BM

@FinMinIndia @NITIAyog INR down, CAD burden, yet India wastes capital on delivery apps & assembly lines pretending to manufacture. Rewire taxes to reward real #DeepTech & crush the cockroaches—food/maid/delivery apps, screw-tightening factories, Govt favor seeking companies etc.

@iitbombay Awesome initiative, would love to see more such initiatives including AI, Quantum computers, Angstroms semiconductor, EV battery Call tech, Robotics actuators, and 6G/7G telecommunication...

A step towards Development of Efficient Semi-Cryogenic Engine Recently a project focused on semi-cryogenic engines was concluded at Department of Mechanical Engineering, IIT Bombay in collaboration with LPSC, ISRO, Trivandrum. Cryogenic engines are used in upper stages of the launch vehicles due to their higher specific impulse. The liquid-vapor two-phase flow is a major concern due to extreme temperature limits in cryogenic engines. Efficient operation of cryogenic rocket engines depends on a clear understanding of how vapor and liquid interact during rapid heat transfer processes. One such liquid-vapor interaction occurs in the semi-cryogenic engine where the high temperature gaseous oxygen comes into direct contact with liquid oxygen and condenses before entering the main pump. For proper operation, the gas must condense completely; otherwise, the remaining gas can seriously affect the performance of the pump. Measurement of heat transfer rates in such flows through conventional intrusive methods is difficult as it disturbs the flow itself and also does not capture the fast transients associated with the phenomena. This has been a challenge in studying cryogenic propulsion systems. To address this challenge, ISRO funded a 3-year research project at IIT Bombay. Prof. Atul Srivastava and Prof. Milind Atrey were involved in this project from IIT Bombay side while scientists Dr. Deepak Agrawal and Anant Singhal worked from LPSC side. A novel optical method called Rainbow Schlieren Deflectometry was developed right from its first principles and applied to directly measure the thermal gradients around condensing steam cavity in a pool of water. The technique works without inserting any probes into the fluid and allows researchers to capture the entire temperature gradients field around the vapor cavity, and determine the variation of heat transfer rates during the vapor-liquid interaction. The application of the optical method on steam-water system is the proof-of-concept that such a technique can be successfully used to quantify the heat transfer rates in liquid-vapor two-phase systems. The developed technology has been then applied in the cryogenic environment  for condensing gaseous nitrogen in flowing liquid nitrogen. The initial results demonstrate the applicability of the RSD technique for visualizing the spatio-temporally resolved thermal gradients in two-phase cryogenic flows. As part of the project, the know-how of the RSD technique was transferred to LPSC. The knowledge gained from the study will help improve the understanding of two-phase heat transfer processes relevant to cryogenic propellants such as liquid hydrogen and liquid oxygen used in launch vehicles. For ISRO’s future launch vehicles, this improved understanding can support the design of more reliable and efficient cryogenic systems. @EduMinOfIndia

Getting to orbit is one of humanity’s toughest engineering challenges. As Vikram-1 undergoes final integration and testing at Sriharikota now, here’s a glimpse into the journey behind India’s first private orbital rocket. 🇮🇳🚀 Journey to Orbit — rolling soon. 🚀

This is the story of building Vikram-1 and the preparations for its maiden flight. Every system built, every test run, every major decision until the final countdown at the launchpad, documented. #SkyrootAerospace #Vikram1 #JourneyToOrbit

Ola electric only India company make self made technology for Bharat cell 4680, LFP CELL ALSO …🎉🔋 Either you don’t investment Rd ,you want license for technology transfer ,no company aer fool… Ev business ,or BEES business without cell tech you can’t success … Rd required thousand cr But India no company want investment Rd ..(cell technology) Required ready meant technology 😀 Or assembly… No one take Risk .. Same history for Exide ,Amara Raja .. Both aer depend on license technology..

India's IT firms paid a total of 1L Cr in dividends or $10B in FY26 alone, 4x India's AI startup investments The total dividend paid in the last 4 years is ~$40B, which is as much as Anthropic's entire equity raise We don't lack domestic capital, just courage and imagination

🚨India Develops World’s First AI-Designed Gene Editor for Crops: Plant-OpenCRISPR1 (POC1) Scientists at: Indian Council of Agricultural Research Central Rice Research Institute - developed: World’s first AI-designed genome-editing system for plants. ✅Plant-OpenCRISPR1 (POC1) Built from: - OpenCRISPR-1 (OC1) Capabilities: - Gene knockout - Base editing - Prime editing Validated in: Rice plants

In 2021, Mukesh Ambani announced a 40 GWh cell gigafactory at Jamnagar, scaling to 100. In May 2026, Reliance is back in talks with CATL — to buy finished cells and package them into Indian boxes, with press releases still calling it manufacturing. 🧵

