Hrushikesh🇮🇳

कर्मण्येवाधिकारस्ते मा फलेषु कदाचन |
मा कर्मफलहेतर्भर्मा ते संगोऽस्त्वकर्मणि ||

[Manish Prasad @manishindiatv]

DRDO conducted a successful flight-test of #Pinaka Long Range Guided Rocket (LRGR) at the Integrated Test Range (ITR), Chandipur on July 08, The rocket was tested for a user defined minimum range of 60 kms. Demonstrating all in-flight manoeuvres as planned, the LRGR impacted on the target with textbook precision exactly following the predicted trajectory. All the deployed range instruments tracked the flight throughout its trajectory. @indiatvnews @DRDO_India

[Sidhant Sibal @sidhant]

Breaking: India, Indonesia sign MoU on Brahmos, Astra missile annouced.

[Hrushikesh🇮🇳 @2B488x]

@thenIslappedyou Pakistani be like: Indians ne G mari thik hai par acche se kyu nahi mari? Indian's bad people 😭😭

[Tonbo Imaging @TonboImaging]

Low-RCS targets evade RF detection. They can't evade Trap1. Introducing the new-generation Trap1-128 — Tonbo’s indigenous AI-enabled dual-band EO/IR stabilised seeker for precision strike with co-aligned visual + uncooled thermal imager LWIR sensors, employing special materials and coatings transparent to both spectral bands. It auto-recognizes targets, tracks them to impact, rejects flares, decoys, and is immune to jamming and spoofing. Fire and forget. Ideal for missiles, jet-powered munitions and glide bombs.

#TonboImaging #AatmanirbharBharat #DefenceTech

[Hrushikesh🇮🇳 @2B488x]

@Kakashii2O12406 J 20 in india? Interesting..

[Skyroot Aerospace @SkyrootA]

Aagaman means "Arrival." ✨

Proud to unveil the #MissionAagaman patch — the arrival of a new Indian rocket on the world stage, and a new chapter for all of us at Skyroot.
The patch honors India's space journey, and the era of private orbital launches it opens.
Vikram-1, Test Flight-1.
Onwards & Upwards. 🚀

#Vikram1 #OpeningSpaceForAll

[Skyroot Aerospace @SkyrootA]

🚀 Announcing Vikram-1 Test Flight-1: Mission Aagaman, India’s first private orbital rocket launch.

📍 Satish Dhawan Space Centre, Sriharikota
🛰️ 450 km, 60 degree inclination, Low Earth Orbit
📅 Launch Window: July 12 – August 4, 2026

Vehicle is now fully stacked at India’s historic First Launch Pad (FLP).

The countdown to a new chapter in Indian spaceflight begins.

One rocket, a billion believers. Thank you ISRO & INSPACe for enabling this..

#Vikram1 #MissionAagaman

[DAE India @DAEIndia]

#VECC, an R&D unit of DAE, successfully commissions its 5th heavy-ion LINAC module. The successful acceleration of nitrogen ion beam marks a key milestone in strengthening India's capabilities in rare isotope beam technologies for frontier research. 1/2
@PMOIndia @DrJitendraSingh

[Hrushikesh🇮🇳 @2B488x]

@Team_Musadik You should do something 😂

[Skyroot Aerospace @SkyrootA]

📸 Stage 2 stacked on Stage 1.
Vikram-1 is taking shape at the First Launch Pad, Satish Dhawan Space Center. 📷 #Vikram1

[Hrushikesh🇮🇳 @2B488x]

@TheAvenger82 @elitepredatorss First in my bloodline to see this many exploding pakis😂

[The Khel India @TheKhelIndia]

INDIA ARE WORLD CHAMPIONS (GROUP B) 🏆🏒

Indian Team defeated France 7-2 to win Gold in the Group B Finals at ISBHF Ball Hockey World C'ship 🥇

WELL DONE BOYS! 🇮🇳💙

[Zafaron Indigo @ZafaronIndigo]

ISBHF Ball Hockey World Championship 🏒

Indian Boys defeat the French in Group B Finals to Win Gold🏆

Dominant Campaign by India:
7 Matches - 7 Wins
Best Offense - 53 Goals Scored
Best Defense - 13 Goals Conceded

[Skyroot Aerospace @SkyrootA]

Piece by piece, Vikram-1 is coming alive—each stage carefully lifted, aligned, and integrated into a single flight-ready rocket.

Getting closer to launch.

[Hrushikesh🇮🇳 @2B488x]

@SkyrootA Love this clean hardware ✨

[Skyroot Aerospace @SkyrootA]

Vikram-1's Stage 1 is stacked at the First Launch Pad, Satish Dhawan Space Center, Sriharikota. 🚀

For India, this is the first time a privately designed, developed, and manufactured orbital rocket has been stacked on this pad.

#Vikram1 #SkyrootAerospace

[Runtime @RuntimeBRT]

Indian students are DIYing a semiconductor fab at IIT Bombay.

In just 10 months they've built:

1. A DLP-based lithography machine.
2. A tube furnace to oxidise silicon.
3. A DC plasma sputter.

Total cost: ₹30 lakh.

Here's a rare behind-the-scenes look at HackerFab IITB.

[Sanjay Srivastava @Sanjay_Sriv]

Only 7 companies in the world can build enterprise-grade SSDs. 🌏

​Now, an Indian JV brand has broken into the elite club.
#MakeInIndia

​Micromax and Taiwan’s Phison Electronics have formed MiPhi Semiconductors, launching localized manufacturing of advanced data-storage solutions at their Noida plant.

This moves India from basic smartphone assembly straight into high-end, deep-tech value addition.

​The Strategy & Execution:
1. ​Deep Tech Transfer: Phison transfers its leading microcontroller technology ("the brain of memory"), allowing MiPhi to design and build locally without an expensive wafer fab.

2. ​The AI Imperative: Memory sits at the absolute top (Tier-1) of the AI value chain. Securing local manufacturing establishes vital "sovereign memory" for India.

3. ​Horizontal Expansion: Beyond enterprise SSDs, the infrastructure is built to scale into automotive, mobile, and telecom memory markets to replace massive import dependency.

​The Hard Numbers:
▪︎​ $270 Billion: Size of the massive global annual NAND memory market India is tapping into.

▪︎​ ₹1,000 Crore: Projected revenue milestone for MiPhi in its very first year of operation.

▪︎​ ₹1,000 Crore: Additional planned investment currently being mapped out to aggressively scale up.

▪︎​ 6 GWh: Local demand example, citing Andhra Pradesh's upcoming data center capacity needs.

​The Bottom Line:
Enterprise SSDs are the toughest memory products to manufacture.

By breaking this barrier and eyeing the government's upcoming Semiconductor Incentive 2.0, MiPhi is positioning itself as a leader JV in securing India's digital future.

Best wishes to @rahulsharma
@Micromax__India @Phison_USA!

@makeinindia

[DAE India @DAEIndia]

🇮🇳A defining milestone in India's clean energy journey!

DAE inaugurates the world's first hydrogen production facility at #IGCAR using the Copper–Chlorine thermochemical cycle powered by nuclear heat from the Fast Breeder Test Reactor. 1/5

@PMOIndia @DrJitendraSingh @iaeaorg

[IBM News @IBMNews]

The world’s first sub‑1 nanometer node chip is here.

Delivering 70% greater energy efficiency, this breakthrough powers a new era of computing that’s more capable while using less energy.

Dig into this next-gen tech: https://t.co/NkzAahH49S