure Kerberos protocol was originally announced back in October 2023. At that time, the Windows maker declared its intention to deprecate NTLM and encourage organizations to transition to Kerberos for authentication purposes across its ecosystem. Microsoft announced this week that later this year they are expecting to retire NTLM authentication in Windows 11.

User Account Control (UAC) serves as a security feature in Windows, aiming to safeguard the operating system from unauthorized modifications. Whenever alterations demand administrator-level permissions, UAC prompts the user, allowing them to either authorize or reject the requested change. User Account Control (UAC) provides several benefits, especially in maintaining security and minimizing risks associated with administrative privilege.

Interactive logon: Machine inactivity limit is among the 9 Interactive logon security settings. If a user hasn’t been active on their Windows session for a while and surpasses the set limit, this setting typically determines how long the user can remain inactive before being automatically logged out of their session on the machine. The recommended state for this setting is: 900 or fewer second(s), but not 0.

The ability to authenticate securely over an unsecure network is paramount in safeguarding sensitive information and maintaining trust in digital interactions. In an era where communication often occurs over public networks like the internet, ensuring the authenticity of users and data is critical to prevent unauthorized access and data breaches. Kerberos is a Windows security network authentication protocol that allows users and services to securely authenticate over a non-secure network.

Network hardening involves implementing measures such as configuring firewalls, securing remote access points, blocking unused network ports, removing unnecessary protocols, implementing access lists, and encrypting network traffic to mitigate unauthorized access and bolster the security of a network’s infrastructure. This process involves identifying and addressing vulnerabilities in device management and configurations to prevent exploitation by malicious actors aiming to infiltrate the network.