MOSKOCYBERNETICS
Portal 03 / Digital Front
Ownership, personalization, and a lower cost of entry. These are the four software projects that tie MOSKO’s hardware together.
The software
Capability does not imply authority. Each project below is in development; status lines say how far.
Digital Front / 01
Early OS prototype development.
Abraham is MOSKO’s early operating-system prototype and the development path leading toward SOLOMON-1. Its purpose is to establish and test the foundations of MOSKO’s computing environment before the broader operating-system design is brought together. It is an engineering prototype, with capabilities added and assessed as development progresses.
Digital Front / 02
OS architecture and development roadmap. Not a finished release.
SOLOMON-1 is MOSKO’s first planned operating system, intended to bring its hardware, human-machine interfaces, and software into a coherent working environment. Abraham provides the early prototype path. The longer-term goal is an operating system built around the user’s work, with clear boundaries between assistance, access, and authority.
A monthly subscription is expected. Pricing and terms have not been finalized.
Digital Front / 03
HMAI research and development. Background-task capabilities to be demonstrated.
Binat Natonim is MOSKO’s first AI project, focused on interpreting relevant system information and coordinating defined tasks. It is intended to work with specialized daemons and interfaces so permitted background activities can continue while the user concentrates elsewhere. Its role is to assist within granted authority, with the person retaining control over what the system may do.
A monthly subscription is expected. Pricing and terms have not been finalized.
Digital Front / 04
Security-system development.
Cyberforteca is MOSKO’s developing cybersecurity architecture for AI-mediated and connected systems. “Neural” refers to neural networks: Cyberforteca is designed around a continuous cybernetic loop in which a neural-network layer analyzes as much system activity as is practical. The aim is a moving “moat” around the code itself, security that cycles constantly in the background rather than running as an occasional check.
Every request still passes through explicit identity, session, and authorization checks, so a capable device or AI agent cannot grant itself permission to act. The architecture is being developed for use across MOSKO’s hardware and software.
This part of the portal is being written. It will explain the practices MOSKO wants to change, the design choices behind our response, and the evidence behind our claims.
See the hardware in Gen One