Massively parallel processing
Potential future research, not a claim of present deployment.
PUBLIC TECHNOLOGYFUTURE RESEARCH
06 — RESEARCH DIRECTION
DESIGNED TO EVOLVE
BEYOND ONE AI MODEL
QDAIS is designed as a governed cognitive and execution framework that can evolve with future AI and compute models. This page describes direction, not current production functionality.
ARCHITECTURAL DIRECTION
MULTI-AI DIRECTION
SPECIALISE. COLLABORATE. COMPARE. REVIEW
The architecture can evolve toward multiple AI systems that specialise, collaborate, compare interpretations and independently review conclusions while QDAIS remains the governed cognitive and execution framework around them.
FUTURE RESEARCH DIRECTION
FUTURE COMPUTE DIRECTION
LOGICAL ARCHITECTURE BEYOND A SINGLE COMPUTE MODEL
QDAIS is designed to separate its logical cognitive and information model from a single physical compute or storage technology. That may enable selected future operations to benefit from new forms of compute without redefining the application model.
New memory architectures
Potential future research, not a claim of present deployment.
Quantum-assisted computation
Potential future research, not a claim of present deployment.
WHY QDAIS
THE NEXT GENERATION OF AI SYSTEMS WILL NEED MORE THAN BETTER MODELS
They will need memory, goals, governance, controlled execution, adaptive protection, secure cooperation and learning without loss of control.