Research

Research library.

Public research pages, released papers, and supporting records for ENF, AGIF, AGIF Tasklet Cells, AGIF Fabric, and CellPOS.

Sequence

Framework sequence

The public research ladder is organized as five linked steps.

1. Foundation

ENF

Sealed firmware, compile-time control, bounded runtime, and no required OTA, IP, or telemetry path in the core loop.

2. Research architecture

AGIF

The broader research architecture for bounded adaptation, local coordination, and governed intelligence above the ENF foundation.

3. Bounded task layer

Tasklet Cells

Bounded software artifacts with a .cell bundle, Runner, Verifier Pack, and local execution boundaries.

4. Software-first fabric

AGIF Fabric

The software-first local intelligence fabric track above bounded task units, focused on cells, tissues, lifecycle, memory, routing, and authority. AGIF Fabric v1 is now publicly released as a bounded, governed software milestone.

5. Applied system

CellPOS

A local restaurant point-of-sale product that applies the research path in an on-prem operating model with bounded AGIF runtime integration.

Current public records

Released ENF papers remain in the paper library. Public Tasklet records are available from the Tasklet Cells page and the Evidence page.

AGIF Fabric includes the released v1 milestone together with the paper download, paper details, software archive, repository, and release snapshot on one main page.

Browse by type

Research pages explain the architecture sequence. Papers and Downloads provide released documents and direct files. Contact covers questions, corrections, and research correspondence.

Framework diagram

Research progression diagram showing ENF, AGIF, AGIF Tasklet Cells, AGIF Fabric, and CellPOS.
ENF provides the firmware foundation. AGIF frames the broader research architecture. Tasklet Cells define bounded task units, AGIF Fabric defines the software-first coordination layer, and CellPOS applies the path in a local product system.