Reading Guide to the DROS Research Trajectory: An Agent Runtime Operation Substrate across Digital and Physical Domains / DROS 統一學術研究導讀:跨數位與實體領域之自主AI運行期治理基板

This Technical Note provides an overarching reading guide to the DROS Research Trajectory, systematically expanding a single foundational scientific question across six progressive scales of execution governance. From high-level enterprise trust boundaries and forensic auditability down to binary in-band interception, mobile operating system API isolation, and cyber-physical drone kinetic envelope containment, the series is anchored by the open-source DROS-VEP Lite research vessel. This guide clarifies the scientific scope, reading paths, and authoritative DOI citation identifiers across all six core technical papers. Core Principle: "They decide. DROS enforces." Reproducible Testbed: https://github.com/Top-Celestial-Company-Ltd/DROS-VEP-lite本導讀技術說明書(Technical Note)系統性梳理了DROS 執行期治理架構由同一底層科學問題向六個研究尺度展開的研究軌跡(The 6-Paper Research Trajectory)。從最上層的企業信任模型與治理需求完備性,一路貫穿至二進位控制平面、行動作業系統API 權限隔離以及具身智能無人載具的實體動能包絡線約束,並由開源之DROS-VEP Lite 提供統一之可重現實驗基底與評測規約。本導讀明確界定六篇核心技術論文與研究艙之科學分工、閱讀路徑與權威DOI 存證鏈。核心原則:「它們決策,DROS 執行」(They decide. DROS enforces.) 可重現測試平台:https://github.com/Top-Celestial-Company-Ltd/DROS-VEP-lite

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-04
DOI
https://doi.org/10.5281/zenodo.22306981
Primary Topic
Security and Verification in Computing
Type
article
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article

Reading Guide to the DROS Research Trajectory: An Agent Runtime Operation Substrate across Digital and Physical Domains / DROS 統一學術研究導讀:跨數位與實體領域之自主AI運行期治理基板

Chun-Cheng (Jimmy) Chen
Zenodo (CERN European Organization for Nuclear Research)
Security and Verification in Computing
article

Reading Guide to the DROS Research Trajectory: An Agent Runtime Operation Substrate across Digital and Physical Domains / DROS 統一學術研究導讀:跨數位與實體領域之自主AI運行期治理基板

Chun-Cheng (Jimmy) Chen
article en

Abstract

This Technical Note provides an overarching reading guide to the DROS Research Trajectory, systematically expanding a single foundational scientific question across six progressive scales of execution governance. From high-level enterprise trust boundaries and forensic auditability down to binary in-band interception, mobile operating system API isolation, and cyber-physical drone kinetic envelope containment, the series is anchored by the open-source DROS-VEP Lite research vessel. This guide clarifies the scientific scope, reading paths, and authoritative DOI citation identifiers across all six core technical papers. Core Principle: "They decide. DROS enforces." Reproducible Testbed: https://github.com/Top-Celestial-Company-Ltd/DROS-VEP-lite本導讀技術說明書(Technical Note)系統性梳理了DROS 執行期治理架構由同一底層科學問題向六個研究尺度展開的研究軌跡(The 6-Paper Research Trajectory)。從最上層的企業信任模型與治理需求完備性,一路貫穿至二進位控制平面、行動作業系統API 權限隔離以及具身智能無人載具的實體動能包絡線約束,並由開源之DROS-VEP Lite 提供統一之可重現實驗基底與評測規約。本導讀明確界定六篇核心技術論文與研究艙之科學分工、閱讀路徑與權威DOI 存證鏈。核心原則:「它們決策,DROS 執行」(They decide. DROS enforces.) 可重現測試平台:https://github.com/Top-Celestial-Company-Ltd/DROS-VEP-lite

Zenodo (CERN European Organization for Nuclear Research)
Celanese (United States) (US)
Quality Education
Openalex Percentile: Top 8%
Security and Verification in Computing
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