Abstract
Field: Open standards architecture; technology governance; robot ecosystem design
Problem Solved: No prior technology ecosystem defines two independent, complementary open standards — one governing physical hardware compatibility and one governing network cooperation protocol — as a deliberately paired architecture governed by independent foundations under a common neutral parent, with a normatively defined bridge layer linking the two standards at the hardware level.
Disclosure Summary: The AI Robot Compatible™ ecosystem defines RPnP™ and RP2P™ as independent companion standards governed by independent foundations — RPnP™ Foundation and RP2P™ Foundation — under the neutral parent AI Robot Foundation. RPnP™ is to robot hardware what USB is to personal computing. RP2P™ is to robot networking what TCP/IP is to the Internet. The two standards are independent and complementary, with RPnP™ Layer 6 providing the normative hardware-level link.
Key Technical Details:
• RPnP™ governs physical hardware compatibility — the hardware layer
• RP2P™ governs network cooperation protocol — the network layer
• Independent governance: RPnP™ Foundation and RP2P™ Foundation
• Common neutral parent: AI Robot Foundation (AIRobotFoundation.org)
• RPnP™ Layer 6 RP2P Bridge: normative hardware-level capability handshake linking both standards
• Each standard independently implementable and certifiable
• AI Robot Compatible™ designation requires conformance to both standards together
• First dual companion open standards architecture in technology history
Prior Art Differentiation: USB and Ethernet are independent standards without a normatively defined bridge or deliberately paired governance architecture. No prior technology ecosystem defines two companion open standards with independent foundations, a common neutral parent, and a normative hardware bridge between them as a deliberate architectural choice.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Wang, Edward D. H., "Dual Companion Open Standards Architecture — Independent Hardware and Network Standards Governed by Independent Foundations Under One Neutral Parent", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/10500