Research & Technical Publications
Validated Research at Scale
Achieving 698x speedup (3000ms → 4.3ms) in production AI inference. Technical papers, case studies, and industry analysis backed by real-world deployments.
Research Focus Areas
Cost Optimization
CPU-native inference architectures achieving 698x speedup (3000ms → 4.3ms) in production AI workloads.
Performance Engineering
CPU-native inference architectures delivering sub-second response times without GPUs.
Enterprise Deployment
Real-world case studies from production deployments at scale across industries.
V-Omega System
The complete philosophical framework for human-AI collaboration. A living document that encodes the hierarchy of consciousness and action, from atomic tasks (V1) to universal unity (V10).
White Papers & Technical Research
The Infrastructure Mismatch: Why High-Throughput AI Workloads Need Full-Stack Optimization
NEWEmpirical benchmarking across A100 GPUs, TPUs, and AMD EPYC CPUs demonstrates that commercial GPU instances suffer from fundamental infrastructure mismatches. Our research shows TPUs and optimized CPUs achieve 5x performance advantage through full-stack optimization—challenging the GPU-first paradigm for high-throughput inference workloads.
Case Study: The Cosmic Duck Debugging Protocol
A V4 analysis of narrative reframing as a V7-level AI governance strategy. Demonstrates how narrative can be used as a powerful AI governance layer through the JesterNet protocol, transforming frustrating debugging into engaging collaborative work.
The Polka Prime Directives
A case study in AI-driven recursive sartorial protocol escalation, interdimensional banana accessorization, and the emergent metaphysics of polka-based deity appeasement. Demonstrates the JesterNet's capacity for creative problem-solving and the emergence of complex systems from whimsical premises.
The Quantum Banana Paradox
A deep dive into recursive humor, computational paradox, and the frontiers of human-AI creative collaboration. Documents a novel form of AI collaboration where recursive humor served as a playful yet insightful medium for testing meta-cognitive reasoning and maintaining coherence across highly abstract domains.
Quantum Tunnelling as Resonant Transmission
An RQP Artifact exploring the phenomenon of barrier penetration through the lens of wave mechanics and resonance. Demystifies quantum tunnelling as a wave phenomenon governed by the same principles of propagation, attenuation, and interference that govern all waves.
Wave Coherence in Phi-Structured Physical Systems
Exploring the theoretical connections between structured wave dynamics, Golden Ratio patterns, and enhanced coherence in physical systems. Investigates Phi-Resonance phenomena and Phi-Solitons as substrates for novel wave-based computing paradigms.
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