MeraLabs
MeraLabs is a privately owned russian R&D company that develops high-tech venture projects. The company’s innovative projects belong to the areas of data storage and search, network architectures and telecommunications technologies. The projects developed by the company are currently at the development phases varying from “seed” to “early-stage”.
This is how the data structures developed by MeraLabs researchers look like. They possess an amazing feature: any pair of data units can be connected by a sequence of mutual links whose length logarithmically depends on the storage's volume, like in a binary tree. However the structure doesn't have a root vertex and each vertex has a comparatively small number of links coming from it. The MeraLabs researchers are sure that it's possible to build petabyte and exabyte storages of electronic documents on the basis of such a unique framework, or to radically change addressing principles on the Internet and construct expert systems using the global network as a knowledge base.
Randomly selected projects
The project comprises a whole set of innovations aimed at facilitation of user interaction with the network, information search and exchange and automated creation of network device communities. One particular technology that is being developed within the frame of this project is called Ubiquitous Plug and Play. This technology would provide a new framework for cognitive communication of electronic devices in the global scope. It also has a great potential in the area of Cloud Computing.
In the NiceMeeting project we created a solution which makes it easier for everyone to organize and participate in real life meetings. With NiceMeeting you can use your iPad, Android device, or computer to make presentations, view them, and benefit from real-time networking opportunities.
The Metrized Small World Active Data Storage project is dedicated to building a global distributed ("cloud" like) Internet-based data storage and retrieval architecture where petabytes of data can be generated and retrieved by a large number of uncoordinated actors located all over the planet. Ultimately, the construction of such an architecture will result in the possibility for every physical object to have a globally accessible representation in the digital world.
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