Catch what scans cannot see
Scans inspect code. Oligo observes running processes. eBPF sensors show when a vulnerable library is called, a dependency reaches a shell, or a syscall turns a CVE into a breach.
Most critical CVEs are in code that never runs. Static scanners cannot tell what is active.
A scanner marks a vulnerable package critical whether its code runs in production or remains dead code from a transitive dependency added in 2018.
eBPF sensors attach to running processes at the kernel level with no instrumentation changes. Oligo maps called libraries, their syscalls, and behavior that departs from baseline.
How eBPF protection works
Three layers of kernel visibility, deployed in minutes without changing application code.
Attach to the Kernel
Oligo deploys a DaemonSet that loads eBPF programs into the Linux kernel. No sidecars or library instrumentation. Probes attach to syscall entry points and tracepoints.
Map the Dependency Graph
As an application starts, Oligo maps loaded packages and the code paths they execute. This runtime graph replaces guesswork with ground truth about what is reachable.
Detect and Block in Real Time
When behavior leaves its baseline, such as a library spawning a shell or making an unexpected DNS request, Oligo blocks the syscall before completion and sends an alert with process context.
One agent. Three threat types.
Oligo covers the attack surface that matters in cloud-native application stacks.
See which CVEs matter
Oligo maps each open-source package to its reachable vulnerable code paths. In early-access deployments, teams consistently removed 80-plus percent of actionable backlog without upgrading a library.
Learn moreCatch malicious packages in execution
Detect typosquats, dependency confusion, and malicious updates when they attempt unexpected network or file-system behavior, whether or not a scanner flagged them.
Learn moreBlock exploits before a CVE exists
Behavioral baselines identify exploitation patterns before public disclosure. Oligo blocked Log4Shell in production before patches were available by detecting anomalous JNDI lookup behavior.
Learn moreWhat engineers report after 90 days
We saw hundreds of critical findings each sprint. Oligo showed which were reachable at runtime. Our actionable backlog fell from 400-plus items to fewer than 40. We stopped fire-fighting and fixed what mattered.
Supply-chain incidents worry me most. Oligo caught a compromised transitive dependency beaconing out within 400 milliseconds of container start. Nothing else in our stack detected it.
Your scanner finds vulnerabilities. Oligo shows what attackers can exploit.
Deploy in under 20 minutes. No code changes or library instrumentation.