What question did this study set out to answer?

The study aims to introduce and formalize Dynamic Hyperlation as a new model for managing trust and privilege in security systems.

February 22, 2026Open Access

Root of Authority: A Biologically-Inspired Dynamic Trust Architecture for Hardware-Rooted Privilege Metabolism — Introducing Dynamic Hyperlation

Key Points

The study aims to introduce and formalize Dynamic Hyperlation as a new model for managing trust and privilege in security systems.
Developed the Root of Authority as a new security primitive.
Constructed formal proofs through seven theorems to establish security properties.
Implemented a proof of concept using RISC-V FPGA.
Demonstrated feasibility of Dynamic Hyperlation on a RISC-V FPGA.
Established a framework incorporating self-consuming cryptographic proof chains.
Outlined authority transitions using a chromosomal authority model.

Abstract

This paper introduces Dynamic Hyperlation — a newly identified computational phenomenon in which trust, authority, and privilege exist as continuously metabolized, self-consuming, behaviorally-driven flows. We formalize this through Root of Authority (RoA), a third security primitive alongside Root of Certificate and Root of Trust. The framework includes self-consuming cryptographic proof chains, a 23-pair chromosomal authority model, XY sex determination for authority transitions, mitotic/meiotic process lifecycles, and a 27-instruction RISC-V ISA extension. Seven theorems with formal proofs establish core security properties. A proof of concept on RISC-V FPGA demonstrates feasibility.

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