Social engineering-Knowledge Database

Social engineering-Knowledge Database (SKDB) is a method for sharing hardware over the internet. By “hardware” not just designs for circuit boards are meant, but also biological constructs, scientific instruments, machine tools, nuts and bolts, raw materials, and how to make them.
SKBD wants to do something like what “apt-get” does for Debian or “emerge” does for Gentoo, the Linux software package managers. SKDB simplifies the process of searching for free designs, comparing part compatibility, and building lists of materials and components and where to get them. You could even say SKDB is “apt-get but for real stuff”.
In SKDB, hardware is organized into packages. Packages are a standard and consistent way for programs to find data. Packages may contain CAD files, CAM parameters, computer-readable descriptions of product specifications, product-specific code, and bill of materials. For each part in a package there are a number of interface definitions, which describe how the part can connect with other parts, even parts from other packages. Each package also lists dependencies which have to be bought or built in order to successfully carry out a project. For example a drill press is required to make holes with a certain level of accuracy. SKDB downloads all of the dependencies automatically and compares them to your existing inventory, and generates instructions for your CNC machinery if you have any.
With OpenCASCADE, an open source CAD geometry kernel, parts can be visualized and combined in real-time to show new assemblies and constructions. The next steps are automatically generating instructions for assembling these parts and projects, with human-readable as well as robot-readable instructions (i.e., g-code). Also in the pipeline is a wiki-like frontend to SKDB with a git revision control back-end, which could be used as a free alternative to instructables or thingiverse, but better. With proper distributed revision control tools, anyone can publish and share their modifications with the rest of the world, and seamlessly merge those changes back into the main line. These tools are vital to the success of do-it-yourself collaborative and free manufacturing.

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