Visualize Your Domain

Scavecgraph is an SVG platform that facilitates publishing, storing and distributing dynamically generated SVG content on the internet. Its practical innovation moved visual elements descriptors from definition in files to databases for optimal reuse and re-combinability. 

The internet is becoming more affordable and available with its reach stretching from urban to rural communities once cut off from connectivity. From fiber optic to satellite networks it is more reachable and faster than ever before. It now ushers in an age where larger data volumes and dynamic content can be presented in a more graphic format allowing for communicating ideas and concepts with vivid imagery making them easier to grasp. Right from presenting syllabus material of theory in academia straight through to catalogs and manuals etc ... for practical uses in real world industries, both domains gain tremendously from its application to educate and inform.

SVG (Scalable Vector Graphics) is a technology that allows for defining graphics in a text based markup language similar to html with an exception that it defines a canvas area which it populates with complex shapes, color and text. It scales perfectly compared to Raster Images like Gif, JPG and Png, suffering pixilation in scale increase on device displays. Its visual elements can also be decorated with visual effects for aesthetics and animation allowing for event driven interaction. These features make it highly sought after when so required.

Through a practical solution of combining technology and methodology the objective of the platform is to provide an effective means of remedying significant inadequacies in the conventional way SVG is published, contained and distributed to devices on the internet.

With comprehensive integration of utilities and consolidated resources it harnesses use of technology in a manner that enables users to concentrate effort on delivering ideal content and maintain work momentum unencumbered by employing separate processes, utilities and ad hoc coding practices to tie everything together. The platform accommodates workers with little technical expertise by empowering them via utilities simplifying complicated processes like importing basic SVG, converting images to SVG or authoring SVG compositions with shared SVG backgrounds and articles. The platform optimization of SVG enables functional application instead of mere aesthetics.

With a structured methodology of clearly defined processes following a logical sequence each with a specific purpose. A tasking utility organizing work and automated activity auditing to track changes are built in to manage and monitor the deliverables of those processes.

To control the relative capacity of users influence on SVG repositories roles were defined to allow privileged access to specific utilities functionally supporting their mandate enabling teamwork of individuals with different skill sets to contribute according to their expertise.

From publishing graphics specifications in a web portal, to implementing those specifications in a studio SVG  graphics application. To providing SVG repositories containing virtual SVG documents for distributing as dynamic and interactive SVG through secure access controlled channels. Our single platform provides functionality that is simple to operate with utilities that are convenient to locate where they can be utilized in intuitive workflows that enhances the work experience to optimize productivity in delivering quality SVG content.

We invite you to browse through these pages elaborating further on the platform with more in depth explanation and illustrations. For video footage demonstrating the functionality with real world scenario data our YouTube channel is also available for further viewing