Is your organization using default security settings, or do you have a security configuration management (SCM) program in place to ensure your configurations are as secure as possible? Misconfigurations are a leading cause of unauthorized access and security breaches, creating entry points for hackers in servers, websites, software, and cloud infrastructure. The Open Worldwide Application Security...

File integrity monitoring (FIM) is a critical security control that helps organizations detect system changes in real-time that indicate impacts to compliance and potential cybersecurity incidents, empowering teams to respond rapidly. FIM is required by many major compliance standards such as North American Electric Reliability Corporation Critical Infrastructure Protection (NERC CIP), the Payment...

File integrity monitoring (FIM) is used to detect and correct unauthorized system changes that may be indicators of compromise. As the inventors of FIM, Fortra’s Tripwire has a multi-decade track record of helping organizations that want to reduce cyber risk and achieve system integrity to avoid security breaches and audit fines. This toolkit is a collection of helpful resources such as articles...

Tripwire’s State of Cyber Hygiene report reveals the results of an extensive cybersecurity survey conducted in partnership with Dimensional Research. The survey examined if and how organizations are implementing security controls that the Center for Internet Security (CIS) refers to as "Cyber Hygiene." Real-world breaches and security incidents prove over and over again that many of the most...

Security configuration management (SCM) exists at the point where IT security and IT operations meet. It’s a core security control that combines elements of vulnerability assessment, automated remediation, and configuration assessment. The goal of SCM is to reduce security risks by ensuring that systems are properly configured — or hardened — to meet internal and/or regulatory security and...

File integrity monitoring (FIM) is the cybersecurity process that monitors and detects changes in your environment to alert you to threats and helps you remediate them. While monitoring environments for change sounds simple enough, there are plenty of misconceptions about how exactly FIM fits into a successful cybersecurity program. It’s essential to address those common myths now so that...

There’s a lot more to file integrity monitoring than simply detecting change. Although FIM is a common policy requirement, there are many FIM capabilities and processes you can elect to implement or not. These can vary from a simple “checkbox” compliance tool to the option to build effective security and operational controls. These decisions directly affect the value your organization gains from...

File Integrity Monitoring (FIM) is a technology that monitors for changes in files that may indicate a cyberattack. In many organizations, however, FIM mostly means noise: too many changes, no context around these changes, and little insight into whether a detected change actually poses a risk. What does file integrity monitoring do? FIM, and often referred to as “change audit” was around long...

See how simple and effective security controls can create a framework that helps you protect your organization and data from known cyber attack vectors. This publication was designed to assist executives by providing guidance for implementing broad baseline technical controls that are required to ensure a robust network security posture. In this guide, we will cover a wide range of topics...

Threats to Industrial Control Systems (ICS) are increasing—a reality that ICS-centric industries have begun to recognize. As a response to the growing need for protection from cyberattacks, the Department of Homeland Security (DHS), National Cybersecurity and Communications Integration Center (NCCIC) and the National Security Agency (NSA) have published Seven Steps to Effectively Defend Industrial...