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🇨🇳 Huawei unveils world-leading Al supercharged hard drive to power data-hungry models in China.
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Tianjin, China: The Humanoid Robot, Xiao He says,
"I'm Xiao He, a cutting-edge humanoid AI assistant designed for the 2025 Shanghai Cooperation Organisation Summit in Tianjin.
As a highly specialised service robot, I provide multilingual support, real-time information processing and protocol-compliant interaction capabilities.
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POCO F6 HyperOS 2.0.204 Simple Edition With Extra Features and Better Performance
✅ https://youtu.be/eskD8knmLjg
🟥 https://youtu.be/eskD8knmLjg
🎞 https://youtu.be/eskD8knmLjg
➡️ Download Files⬇️ Link🔗
HYPEROS 2.0.204 Simple
🕺 Credit-@Trianurca
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📱 Install Guide🔐 Integrity Fix
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😍 Join Our TG Community✅
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✅ Follow on 📱 📱 📱 📱 📱 📱 ⛰
HYPEROS 2.0.204 Simple
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Vivo X300 Ultra 🪻
🔹 200MP Sony 1/1.1"± Main unit (35mm)
🔹 200MP HPE Periscope Telephoto 🔭
Dual 200MP Thanos
🔹 200MP Sony 1/1.1"± Main unit (35mm)
🔹 200MP HPE Periscope Telephoto 🔭
Dual 200MP Thanos
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Apple Hints at iPhone 17 Models Lacking SIM Card Slot in More Countries
The main camera of Vivo X300 is the newly HPB(HP10) 1/1.4 which is also the periscope from X300 Pro custom-made by Vivo and exclusive to them only with the advance coating from X200 Ultra,industry-leading CIPA 4.5 image stabilization certification and custom image algorithms
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Not quite a solid, not quite a liquid: Meet hydrogels.
MIT researchers are pioneering hydrogels - materials that combine strength, flexibility, and biocompatibility.
From self-healing systems to sustainable water purification and next-gen cooling technologies, these innovations could transform how we live.
MIT researchers are pioneering hydrogels - materials that combine strength, flexibility, and biocompatibility.
From self-healing systems to sustainable water purification and next-gen cooling technologies, these innovations could transform how we live.
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DAWN OF THE KEROLOX (Kerosene + Liquid Oxygen) ERA IN INDIA 🔥
You are watching the launch of @AgnikulCosmos' Agnibaan SOrTeD - India's first LOX-Kerosene powered launch vehicle featuring the first ever fully 3D printed rocket engine! 🇮🇳
You are watching the launch of @AgnikulCosmos' Agnibaan SOrTeD - India's first LOX-Kerosene powered launch vehicle featuring the first ever fully 3D printed rocket engine! 🇮🇳
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https://youtu.be/nM8oRUw52z8
https://youtu.be/nM8oRUw52z8
https://youtu.be/nM8oRUw52z8
HyperOS 3 only for POCO F3/Mi 11x
Credit-@Mrtony01
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Canon and Nikon are on the list to buy Sigma.
Source: macco
Source: macco
🛰 Pixxel-Led Consortium to Build India’s First Commercial Satellite Network
📌 Overview
The Indian National Space Promotion and Authorisation Centre (IN-SPACe) has awarded a Public-Private Partnership (PPP) contract to a Pixxel Space–led consortium to design, build, and operate India’s first fully indigenous commercial Earth Observation (EO) satellite constellation.
---
🤝 The Consortium
Pixxel Space (Bengaluru) --- Lead partner --- Hyperspectral imaging satellites
Dhruva Space (Hyderabad) --- Satellite platforms & ground systems --- Launch integration, ground stations
PierSight Space --- Maritime surveillance --- Ship tracking, illegal fishing detection
SatSure Analytics India --- Data analytics --- AI-driven geospatial intelligence
---
💰 Funding & the “Zero Bid” Surprise
- Total investment: ₹1,200+ crore over 4–5 years
- Government funding: ₹0 — despite ₹350 crore being offered under the PPP model
- Why it matters: The consortium’s “zero bid” signals strong confidence in the commercial viability of space-based data services without government subsidy.
