@Nutsy...since the terms Analogue Programming and the terms "One...

@Nutsy...since the terms Analogue Programming and the terms "One shot Programming" implies a 4DS IOT device is able to be programmed directly from the real world and not require Analogue to Digital conversion saving enormous compute and power consumption as well as decision making based on AI (decision making) on edge devices. There are absolutely unlimited use cases for this as the limited factor in edge devices is power consumption and computability with real world sensors

https://announcements.4dsmemory.com/announcements/6187135

"Analog Programming Capability Additionally, 4DS has demonstrated the ability to control the level of programming by modification of programming voltage, time, or a combination of both. Being able to program the memory cell to a specific value gives the cell analog characteristic, which can be used directly in applications where analog programming aids in certain iterations. This added dimension of analog programmability expands the potential applications that 4DS can pursue and demonstrates the unique characteristic of the 4DS Interface Switching ReRAM technology

"The write speed achievement is in part due to the fundamental nature of 4DS Interface Switching ReRAM technology: all 4DS cells are written with single pulse or “one shot” programming."

The extracts above infer the ability for 4DS to support a new paradigm in computing that interacts between the Analogue and Digital (central) computability.

The write speed achievement is in part due to the fundamental nature of 4DS Interface Switching ReRAM
technology: all 4DS cells are written with single pulse or “one shot” programming. The write speed achievement is in part due to the fundamental nature of 4DS Interface Switching ReRAM
technology: all 4DS cells are written with single pulse or “one shot” programming.