Vajra
Vajra means "Diamond" in Sanskrit.

Vajra means "Diamond" in Sanskrit. It is a secure Operating System designed to be difficult to hack. Having an invisible and untouchable routing system, a complete separation of the system and the data territories and optimizing the system to our remote management system, "Ca Va Vien" etc., all these elements show that this product is designed for the ubiquitous network. This OS can be utilized for every ubiquitous product ranging from small sized embedded devices to appliance servers.
Guarding systems fully with high security.
- Vajra is an extremely securely structured Operating System which does not allow any penetration from outside route systems. In the case of the server being attacked, just rebooting the system will perform a clean boot for the system and bring the working environment back to how it was before. This persistent system structure reduces the system down time to the absolute minimum in the event of unexpected troubles.
Fully compatible with standard UNIX and with every network product.
- Vajra supports the standard GNU library. Because of this, despite Vajra being an embedded product, it achieves full system compatibility with standard UNIX and Linux servers and can be utilized for all purposes. This product can be integrated in appliance servers, firewall routers, VoIP gateways, home gateways, NAS and every network related products available. It supports many different CPUs as well as covering diverse functions, sizes and fields due to its extensive ability.
Speedy product development and CBDS bring double cost down.
- Since Vajra comes integrated with required applications such as Apache and SMPT etc. as standard to function as a server operating system, it can be made into a product immediately without any time loss. Also easy-porting application procedure speeds up development even more faster. By adopting our original OS compression layers, CBD2 ( Compressed Block Device 2 ), it compresses files to up to one third of their normal size.
By this achievement, a 40MB file, data can be compressed into a size of 16MB and can now be stored to in a space of 16 MB on a flash ROM device. As a result of this, it is feasible to reduce the expenditure on hardware.