Aleksandr Krimanov

I-DPM · RESEARCH & DEVELOPMENT · 2025–2026

Key technological breakthroughs
From intelligent commands to intelligently determined physical interaction.

By Aleksandr Krimanov — independent researcher, inventor and intellectual-property owner.

An English edition of the author’s technical overview. These sections present architectural proposals and application directions; performance targets are distinguished from measured results. External statistics are reproduced as attributed in the source document.

Twelve development directions
A fundamental shift in the paradigm of physical execution
From mining to harvesting
A new environmental benchmark: physical selectivity
Underwater and under-ice extraction
Space resource harvesting
Europe and critical raw materials
Tailings facilities: a starting point for a new industry
Intelligent Field Skin
Neurointerface 3.0: an advanced application of the architecture
I-DPM and Industry 5.0: the physical execution layer
Technical feasibility through architectural integration
A distributed swarm: industrial operation without a central factory
BREAKTHROUGH 01

A fundamental shift in the paradigm of physical execution
The current situation
Artificial intelligence has reached a level that enables it to interpret complex physical environments, construct digital twins, predict processes and make decisions in real time. Yet the physical execution layer still predominantly consists of mechanically predetermined devices: manipulators, drives, drill bits, buckets, cutters, pumps, valves, crushers and transport mechanisms.

An autonomous excavator remains an excavator. A robotic drill remains a drill. A “smart” mine remains a mine.

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