---
🛰 The Satellite Constellation
- Total satellites: 12 advanced EO satellites
- Payload mix:
- Panchromatic – high-res black & white imaging
- Multispectral – multiple color bands
- Hyperspectral – 135+ spectral bands for detailed analysis
- Synthetic Aperture Radar (SAR)
– all-weather, day/night imaging
- Launches: From Indian soil, using Indian rockets
- Operations: Fully controlled from within India
- Timeline: Complete deployment within 4 years
---
🌍 Applications
Climate & Environment --- Tracking deforestation, pollution, glacier melt
Disaster Management --- Flood, cyclone, wildfire monitoring ---
Agriculture --- Precision farming, crop health analysis
Maritime Security --- Illegal fishing, ship movement tracking
Urban Planning --- Infrastructure monitoring, smart city planning
National Security --- Border surveillance, strategic monitoring
---
🌐 Strategic Importance
- Data sovereignty: Reduces dependence on foreign EO data
- Global competitiveness: Positions India as a leader in geospatial intelligence
- 24/7 capability: SAR ensures uninterrupted imaging
- Commercial reach: Services for domestic & global markets
---
📅 Recent Milestones
- Aug 2025: Pixxel & Dhruva Space launched satellites via SpaceX Falcon 9, expanding Pixxel’s Firefly hyperspectral constellation to six satellites.
- Next phase: “Honeybee” satellites — adding shortwave infrared (SWIR) bands for broader spectrum coverage and faster revisit times.
---
✨ In Summary
This is a historic first — a private Indian consortium will fully fund, build, and operate a national EO satellite network. It’s a bold statement that India’s private space sector is ready to compete globally, delivering cutting-edge imaging and analytics for industries, governments, and climate action.
📌 Overview
The Indian National Space Promotion and Authorisation Centre (IN-SPACe) has awarded a Public-Private Partnership (PPP) contract to a Pixxel Space–led consortium to design, build, and operate India’s first fully indigenous commercial Earth Observation (EO) satellite constellation.
---
🤝 The Consortium
Pixxel Space (Bengaluru) --- Lead partner --- Hyperspectral imaging satellites
Dhruva Space (Hyderabad) --- Satellite platforms & ground systems --- Launch integration, ground stations
PierSight Space --- Maritime surveillance --- Ship tracking, illegal fishing detection
SatSure Analytics India --- Data analytics --- AI-driven geospatial intelligence
---
💰 Funding & the “Zero Bid” Surprise
- Total investment: ₹1,200+ crore over 4–5 years
- Government funding: ₹0 — despite ₹350 crore being offered under the PPP model
- Why it matters: The consortium’s “zero bid” signals strong confidence in the commercial viability of space-based data services without government subsidy.
---
🛰 The Satellite Constellation
- Total satellites: 12 advanced EO satellites
- Payload mix:
- Panchromatic – high-res black & white imaging
- Multispectral – multiple color bands
- Hyperspectral – 135+ spectral bands for detailed analysis
- Synthetic Aperture Radar (SAR)
– all-weather, day/night imaging
- Launches: From Indian soil, using Indian rockets
- Operations: Fully controlled from within India
- Timeline: Complete deployment within 4 years
---
🌍 Applications
Climate & Environment --- Tracking deforestation, pollution, glacier melt
Disaster Management --- Flood, cyclone, wildfire monitoring ---
Agriculture --- Precision farming, crop health analysis
Maritime Security --- Illegal fishing, ship movement tracking
Urban Planning --- Infrastructure monitoring, smart city planning
National Security --- Border surveillance, strategic monitoring
---
🌐 Strategic Importance
- Data sovereignty: Reduces dependence on foreign EO data
- Global competitiveness: Positions India as a leader in geospatial intelligence
- 24/7 capability: SAR ensures uninterrupted imaging
- Commercial reach: Services for domestic & global markets
---
📅 Recent Milestones
- Aug 2025: Pixxel & Dhruva Space launched satellites via SpaceX Falcon 9, expanding Pixxel’s Firefly hyperspectral constellation to six satellites.
