Evaluates eBPF overheads in ultra-low-latency storage systems, indicating feasibility for programmable storage.
This paper evaluates eBPF overheads in ultra-low-latency storage systems. The results show that verification and runtime costs are generally small, but become significant with near-DRAM devices and dynamic, multi-tenant environments. These findings confirm the feasibility of eBPF for programmable storage while emphasizing its implications in storage-specific and ultra-low-latency contexts.
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AN et al. (2026) studied this question.
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