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eBPF Foundation has awarded $100,000 in unrestricted research grants to support two major university-led initiatives advancing both safety and energy efficiency in systems infrastructure. Each project will receive $50,000, chosen from 27 proposals submitted by 23 institutions globally.
University of Michigan Associate Professor Ryan Huang will lead a project called Verifier-Cooperative Instrumentation, which introduces a framework named EPASS. The aim is to combine static verification with runtime checks to reduce the rejection of safe eBPF programs by the system verifier, while mitigating known vulnerabilities. Tests so far show EPASS resolved about 91% of programs incorrectly rejected under current verification schemes and addressed 14 documented vulnerabilities with low performance cost.
At University of California, Riverside, Associate Professor Daniel Wong heads a project dubbed eBPF Governors. This work applies eBPF to manage data centre energy usage by dynamically adjusting CPU frequency and idle states based on workload latency. Early tests demonstrated up to 19% power savings under volatile workload conditions without worsening latency for critical tasks.
eBPF, originally developed as a way to safely extend Linux kernel functionality without modifying its source, has grown to underpin networking, observability, performance, and security tools across cloud and infrastructure systems. The Foundation’s Research Grant programme is structured to foster such innovations in safety, programmability, and efficiency.
Bill Mulligan, Board Member of the eBPF Foundation, remarked that the selected proposals illustrate how the technology is evolving not just for safer kernel operations but for broader infrastructure challenges, including energy and latency trade-offs.
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