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Authorized personnel only. AEGIS-4M v6.4.6
Audio-Driven Therapeutic Ultrasound · AEGIS-4M v6.4.6

Precision Healing,
Powered by Sound

Aegos harnesses proprietary audio-driven ultrasound waveforms to accelerate tissue regeneration, manage chronic pain, and optimize rehabilitation outcomes — safely and non-invasively.

Explore the Technology
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Platform Features

A comprehensive therapeutic ultrasound system designed for clinicians and rehabilitation professionals.

Every session parameter tracked, every coherence state logged, every AI insight grounded in the temporal record.
01
Adaptive Waveform Engine
Real-time waveform modulation adapts ultrasound parameters based on tissue response, ensuring optimal therapeutic delivery at every session.
02
Multi-Frequency Output
Operates across 0.5 MHz to 3 MHz frequency bands, enabling both superficial and deep-tissue treatment protocols from a single platform.
03
AEGIS-4M Intelligence
7-role AI engine governs session strategy, therapeutic ROI, safety boundaries, protocol execution, and real-time clinical guidance.
04
NQTE Coherence Monitor
Continuous coherence scoring with tri-state status (STABLE / MONITOR / ALERT). Engine maintains session integrity throughout treatment.
05
Bi-Temporal Session Record
Every session event, NQTE state, and AI interaction is written to the temporal store with valid-from timestamps — creating a complete, auditable clinical record.
06
PCF Resonance Architecture
6+1 layer Performance Coherence Framework maps clinical tissue depths (sub-2cm to 10cm) to ECS frequency bands, enabling precision targeting.
Technology Overview

Advanced acoustic engineering with intelligent software.

Audio-Driven Transduction
Unlike conventional ultrasound systems that rely on fixed piezoelectric drivers, Aegos uses proprietary audio-frequency modulation to shape ultrasound waveforms — enabling smoother energy transitions and deeper tissue penetration with lower peak intensities.
NQTE v2.0 Dual-State Superposition
The Non-Quantum Tunneling Equation models coherence as a dual-state superposition: a receptive barrier and a resistive barrier with interference maxima. Output is a normalized coherence score with tri-state status (STABLE / MONITOR / ALERT).
ECS Broadband Protocol
The Extended Coherence Series maps spectrally-extracted audio carriers to tissue depth layers. Sub-bass anchors periosteal bone; high-mid reaches sub-dermal. Full-spectrum coverage in a single protocol.
Cloud-Connected Platform
Treatment protocols, bi-temporal session records, and AI clinical guidance are managed through a secure portal. The Anthropic API Agent Stack provides real-time clinical intelligence with full session context awareness.
Therapeutic Applications

Clinical use cases from musculoskeletal rehabilitation to neurological research.

Soft Tissue Repair
Accelerate healing of muscle strains, ligament sprains, and tendon injuries through targeted ultrasound energy stimulating fibroblast activity and collagen synthesis.
Key Indications
Tendinopathy
Muscle contusions
Post-surgical healing
Chronic Pain Management
Targeted thermal and non-thermal ultrasound effects modulate pain signaling pathways, providing drug-free relief for chronic musculoskeletal conditions.
Key Indications
Osteoarthritis
Myofascial pain
Plantar fasciitis
Scar Tissue Remodeling
Focused ultrasound disrupts disorganized collagen fibers, promoting tissue remodeling and restoring range of motion in post-surgical and post-traumatic scarring.
Key Indications
Surgical adhesions
Keloid management
Contracture release
Neurological Research
Emerging transcranial focused ultrasound applications for non-invasive neuromodulation, supporting ongoing research in neuroscience and neurorehabilitation.
Key Indications
Neuromodulation studies
Spinal cord applications
Functional nerve mapping