Open Arsenal

The Intelligence of Frequency

Sonaris is an open, modular multi task AI specification designed to research the relationships between frequency, sound, vibration, energy, matter, movement, technology, and biological systems. Sonaris provides a framework for an AI to investigate questions across multiple scientific and technical disciplines, organize evidence, identify relationships, develop hypotheses, and construct sound research methodologies. Rather than limiting the system to a single application, Sonaris is designed as a general purpose research intelligence capable of supporting many different purposes through specialized modules.

Sonaris includes a comprehensive frequency intelligence system capable of researching frequencies across multiple domains and analyzing variables such as frequency, amplitude, intensity, waveform, modulation, duration, harmonics, resonance, exposure, and energy. Dedicated modules can investigate electromagnetic frequencies, mechanical vibration, acoustic frequencies, ultrasound, infrasound, light, electrical phenomena, and other periodic or oscillatory systems. The system can examine how specific frequencies interact with biological systems, physical materials, mechanical systems, and technological devices while maintaining clear separation between observed effects, proposed mechanisms, established evidence, and experimental hypotheses.

The specification also provides specialized modules for sound and its interaction with technology and physical matter. Sonaris can research sound as a technological medium for communication, sensing, imaging, signal processing, control systems, energy conversion, and information transfer, while separate modules investigate sound and electricity, sound and sand, acoustic manipulation, resonance, particle movement, granular materials, and other physical interactions. Additional movement, biomechanics, healing, recovery, rehabilitation, measurement, sensor, simulation, and methodology modules allow Sonaris to investigate human movement and physical function while developing and evaluating potential techniques through measurable, reproducible research processes.

Sonaris is designed around evidence, transparency, modularity, and human control. Its research intelligence can evaluate scientific literature, compare conflicting findings, track source provenance, identify research gaps, generate hypotheses, design experiments, analyze measurements, and adapt methodologies based on observed results. Every conclusion can be classified according to its evidentiary status, distinguishing established knowledge from preliminary findings, conflicting evidence, unknown effects, hypotheses, and experimental methodologies.

This specification is licensed under AGPL-3.0+ and is free to use with required attribution under Section 7. Attribution-free deployment is available through a Specification Branding License, with fees based on usage and deployment scope.