What question did this study set out to answer?

Define a new standard for positioning that enhances accuracy and versatility in robotic environments.

February 2, 2026Open Access

SPS-2026: The Spectral Positioning System - Comprehensive Specification for Deterministic Volumetric Addressing and Navigation

Key Points

Define a new standard for positioning that enhances accuracy and versatility in robotic environments.
Introduced Chromatic Triangulation methodology based on RGB volumetric lattice.
Defined Chromel Unit as the fundamental unit of spatial addressing.
Developed a high precision protocol (SPS-HP) for micrometric precision applications.
Outlined hardware architecture including Verilog logic for low power ASIC chipsets.
Created a network protocol with binary packet structure for efficient data transmission.
Achieved a 93.75% data compression ratio compared to traditional GPS standards.
Enabled O(1) spatial queries for rapid access to volumetric addresses.
Facilitated seamless integration of physical and digital coordinates, advancing the 'Phygital' web concept.

Abstract

Official Specification of the SPS-2026 Standard (Version 2.0) This document defines the technical standard for the Spectral Positioning System (SPS), a coordinate protocol designed to supersede WGS-84 (GPS) in virtual, augmented, and localized robotic environments. While GPS relies on time-of-flight triangulation relative to orbiting satellites (subject to latency and multipath errors), SPS utilizes Chromatic Triangulation relative to an absolute, quantized RGB volumetric lattice. Technical Specifications Included: The Chromel Unit: Mathematical definition of the fundamental unit of spatial addressing based on the sRGB spectrum. SPS-HP (High Precision): A 48-bit extension protocol allowing for micrometric precision in medical and industrial robotics. Hardware Architecture: Verilog logic definitions for the proposed SPS-ASIC chipset, eliminating floating-point ALU requirements for ultra-low power consumption (0.05mW). Network Protocol: Binary packet structure definition achieving a 93.75% data compression ratio compared to standard NMEA GPS strings. This standard provides the foundational layer for the "Phygital" web, allowing for O(1) spatial queries and seamless integration between physical GPS coordinates and digital volumetric addresses via the Mercator-Chromatic Projection.

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