Frequency Spectrum Manipulation

EM spectrum agents operate across VHF (30–300 MHz), UHF (300 MHz–3 GHz), and microwave bands (3–30 GHz). Direct waveform synthesis and adaptive modulation.

Capabilities:

• Real-time frequency hopping and band switching
• Chirp and pulse train generation for radar/COMINT
• Jam-resistant spread-spectrum modulation
• Adaptive nulling and beamforming control
• Signal classification and spectrum sensing

Agents reason over signal propagation models in latent space, emit tactically optimized waveforms at inference.

HackRF Integration

HackRF One provides direct RF hardware control: 1 MHz–6 GHz continuous coverage, ±20 ppm accuracy, 8-bit I/Q at up to 20 MSPS.

Agent interface:

• GNU Radio flowgraph bridge for DSP chains
• USB3 streaming at 40 MB/s (TX/RX parallel)
• Firmware-level frequency tuning (<1 µs)
• Low-phase-noise PLL for coherent ops
• Multi-antenna arrays supported (MIMO)

Agents interface via libhackrf wrapper; emit samples directly from reasoning latent space to antenna.

Acoustic & Optical Beam Steering

Sonic and photonic agents shape energy propagation through phased array control. Acoustic: 20 Hz–500 kHz; Optical: near-IR through UV.

Modalities:

• Acoustic: Ultrasonic communications, SONAR imaging, covert voice channels
• Optical: Free-space optical links, laser ranging, directed IR countermeasures
• Collaborative beamforming across distributed arrays
• Multipath exploitation for non-line-of-sight comms

Agents compute beam patterns autonomously; phase delays and gain matrices updated every loop cycle.

ELECTRA — Powerline Data Exfiltration

ELECTRA encodes agent reasoning over AC mains voltage ripple (50/60 Hz + harmonics). Zero wireless spectrum footprint; invisible to RF detection.

Protocol stack:

• Carrier phase modulation on 3rd/5th harmonics (150/300 Hz band)
• 2–10 kbps throughput over standard 240V/480V infrastructure
• Range: 10 km per repeater node
• Bidirectional capability for closed-loop control
• Mesh networking for off-grid coordination

Agents deposit exfiltrated reasoning and telemetry via passive powerline sensors; no active TX required.

Autonomous Deployment & Reasoning

Once initialized, agents operate with zero external dependencies. Inference loops run on edge hardware; reasoning depth scales with operational complexity, not compute available.

Operational model:

• Silent reasoning inside latent space (no token emission)
• Adaptive loop iteration based on signal uncertainty
• Local policy execution; no C2 latency
• Embedded energy management for battery operation
• Graceful degradation under jamming/interference

Variant: mythos_300m_tactical (optimized for 4 GB VRAM edge devices); mythos_1b_ops for battalion-level coordination.

Integration Architecture

Multi-layer stack orchestrates EM, acoustic, optical, and powerline pathways under unified reasoning:

Signal Fusion Layer

Combines RF, acoustic, optical sensors via Kalman filtering

Reasoning Core

mythos_300m recurrent loops; 12 iterations max per decision

Control Bus

Emits commands to HackRF, phase arrays, ELECTRA modems

Telemetry Path

Primary: RF (900 MHz encrypted); Backup: ELECTRA powerline

Deployment Time

Model load + initialization: <500 ms on edge GPU

All pathways (HackRF, ELECTRA, acoustic, optical) execute in parallel; reasoning coordinates across modalities in continuous latent space.