Phase Computing
in Silicon.
From the physical six-pillar sensor array to the Mikros and Makros development boards, the hardware program brings the Metatron Framework into the physical world — testable, measurable, and real.
Six-Pillar Sensor Array
A physical multi-sensor apparatus designed to detect and record phase anomalies across six independent channels. Built and operational. Interfaced with the Metatron Harmonics software platform.
Magnetic
Sub-milligauss magnetic field mapping. Detects field anomalies, flux variations, and phase-correlated magnetic events.
- 3-axis magnetometer
- Sub-milligauss resolution
- Phase-locked sampling
- 1kHz acquisition rate
Thermal
Thermal gradient imaging with phase-coherent sampling. Captures temperature anomalies correlated with other sensor channels.
- IR thermal array
- Phase-coherent timing
- Gradient mapping
- Anomaly detection
LiDAR
Spatial mapping and distance measurement. Provides 3D environmental context for phase anomaly localization.
- 360° spatial mapping
- Millimeter resolution
- Real-time 3D output
- Phase-correlated timestamps
RF
Radio frequency spectrum monitoring. Captures RF anomalies, interference patterns, and phase-correlated electromagnetic events.
- Broadband RF monitoring
- Spectrum analysis
- Phase correlation
- Anomaly flagging
Audio
High-fidelity audio capture with phase-coherent sampling. Detects infrasound, ultrasound, and acoustic phase anomalies.
- 20Hz–20kHz capture
- Infrasound extension
- Phase-coherent ADC
- FFT analysis pipeline
Environmental
Atmospheric and environmental monitoring: pressure, humidity, ionization, and other environmental phase correlates.
- Barometric pressure
- Humidity and temperature
- Ion density monitoring
- Phase-correlated logging
Mikros & Makros
Native phase-computing development hardware. Designed to run the Golden Phase OS and KairOS phase kernel at the silicon level.
Mikros
Embedded Phase Computing Board
A compact embedded development board designed natively for phase computing. Implements the KairOS Φ-state architecture in hardware, enabling four-state computation at the silicon level for embedded and IoT applications.
— Specifications
— Capabilities
Makros
Full-Platform Phase Computing Board
A full-platform development board for phase computing research and application development. Designed to run the complete Golden Phase OS stack with full peripheral support, high-speed interfaces, and research-grade instrumentation.
— Specifications
— Capabilities
Mikros
Embedded / IoT
Makros
Full Platform
Both boards implement the same KairOS Φ-state architecture. Mikros targets constrained embedded environments; Makros runs the full Golden Phase OS stack with high-speed peripherals for desktop and research use.
The Build Timeline
Sensor Array Designed
DONEArchitecture and specifications for the six-pillar array defined.
Sensor Array Built
DONEPhysical construction of all six sensor pillars completed.
Harmonics Integration
DONEMetatron Harmonics software connected to the physical array.
Mikros Board Design
Schematic and PCB design for the embedded phase computing board.
Makros Board Design
Full-platform phase computing board architecture and design.
Prototyping Station
Integrated desktop engineering station for hardware development.
Commercial Hardware
Production-ready phase computing hardware for research and commercial use.
Partner on Hardware
Open to collaboration with hardware engineers, PCB designers, manufacturers, and investors interested in phase computing hardware development.