1.  Carbon fibre making project for aerospace applications (from coke resin), using plasma pyrolysis technology.

2.  Level 4 bullet-proof jackets for soldiers and Level 5 bullet-proof jackets for VIPs.

3.  Laser-supported ‘machine eye’ for day and night vision images up to 6 kms (third generation technology, after night vision binoculars and thermal imagers).

4.  Continuous basalt thread making / basalt fibre making technology, with down- stream products like basalt mats and boards, sandwich panels, basalt woven cloth (for rain-proof tents, for fire-fighting and for high-altitude chilling weather- proof military clothing), and for making composites for bullet-proof jackets.

5.  Centrifugal test stands with air cushion bearing technology (without the need for heavy foundations), to test objects weighing up to 2,000 kgs at 100 G force (or up to 100 kgs at 600 G force), exceeding global standards. This technology can be used for making the parts for civil aviation, missiles, rocket and spaceship applications (which are subject to high frictional load while escaping from / entering into Earth’s gravitational fields).

6.  Electron beam molecular level vacuum welding technology for all metals (up to 160 mm thick sheets) for military, aircraft, turbines, nuclear and space equipment, and rocket body / engines. It can also be used for programmed welding of several components at a time (for example – 200 automobile components of 1 ft. height and 6” diameter can be welded simultaneously in one hour).

7.  Aluminium, copper and brass scrap-melting and centrifugal casting of cylinders at 300 G force (up to 5-meter dia. and 1-meter height), to produce metals with improved microstructure (example – aluminium with 40% higher strength / 40% lower weight) for cryogenic rocket engines and long distance missile bodies.

8.  Supersonic plasma for spraying and hard-coating of strategic materials such as tungsten carbide / diamond powder (for example – coating inside the plates of bulletproof jackets).

9.  Electroslag re-melting, to make products with double hardness (using the same metallurgy, but by changing the speed of crystallization) for strategic applications / to make strong dies for forging.

10.  Growing of flat, super-hard and transparent sapphire crystal for military applications, including face shields for soldiers.

11.  Plasma skull melting crucible furnace to make super-thin basalt fibres; steel- basalt sandwich panels for outdoor thermal insulations (container homes and insulated factory buildings).

12.  High-temperature graphene sheet pressing technology from expanded graphite for many strategic applications (including aero planes that are invisible from radar detection).