Threat Analysis

Malware Analysis for Defenders: Static and Dynamic Techniques Malware analysis helps security teams understand how a threat works, what it tries to do, and how to stop it. By looking at the code or its behavior, defenders can build better detections and faster responses. Static and dynamic analysis are two core methods that fit together like pieces of a puzzle. Static analysis Static analysis examines the file without running it. It can reveal packers, compiler quirks, and embedded payloads. Key steps include: ...

Threat Intelligence and Malware Analysis Threat intelligence and malware analysis are two sides of the same coin. Intelligence gives the bigger picture of who is behind an attack and why they act, while malware analysis explains how a piece of software operates. Together, they help teams detect, respond to, and prevent threats more effectively. Clear insights from both fields support faster decisions and safer systems. What threat intelligence adds to malware work: ...

Malware Analysis in a Changing Threat Landscape Malware analysis today faces a shifting threat landscape. Attacks increasingly dwell in memory, rely on living-off-the-land techniques, and blend with normal system activity. Supply chain compromises and cloud-native threats push analysts to look beyond on-disk binaries. To stay effective, teams merge endpoint telemetry, network data, and threat intelligence to form a complete picture. Clear context helps avoid chasing false positives and speeds up incident response. ...

Malware Analysis for Defenders: From Sandbox to Threat Reports Malware analysis helps security teams translate a noisy sample into practical defense. This field combines cautious testing with careful note taking so staff can act fast when a new threat appears. The path from sandbox work to a readable threat report is repeatable and collaborative. From Sandbox to Artifacts Create a safe lab: isolate the network, use virtual machines, take snapshots, and log every action. Detain the sample in a controlled environment and capture artifacts: file hashes, PE headers, loaded modules, process trees, registry edits, mutexes, and network indicators. Preserve the evidence chain: document tools used, versions, dates, and sandbox settings so others can reproduce findings. Static and Dynamic Analysis Basics ...

Malware Analysis in a Changing Threat Landscape Malware threats keep changing as attackers adopt new tools. Today you see more fileless tricks, living-off-the-land techniques, cloud targets, and supply-chain issues. The attack surface is bigger and harder to pin down. For defenders, this means analysis must be practical, repeatable, and careful. The goal is to understand what a sample does, how it spreads, and how to stop it in the future—not just to label it as dangerous. ...

Malware Analysis for Defenders: Tools and Techniques Defenders need a practical toolbox. This article shares approachable tools and workflows that help teams understand how malware behaves, where it comes from, and how to stop it. The goal is clear: collect reliable data, confirm findings, and turn them into faster protections. Static analysis Check the file type and headers to guess the program type. Look for strings, resources, and embedded URLs that reveal intent. Compute simple hashes (SHA-256) to check against alerts or feeds. Do light disassembly to spot suspicious functions or obfuscated code. Identify packers or anti-analysis tricks that slow further study. Dynamic analysis ...

Malware Analysis for Defenders: A Practical Guide Malware analysis helps defenders understand how a threat works and how to stop it. This practical guide offers steps you can use in daily work, from triage to reporting. You do not need to be a reverse engineering expert to start; the goal is to observe behavior and gather useful evidence. A simple workflow keeps analysis clear and repeatable. Start with triage: is this file a real risk or a false alarm? Then static analysis to learn about the file without running it. Finally, dynamic analysis in a safe sandbox shows what the sample does on a system. Document every finding so your team can act quickly. ...