Research

A guided map of the ENFSystems stack.

Use this page when you want the structure first: what ENF solves, how AGIF Tasklet Cells extend the work into local software, and how CellPOS acts as the applied system proof.

Map

Three pages, three jobs

The research section is intentionally separated so each page adds a new layer of understanding instead of repeating the same claims.

1. Foundation

ENF

Start here for the hard constraints: sealed firmware, compile-time control, bounded runtime, and no mandatory OTA, IP, or telemetry path in the core loop.

2. Research program

AGIF

Then move into AGIF as the program that carries ENF discipline upward, without pretending that broad general intelligence has already been solved.

3. Concrete software layer

Tasklet Cells

Finish with the artifact model: bundle, runner, verifier pack, local execution, and fail-closed boundaries inside normal software systems.

Applied proof

Once the research ladder is clear, go to CellPOS. That page explains why the current product work matters: it gives the architecture an operating environment instead of leaving it as pure theory.

Public paper library

There are currently 6 approved public papers on the site. The library is intentionally tighter than the local working set. Only approved releases appear in public.

Open the paper library

The architecture ladder

ENF principles to Tasklet Cells to CellPOS applied system
The public story is now explicit: ENF is the foundation, AGIF Tasklet Cells are the bounded software layer, and CellPOS is the current applied system proof.