India needs to build an export engine at national scale. Electronics is one pillar. Precision engineering, defence manufacturing, industrial automation and IP-led deep tech must be the others. For any country, exports are the balance sheet of competitiveness. They fund the currency, jobs, industrial depth and strategic autonomy. India should aim to add at least $500B in incremental exports over the next 3 years. Not just Make in India. Design, own IP, manufacture and export from India. #AatmaNirbharBharat @narendramodi @PMOIndia @nsitharaman @RBI @DasShaktikanta @PiyushGoyal @rajnathsingh @AshwiniVaishnaw

🚨MeitY plans '360-degree' national startup database to track founders, funding, patents and incubators By @AihikS moneycontrol.com/news/business/…

@BigBreakingWire #Reliance's forte is not in R&D heavy business or #Breakthrough #Tech but, rather #ChaseEasyWins. However, their new generation can become Legends in driving #IndiaDeepTechRevolution such as #EVCellTech, #6G & other #DeepTech with own a long term vision, #RnD & large funding!

🇮🇳⚡Reliance Industries is in talks with CATL and other global suppliers for battery energy storage components. This follows Reliance's failure to secure cell technology from Hithium after China tightened export controls on battery tech transfers. Reliance has committed roughly ₹75,000 crore to a green energy ecosystem, targeting 100 GW of renewable capacity by 2030.

If we can’t build the #RobotActuators, #Semiconductors, #EV, #BatteryTech that power the world, what are IIT/NIT/IISC actually for? India doesn’t need more "feature-wrapper" apps or MBA-managers. We need #Engineering #Founders building #DeepTech & #Hardware from the ground up!

Indian scientists create world’s first AI-designed gene editor for crops thehindubusinessline.com/economy/agri-b…

mainly about lithium-ion batteries/cells Battery/cell imports alone are in the USD 3.5–4 billion+ range annually now (₹30,000+ crore), explaining most of the headline…. India only Ola electric made Bharat cell ,LFP CELL…🎉🔋 Just import Only Raw lithium.. Other every Ev company depend fully on Import cell.. and Rise import Bil.. Don’t investment Any amount Rd .. Recent Import Figures for Lithium-Ion Batteries/Cells •  FY23-24 / Calendar 2023-25 trends: Around USD 2.8–3.0 billion (roughly ₹23,000–26,000 crore at average exchange rates). marknteladvisors.com  •  2025 (first 10 months): USD 3.26 billion (imports of lithium-ion electric accumulators), with full-year LTM (last 12 months) around USD 3.78 billion @OlaElectric @bhash

Most companies around us are Chinese, American, Japanese, or Korean. Even many Indian brands mostly assemble here instead of manufacturing core components. Is there any Indian company building core technology at global scale?

We're hosting a webinar on Saaras V3, our speech-to-text model for teams building Voice AI for India. Date: Thursday, May 21 Time: 5:00 PM IST In this session, we'll break down what it takes to ship Voice AI that works reliably across noisy environments, regional accents, mixed-language speech, and multiple speakers. Register here: links.sarvam.io/speech-to-text…

@AgnikulCosmos Way to go, big congrats!!! 👏 🚀

Humbled to share that we successfully test fired 4 semi-cryogenic rocket engines simultaneously, as a cluster. All the 4 engines are 3d printed as single pieces of hardware - designed and manufactured in-house at AgniKul Cosmos Rocket Factory - 1. As with all our propulsion systems, these 4 engines are also powered by electric motor driven pumps. This test involved calibrating 8 pumps, 8 motors and tuning 8 speed control algorithms to work together in perfect sync to achieve uniform startup, steady state and shutdown performance across the entire system. As with the last cluster test, to the best of our knowledge, this is the first time such a test has been performed in India with semi cryogenic engines. We are extremely grateful to have the opportunity to be building world class, original space technology from India, for the world with the support of @iitmadras @isro and @INSPACeIND From here on, the addition of engines to our clusters will likely increase non-linearly. #Agnibaan #RocketEngineCluster #ElectricPumpFedEngines #Agnilet #SinglePieceEngine #3dprinting #RocketEngineTest #AdditiveManufacturing #Agnikul #AgnikulCosmos #StartupIndia #MakeinIndia #madeinIndiaForTheWorld @srinathr155 @moin_spm @satchakra_iitm @iitmadras @iitmrp @IITMIC @tdbgoi @IndiaDST @ANRFIndia @TIDCO_1965 @startupindia @TheStartupTN @Guidance_TN @startup_mission @SIPCOTTN