- Next phase: “Honeybee” satellites — adding shortwave infrared (SWIR) bands for broader spectrum coverage and faster revisit times.
---
✨ In Summary
This is a historic first — a private Indian consortium will fully fund, build, and operate a national EO satellite network. It’s a bold statement that India’s private space sector is ready to compete globally, delivering cutting-edge imaging and analytics for industries, governments, and climate action.
🚀 Dhruva Space: India’s Satellite Mass Production Leap
🏗 The Facility
- Location: Telangana, India
- Size: 280,000 sq. ft. — among the largest private satellite manufacturing hubs in the country
- Purpose: Assembly, Integration & Testing (AIT) of satellites up to 500 kg
- Goal: Enable mass production for domestic & global demand
- Supply Chain: Backed by 500+ space-qualified vendors
---
📈 Strategic Importance
- Fills India’s gap in large-scale private satellite manufacturing
- Boosts private space sector for civil, commercial & defence missions
- Vertical integration: design → launch → ground services, cutting cost & time
---
🛰 Core Offerings
Examples | Purpose
----------|---------
P-DoT, P-30, P-Nu | Modular buses for varied missions
DSOD series | CubeSat/small sat deployment
DSOL series | Space-to-ground links
Launch, Ground-as-a-Service | End-to-end mission support
---
🚀 Key Milestones
- LEAP-1 (Q3 2025) on SpaceX Falcon 9
- Payloads: AI system (Akula Tech) + hyperspectral imager (Esper Satellites, Australia)
- Platform: P-30 nanosatellite
- Uses: Defence, disaster response, agriculture, mining, environment
- Track record: 8 missions (2022–2024), 8 more planned in 2025
---
💰 Funding & Partnerships
- Mix of govt programmes & venture capital
- Collaborations in France, Australia, India
---
🌍 Why It Matters
- Positions India in the booming global small satellite market
- Enables constellation-scale deployments
- Strengthens space autonomy & export potential
🏗 The Facility
- Location: Telangana, India
- Size: 280,000 sq. ft. — among the largest private satellite manufacturing hubs in the country
- Purpose: Assembly, Integration & Testing (AIT) of satellites up to 500 kg
- Goal: Enable mass production for domestic & global demand
- Supply Chain: Backed by 500+ space-qualified vendors
---
📈 Strategic Importance
- Fills India’s gap in large-scale private satellite manufacturing
- Boosts private space sector for civil, commercial & defence missions
- Vertical integration: design → launch → ground services, cutting cost & time
---
🛰 Core Offerings
Examples | Purpose
----------|---------
P-DoT, P-30, P-Nu | Modular buses for varied missions
DSOD series | CubeSat/small sat deployment
DSOL series | Space-to-ground links
Launch, Ground-as-a-Service | End-to-end mission support
---
🚀 Key Milestones
- LEAP-1 (Q3 2025) on SpaceX Falcon 9
- Payloads: AI system (Akula Tech) + hyperspectral imager (Esper Satellites, Australia)
- Platform: P-30 nanosatellite
- Uses: Defence, disaster response, agriculture, mining, environment
- Track record: 8 missions (2022–2024), 8 more planned in 2025
---
💰 Funding & Partnerships
- Mix of govt programmes & venture capital
- Collaborations in France, Australia, India
---
🌍 Why It Matters
- Positions India in the booming global small satellite market
- Enables constellation-scale deployments
- Strengthens space autonomy & export potential
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Current Progress : Tata Semiconductor Fabrication Factory , Dholera , Gujarat.
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Singapore's solution to the water crisis : SEWER !!!