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For safety reasons, unprivileged users today have only limited ways tocustomize the kernel through the extended Berkeley Packet Filter (eBPF). Thisis unfortunate, especially since the eBPF framework itself has seen an increasein scope over the years. We propose SandBPF, a software-based kernel isolationtechnique that dynamically sandboxes eBPF programs to allow unprivileged usersto safely extend the kernel, unleashing eBPF's full potential. Our earlyproof-of-concept shows that SandBPF can effectively prevent exploits missed byeBPF's native safety mechanism (i.e., static verification) while incurring0%-10% overhead on web server benchmarks.

Unleashing Unprivileged eBPF Potential with Dynamic Sandboxing