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What we learn at the kernel, written down.

How kernel-native architecture works, what eBPF makes possible, and where software abstraction quietly taxes the hardware you already pay for.

A stack of layers crossed by jagged red lines beside a single straight beam reaching the surface
Live Video··6 min read

Kernel-Native Live Video Transport Explained: Why the Packet Path Belongs in the Kernel

Most streaming failures start long before playback, at the moment a video stream first touches your infrastructure. What happens during ingest, why user-space transport hits a ceiling, and what changes when the packet path moves into the kernel.

Live video transporteBPFConnect+
By KNA TechnologyRead the article →Glowing circuit paths converging into a processor die, lit from the layer below
Architecture··9 min read

What Is Kernel-Native Technology? The Architecture Quietly Rewriting Compute Infrastructure

Every layer of software between an application and the hardware it runs on has a cost: wasted CPU cycles, added latency, and hardware capacity that is paid for but never delivered. Closing that gap means operating at the one layer where hardware decisions are actually made.

Kernel-native architectureeBPFInfrastructure efficiency
By KNA TechnologyRead the article →

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