Dragon Cache is the core innovation that transforms ordinary CPUs into supercomputing powerhouses. By achieving perfect cache efficiency, we eliminate the memory bottleneck that wastes 90% of your processor's potential.
Revolutionary caching system achieving 100% L1 cache hit rates through 32KB L1 anchoring, predictive data loading, and geometric optimization that organizes data in higher-dimensional space.
Every computer today faces the same fundamental limitation: CPUs process data 1000x faster than memory can deliver it. Cache misses waste 90%+ of processing time waiting for data, while linear processing creates bottlenecks and inefficiencies.
More cores don't help when they're all waiting for memory. Despite decades of advancement, we're building faster versions of the same broken architecture. Dragon Cache changes everything.
32KB L1 anchoring keeps critical data always available with predictive data loading and zero memory waits - CPU runs at full potential 24/7.
1,024 coordination possibilities with mass batch processing and 4-dimensional geometric organization instead of linear sequences.
Aurora AI learns patterns, optimizes cache placement in real-time, and provides intelligent prefetching that eliminates wait times.
Data organized in higher-dimensional space using sacred geometry principles, transcending linear memory limitations entirely.
Instantaneous data retrieval through quantum tunneling effects, eliminating the speed of light barrier in traditional computing.
Seamlessly scales from single CPU to massive data centers, maintaining perfect cache efficiency across any system size.
Dragon Cache delivers unprecedented performance gains that transform the economics of computing. Where traditional systems waste energy and time, Dragon Cache achieves perfect efficiency.
Performance Gain: 1,400x faster with perfect efficiency and 100x less power consumption.
Linux kernel wrapper transforming CPU operations into GPU-like parallel processing through geometric optimization.
DRAGONOS X
Data vectorisation layer. Transforms data into wave-like representations, enabling efficient referencing over copying.
WAVE MEMORY
Intelligent data reduction. Applies compression to wave-structured data for optimised bandwidth and transfer.
MERLINJoin 80+ tech visionaries, conscious pioneers, builders and creatives in our alpha community. Connect directly with the founders and help shape the next internet.