Based on the specs you pasted, I think your build has a reasonable chance of becoming a working bench prototype, but I would not expect it to work correctly on the first build without debugging.

My honest assessment is:

The docs are detailed enough to define a real build:

That is enough to build a proof-of-concept system.

There are still several risk areas.

Across the versions you pasted, important things changed:

That usually means the design is still evolving, not frozen.

The software includes:

That is a lot of moving parts for a first build. The most likely outcome is:

Even with the specified resistor values, the current and voltage measurements will depend on:

So I would expect:

Your latest guide uses an 8-channel relay module instead of discrete SSR drivers in the earlier version. That is much easier for prototyping, but still leaves open questions:

That part often causes first-build problems.

The build can likely become a working monitoring and control prototype before it becomes a working AI cyber-physical threat detector.

I would trust these in this order:

The last 2 to 3 are the least certain.

Expect this sequence:

I would call it a:

Build it in this order, and stop after each stage:

If you want, I can next give you a pass/fail prototype readiness checklist with three columns: