Day Zero Edition
Available Q2 2026
NYMPH™ S-Quantum 1.1
First 1,000 units | $600
Limited Day Zero Edition includes early access to SDK, developer community, and direct technical support.
The NYMPH Cognitive Stack
How the Architecture Works
NYMPH is not software running on hardware. It's an integrated stack where hardware, firmware, and cognitive runtime work as a unified system.
Traditional computing separates these layers. NYMPH fuses them for cognitive control.
Hardware Foundation
ZLTA™
Zero Latency Transfer Architecture - Subsystem coordination fabric
COGNITIVE PROCESSOR
Dedicated SoC for control and orchestration (RK3588 in S-Quantum 1.1)
PERSISTENT MEMORY
On-board LPDDR4 + eMMC for state preservation
THERMAL INTELLIGENCE
Active cooling with firmware-controlled PWM
Persistent Control
CYSAR™
Cognitive Systemic Augmentation and Regulation - Always-on governance framework
TAITO / TAPIM
Thermal-Aware Intelligent Task Orchestration - Predictive thermal management
STATE MANAGEMENT
Boot anchoring, identity persistence, session continuity across power cycles
RESOURCE MONITORING
Real-time observation of CPU, GPU, memory, and system-wide resource utilization
Application Layer
S-QUANTUM™ ARCHITECTURE
State persistence, interference management, controlled collapse of computational state
COGNITIVE ORCHESTRATION
Dynamic task scheduling based on system state and cognitive priorities
DEVELOPER API
Local API (IPC / HTTP) for application integration
AGENT RUNTIME
Execution environment for persistent cognitive agents and stateful pipelines
Hardware enables → Firmware controls → Runtime executes
Integration, Not Separation
Traditional computing separates hardware, firmware, and software into independent layers that communicate through rigid interfaces.
NYMPH integrates them into a cognitive control system where:
- •Hardware doesn't just compute—it observes and adapts
- •Firmware doesn't just boot—it governs continuously
- •Runtime doesn't just execute—it maintains coherence
This integration is what enables sustained cognitive operation without degradation. It cannot be replicated by adding software to conventional hardware.