This Is INSANE! Kernel-Bypass Networking Finally Made Easy

This tutorial presents INSANE, a middleware designed to make kernel bypass networking accessible and portable. As modern hardware and software stacks, such as SmartNICs and DPDK, push cloud communication performance to new boundaries, most existing middleware still rely only on traditional kernel-based networking. The INSANE middleware bridges this gap through a data-centric, sidecar-based architecture that maps high-level user QoS policies to the best available network stack. This tutorial on INSANE combines a concise overview of network acceleration techniques, an introduction to the INSANE middleware architecture, and a hands-on coding session. Participants will gain both conceptual understanding and practical experience in building high-performance, portable communication systems with minimal programming effort.

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Publication Details

Published
2025-12-02
DOI
https://doi.org/10.1145/3776592.3777487
Primary Topic
Real-Time Systems Scheduling
Type
article
Field-Weighted Citation Impact
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article

This Is INSANE! Kernel-Bypass Networking Finally Made Easy

Real-Time Systems Scheduling
article

This Is INSANE! Kernel-Bypass Networking Finally Made Easy

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Abstract

This tutorial presents INSANE, a middleware designed to make kernel bypass networking accessible and portable. As modern hardware and software stacks, such as SmartNICs and DPDK, push cloud communication performance to new boundaries, most existing middleware still rely only on traditional kernel-based networking. The INSANE middleware bridges this gap through a data-centric, sidecar-based architecture that maps high-level user QoS policies to the best available network stack. This tutorial on INSANE combines a concise overview of network acceleration techniques, an introduction to the INSANE middleware architecture, and a hands-on coding session. Participants will gain both conceptual understanding and practical experience in building high-performance, portable communication systems with minimal programming effort.

University of Bologna (IT)
Openalex Percentile: Top 38%
Real-Time Systems Scheduling
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