Platelet-Based Distributed Sensor Architecture — thermal and load event detection across surfaces and enclosures.
AetherScale is the “skin layer” of the Ascend Dynamix ecosystem: a distributed sensing fabric designed to convert local physical changes into coherent, higher-level environmental awareness.
Most sensing systems are centralized arrays: a few sensors feed a single processor, creating bottlenecks, single points of failure, and low adaptability across large or irregular environments. Thermal, pressure, and structural awareness are often fragmented into separate subsystems, and “fusion” becomes expensive, inconsistent, or slow.
AetherScale is designed to replace that pattern with distributed, self-consistent sensing — where local units can observe, interpret, and cooperate to produce a coherent map of what is happening across a surface.
AetherScale is a platelet-based sensing architecture. Instead of one “big sensor,” a surface is instrumented with many small platelets — each capable of sampling, basic inference, and mesh participation.
Platelets reduce reliance on a single processor interpreting a monolithic dataset. The architecture scales by adding platelets, not by increasing centralized complexity.
Platelets can be implemented in software-only, hardware-only, or hybrid forms — enabling deployment flexibility from embedded systems to robotics to secure enclosures.
The system is designed to produce consistent, spatially meaningful outputs (event-fields) rather than disjoint sensor readings that require heavy post-processing.
AetherScale is structured to support multi-modal inputs (e.g., thermal + load) in a unified surface model, enabling richer interpretation without forcing separate pipelines.
AetherScale integrates with Arachnet™ (distributed sensing & resonance mesh) and AetherGuard™ BioCore as a physical awareness layer — converting real-world conditions into trustworthy signals that higher layers can interpret.
This page is a public executive summary intended to describe the technology at a high level. It does not disclose filing text, claims, or implementation details. Additional materials may be made available for diligence and review upon request.