Observing nature’s patterns can often help us understand the complexities of modern technology. 

The tree-like visualization of system processes in the process graph reminds me of an intriguing concept from a book I read recently, The Overstory. It describes how trees, appearing as solitary entities above ground, are deeply connected through an underground network of roots, described in the book as the Wood Wide Web. 

Roots and fungi play a crucial role in keeping ecosystems healthy and thriving. Over the network, they share nutrients, send signals, and even warn each other of danger. They also support weaker trees, helping the entire forest stay resilient.   

But when disease takes hold, it takes control of this very network, infecting more trees and weakening the entire ecosystem before the damage becomes visible.   

Does this sound familiar? 

Cyber threats work similarly. Beneath every security incident lies an intricate web of processes and relationships that spread across a system, much like roots weaving through the earth. Identifying the full scope of an attack requires mapping how different processes interact—just as understanding a forest’s health means uncovering the hidden network beneath the soil.   

IT teams get a deluge of daily alerts, logs, and threat data. Making sense of this information can often be challenging.  

Conducting security investigations is like searching for a needle in a haystack. IT teams need to track numerous events, processes, and relationships to determine the full scope of a potential threat. During security incidents, every minute spent manually gathering and correlating data is time lost in containing and remediating threats.  

Presenting raw data in a graph that maps out a process’s entire lifecycle helps security teams easily identify abnormal behaviors, suspicious activities, and the spread of threats within a system to conduct efficient and accurate assessments of investigated processes. The Process Graph is a dynamic, intuitive tree structure that visualizes processes, activities, and their relationships. It simplifies this challenging task and gives administrators enhanced visibility and a better understanding of the attack scope.

By presenting process relationships in a clear tree structure, the Process Graph enables administrators  to: 

– Explore and understand process relationships interactively  

– Gain actionable insights 

– Track threats with ease 

– Map the full attack chain. 

– Streamline Incident Response 

Investigations often depend on having the correct data at the right time. The Process Graph ensures that administrators are well informed by offering a comprehensive overview of process activity within the system. The process graph highlights the malicious process, its parent, and its child processes, illustrating how threats progress through a system. With the context provided by the Process Graph, security teams can quickly identify root causes, block or allow affected processes, confidently make remediation decisions, and prevent future occurrences, all while saving critical time. 

Modern endpoint security requires a solid understanding and quick response. The Process Graph enhances visibility and makes information easier for users to understand, empowering them to act decisively. Simplifying complex data into an easy-to-navigate format bridges the gap between information overload and actionable intelligence. 

To learn more about Coro’s EDR module and our other modules, contact our sales team.