Attacks don’t wait.
Automated tools can test credentials and exploit exposed services while you’re asleep.
Catch the linked signs of an active hack. Contain the compromised host. Keep a small intrusion from becoming a bigger breach.
Downtime is recoverable. Stolen customer data isn’t.
In development. Built for people who run Linux.
An isolated signal. Keep watching.
A second signal on the same host.
Connected activity, within a short window.
Related signals support a containment decision.
A compromised server can stay online while an attacker copies your customers’ data. Availability alone isn’t success. BreachFuse is being designed to let you choose controlled downtime when the evidence points to an active hack.
One failed login may mean nothing. A new login, a privilege change, and a strange outbound connection can tell a very different story.
Automated tools can test credentials and exploit exposed services while you’re asleep.
The same hack can look like unrelated login, process, file, and network events.
Someone still has to connect the evidence and decide how to contain the host.
BreachFuse is designed to watch the access, privilege, process, persistence, and network activity hackers leave behind.
Correlate related actions so a single unfamiliar event doesn’t automatically become a disruptive response.
Contain a likely compromised host under operator-controlled rules, with a defined recovery path.
Designed to connect these signals. Final launch coverage will depend on implementation and testing.
Password attacks and unusual use of credentials.
Privilege changes that don’t fit the surrounding activity.
Commands and tools associated with an active intrusion.
Backdoors and sensitive system changes.
Unusual outbound traffic and potential command-and-control.
Several related attack actions in a short period.
Internet-facing services. A clear incident trail. Less guesswork when something looks wrong.
Host-level detection and containment without a full security operations team.
A consistent approach to response policies across customer infrastructure.
Tell us you’re interested in a calmer way to handle an active hack on your Linux infrastructure.
A product in development for detecting related signs of an active hack on Linux and triggering policy-controlled containment.
The focus is hacker behavior, correlated actions, and host containment. Compatibility with complementary tools still needs testing.
Initial distribution and hosting support are still being finalized.
The design calls for operator-controlled policies and a defined recovery path. Exact access-preservation guarantees must be validated before public beta.
A launch date has not been announced.