Midnight Code - Papers

Project Daphnis: Digital Asset Management Guide (v1.7)

Midnight Code

Once a business is on to about its third terabyte of unstructured data (or an individual starts working with more than a couple of USB drives worth of files), the question inevitably arises: "how do I manage all of these files?" The most intuitive computer interface for unstructured data is the file-system, and the ability to file content away and retrieve it quickly does not require a search engine or even a database, so long as a logical taxonomy is articulately defined and easily understood, and naming conventions are clear and consistently followed.

This guide works from first principles and builds on existing standards to set out a technology agnostic taxonomy that can be implemented at the file-system as-needed. Whether on Cloud storage or local hard-drive, as-is or customised, this guide provides a considered body of work, for managing digital assets, that can be leveraged to improve process, automation and ultimately productivity.

Project Daphnis: Saturn Installation and Operations Manual (Daphnis, v2.1)

Midnight Code

Saturn is an embedded platform that creates a Network Attached Storage (NAS) solution from commodity, off-the-shelf hardware and open source software.

Saturn is built on MooseFS which caters for the most common data storage needs (distributed/scalable, replicated/available and striped/performant storage models), within a native storage architecture that will enable multi-box, multi-rack, multi-site configurations.

This manual is a guide to assist with the assembly, configuration and operation of the Midnight Code Saturn Daphnis storage appliance. The manual has been designed so that it can be read from start to finish to build a capability from infrastructure to service, or it can be used as a ready reference to seek out targeted information, by concept.

Project TGXF: Presentation - Piano Thieving for Experts - SABSA COSAC 2014

Midnight Code

This presentation was performed on the 30th of September 2014 at the SABSA/COSAC conference in Naas, Ireland. The session titled "Piano Thieving for Experts: That Bathroom Window IS Big Enough" took participants from the first principle (that any user controlled bit is a communications channel) through development and execution of the Through Glass Transfer (TGXf) proof of concept, the Through Keyboard Transfer (TKXf) proof of concept and then combined as the Through Console Transfer capabilities of TCXf, ending with a demonstration of SSH over PPP over the screen and keyboard via a hardened end user platform.

Project TGXF: TGXf Specification

Midnight Code

This document is a guide to assist people with the understanding and implementation of a Midnight Code Thru-Glass Xfer (TGXf) protocol and application.

Project TGXF: TKXf Specification

Midnight Code

This document is a guide to assist people with the understanding and implementation of a Midnight Code Thru-Keyboard Xfer (TKXf) protocol and application.

Project TGXF: TCXf White Paper

Midnight Code

The Through Console Transfer (TCXf) WhitePaper explores one example of how user controlled bits (keyboard input and screen output) can be re-imagined as a network interface.

The paper includes: sufficient technical specifications and diagrams to explain the underlying technical principles, and source code to the software, and assembly instructions for the hardware, required to reproduce the outcomes described for assessment of the proposed technology solution in your own environment.

The paper goes on to evaluate: the architectural implications of human versus machine interfacing, and one example of the legal impact of misunderstanding the subtle differences involved.

Project Pan: Saturn Installation and Operations Manual (Pan, v0.1)

Midnight Code

Saturn is an embedded platform that creates a Network Attached Storage (NAS) device from any modern x86 computer and without specialist hardware.

Saturn is built on GlusterFS which caters for most standard RAID-like configurations (distributed, redundant and striped storage models), as well as supporting network-based asynchronous file replication to enable more common enterprise storage network (multi-box, multi-rack, multi-site) configurations. Beneath GlusterFS, Saturn is a portable Linux distribution produced by Midnight Code.

This manual is a guide to assist people with the assembly, configuration and operation of a Midnight Code Saturn storage appliance. The manual has been designed so that it can be read from start to finish to build a capability from infrastructure to service, or it can be used as a ready reference to seek out targeted information, by concept.

Project Chaos / CosMos: How to build a working openMosix cluster without touching a compiler

Midnight Code

The openMosix community has provided numerous ways for new users to easily and rapidly build clusters. Unfortunately, for the community, there are those new users who want to test openMosix on their own terms but haven't the understanding required to do so. These users are often disheartened by their initial experience and turned away from openMosix, simply because of their own configuration faults.

For these users, this paper will provide a basic, step-by-step process for installing a working openMosix cluster, using only an off-the-shelf Linux distribution and two openMosix RPMs.

This build process will not require code modification or compiling, it will be repeatable, and will not require prior openMosix experience.

Project Chaos / CosMos: Running ClusterKnoppix as a master node to a CHAOS drone army

Midnight Code

There is a somewhat conflicting interest between the security and manageability of a compact operating system and the need for a user friendly and fully featured operating system, in the cluster environment.

Heterogeneous clusters provide the best of both worlds.

In this two-part HowTo, you will find details on how a heterogeneous cluster works, why it is advantageous, and instructions on building a heterogeneous cluster from the ClusterKnoppix and CHAOS Linux openMosix distributions.

Project Chaos / CosMos: Securely deploying SSI cluster technology over untrusted networking infrastructure

Midnight Code

The pinnacle of success for any Single System Image (SSI) based cluster, should be the achievement of a global deployment on commodity x86 computing equipment; leveraging both the public communications infrastructure and existing capital equipment (personal computing) expenditure.

In this white paper we will explore the openMosix network architecture, network level risk mitigation techniques for the redeployment of organizational infrastructure in "open" clusters, a practical application of those techniques in the CHAOS and ClusterKnoppix Linux distributions, and proposals for extending both the security model and the flexibility of the openMosix architecture.