Ψ Board — Live Spectral Signal Monitor
The Ψ Board is a real-time dashboard that displays every WNSP spectral signal emitted on the NexusOS network as it happens. Each signal is mapped to a wavelength in the visible spectrum (380–780 nm) and placed in one of four authority bands: SYSTEM, KERNEL, USER, or GUEST.
What the Ψ Board Shows
- Live canvas: animated wavelength pulses sweep across the visible-light spectrum — each pulse is a real network event encoded as a physical wavelength
- Band counters: running signal totals for SYSTEM (violet, <450 nm), KERNEL (blue, 450–490 nm), USER (green, 490–565 nm), and GUEST (orange, 565–780 nm)
- Signal stream: timestamped list of recent events showing Ψ channel address, band, and label
- Network stats: total signals, active channels, on-chain records, and pool entries
How WNSP Signals Work
Every action in NexusOS — a wallet transfer, a governance vote, a smart contract execution — is encoded as a spectral event. The CE (Character Encoding) layer maps the action label to a wavelength (λ nm) using the 128-band WASCII table. The SE (Spectral Encoding) layer wraps it in a physical wave frame (frequency, energy E=hf, OAM mode, polarisation). The Ψ Board captures these frames as they arrive and renders them as light pulses at their native wavelength.
Authority Bands
The WNSP authority model uses wavelength to encode permission level. Shorter wavelengths carry higher energy and higher authority. The four public bands visible on the Ψ Board correspond to the four NexusOS permission tiers: SYSTEM commands the ultraviolet edge, GUEST sits in the red-to-infrared boundary.