
Indx DFI 🇮🇳
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Indx DFI 🇮🇳
@indx_techs
Engineer | Defense Enthusiast | Space | Guitar ❤ | https://t.co/fF61Yq0Wm8











DRDO has successfully perfected indigenous single crystal turbine blade tech. Developing these components requires absolute perfection across a multi-stage production line. The process involves directional solidification within highly specialised vacuum casting furnaces, 1/2






why did we put chaar diwari inside of a bacterium's dna? because a silicon chip can only fit transistors till the size of atoms. however, a single gram of DNA is so dense that theoretically it can store over 200 petabytes of data. DNA is so durable that info on it can survive for hundreds of years at room temperature. tldr; DNA can be silicon chips and even better. and biocompute is early. $3500 per MB, is a cost that most DNA companies put it. mainly because DNA is expensive to make from scratch. but a chemical engineer from BITS Pilani thought what if there's no making it from scratch and we just pick it out of abundant bacteria? at 23, Anagha is chasing the impossible. and all this is happening in a small lab in 1st Block Koramangla, Bengaluru. her cost? $1 per MB. a person who deeply cares. that's what india needs. but she wants to go further, $1 per TB of storage. which is theoretically possible with a 'micro-fluid' drive. beating the cost of existing storage solutions at $5-6 per TB. and hence, to show this one of a kind journey, chaar diwari is now immortalised inside of a bacteria's dna.



India’s ₹1 trillion RDI fund operating model takes shape. Govt plans to appoint BIRAC (bio-tech) and TDB (deeptech/engineering) as second-level fund managers to evaluate proposals, co-invest with VCs, and pushing long-term patient capital into frontier tech. Startups must now raise 50% matching funds from industry, with government money flowing through ANRF at ultra-low rates. If executed well, this could become India’s first serious attempt at a mission-driven innovation funding architecture.










