Malicious downloads still drive initial access
Attackers rely on file downloads to deliver malware, steal credentials, and establish access. The delivery point has. It’s the browser.
Attackers rely on file downloads to deliver malware, steal credentials, and establish access. The delivery point has. It’s the browser.
Malicious file downloads remain a common way to establish initial access. Instead of exploiting software vulnerabilities, attackers rely on user interaction to deliver payloads directly through the browser.
Campaigns like FakeUpdates and infostealer malware use this approach at scale, relying on simple prompts and familiar workflows to get users to act.
File downloads often appear legitimate. The domain may be trusted. The file may not be flagged as malicious at the time of download. The action is initiated by the user.
In many cases, detection happens too late. By the time a file is analyzed or flagged, it may already have been opened. The sequence leading up to the download, what the user saw, what prompted the action, is rarely captured.
Security teams are left with partial visibility. They may see a file on disk or an alert after execution, but not how the user was led there or whether similar downloads are happening elsewhere.
Push operates inside the browser, where downloads originate. It provides visibility into which files users download, where they come from, and how often they appear across the environment.
Security teams can monitor downloads in real time, identify patterns, and detect when risky file types or suspicious sources are involved. Policies can be applied to warn users or block downloads based on file type or origin, giving teams a direct way to reduce exposure.
Because controls are enforced in the browser, protection happens before the file is executed. Teams can stop high-risk downloads at the point of access, while still allowing safe activity to continue without disruption.
