India and Sweden Unite for 2028 Venus Mission 'Shukrayaan'

India and Sweden have officially partnered on ISRO’s upcoming Venus mission “Shukrayaan,” with Sweden contributing a key scientific instrument — the Venusian Neutrals Analyser (VNA) — to study how solar winds interact with Venus’s atmosphere. The mission is scheduled for launch on 29 March 2028 aboard India’s LVM‑3 rocket.

For an uninitiated, the Shukrayaan is ISRO’s first dedicated mission to Venus, planned for launch on 29 March 2028 aboard the LVM‑3 rocket. It will orbit Venus to study its atmosphere, surface, and solar wind interactions, with international contributions from Sweden and Russia.

Mission Overview

• Mission Name: Shukrayaan (Sanskrit for “Venus Craft”)
• Launch Date: 29 March 2028
• Rocket: ISRO’s LVM‑3
• Journey Duration: ~112 days to reach Venus
• Orbit: Elliptical Venusian orbit (500 km periapsis, 60,000 km apoapsis)
• Budget: ₹1,236 crore (approved in 2024)
• Payloads: 19 instruments (Indian + international contributions)

Sweden’s Contribution

• Instrument: Venusian Neutrals Analyser (VNA)
• Developer: Swedish Institute of Space Physics (IRF)
• Purpose: Study solar wind interactions with Venus’s upper atmosphere and exosphere
• Integrated into India’s VISWAS package
• Impact: Explains Venus’s atmospheric loss and greenhouse evolution

International Collaboration

• Russia: VIRAL instrument (Venus Infrared Atmospheric Gases Linker)
• Norway: MoU with ISRO for space and climate research
• India–Sweden Strategic Context: Announced during PM Modi’s Gothenburg visit in May 2026

Scientific Goals

• Study Venus’s dense atmosphere, volcanic surface, and weather systems
• Investigate super‑rotating clouds
• Explore past conditions for liquid water
• Provide insights into planetary climate evolution

Quick Comparison: India–Sweden Roles in Shukrayaan

India (ISRO)	Sweden (IRF)
Mission design, spacecraft, launch via LVM‑3	Venusian Neutrals Analyser (VNA)
19 payloads including VISWAS plasma package	Studies solar wind–atmosphere interactions
Focus on atmosphere, surface, clouds, climate	Builds on Indo‑Swedish space ties
Budget ₹1,236 crore, approved 2024	Instrument integrated into Indian payload system

Challenges Ahead 

• Extreme conditions: Venus’s surface reaches 460°C with sulphuric acid clouds
• Orbital insertion requires precise maneuvering
• International coordination for multi‑country payload integration

ISRO has built extensive international partnerships in space exploration — from joint missions with NASA and CNES to new collaborations with Sweden, Norway, and Russia. These projects span planetary science, Earth observation, climate monitoring, and human spaceflight.  

Shukrayaan Mission Snapshot

• Name: Shukrayaan (Venus Orbiter Mission)
• Launch Date: 29 March 2028
• Rocket: LVM‑3 (same launcher as Chandrayaan‑3)
• Journey Duration: ~112 days to reach Venus orbit
• Orbital Insertion: 19 July 2028 (planned)
• Orbit: Elliptical (500 km periapsis, 60,000 km apoapsis)
• Mission Duration: 4 years (planned)
• Mass: ~2,500 kg spacecraft, ~100 kg payload capacity
• Power: 500 watts for instruments

Scientific Objectives

• Atmosphere: Study chemistry, dynamics, and composition of Venus’s dense atmosphere
• Surface: Map volcanic hotspots, lava flows, and stratigraphy using radar
• Solar Interaction: Examine solar wind effects on Venus’s ionosphere
• Comparative Planetology: Understand why Venus evolved into a hostile greenhouse world
• Life Indicators: Re‑examine claims of phosphine gas in Venus’s clouds

📊 Key Facts Table

Aspect	Details
Launch Vehicle	LVM‑3
Launch Date	29 March 2028
Orbit	500 km × 60,000 km elliptical
Mission Duration	4 years
Payloads	19 instruments (India + international)
Partners	Sweden (VNA), Russia (VIRAL)
Goals	Atmosphere, surface, solar wind, comparative planetology

Hexaware Acquires Consulting Professionals Services to Strengthen AI and Cloud Transformation Capabilities

Hexaware Technologies [NSE: HEXT], a global IT services and solutions provider, today announced that it has entered into an agreement to acquire Consulting Professionals Services Holdings Limited together with its wholly owned subsidiary Consulting Professionals Services Limited (“CPS”). The transaction is expected to close within two weeks.

Primarily based in the United Kingdom and the United Arab Emirates, CPS is a specialist technology consulting and professional services firm delivering high-value consulting covering regulatory compliance, technology infrastructure, governance and risk, and business transformation to an FTSE 100 client. Hexaware has an existing relationship with this FTSE 100 client and is among their top IT service providers. The acquisition of CPS is expected to consolidate client spend, strengthening Hexaware’s strategic positioning within the client’s consolidated supplier landscape.

In addition, this acquisition will strengthen Hexaware’s ambition to be a trusted AI and cloud transformation partner to leading financial institutions and blue-chip organizations—from consulting and advisory to implementation and operations. CPS deepens this through its advisory maturity and interconnected local and global delivery models. Together, the companies expect to drive significant market expansion and diversification across large enterprise accounts.

“With CPS, we gain access to high-performance talent in the UAE and UK. This acquisition adds scale and strengthens our credibility in program assurance and cloud engineering, which is significant as we expand our delivery locations and workforce diversity,” said Parameshwaran Iyer, Country Head – UK & Ireland, Hexaware. “Our customers are increasingly looking for partners who bring trusted advisory and execution excellence. CPS brings a strong consulting capability which aligns with our purpose of creating smiles by delivering business value.”

Amjad Riaz, Managing Partner, CPS, said, “Having worked extensively in the Financial Services and Market Infrastructure sectors for a number of years, we believe this transaction will enable us to deliver greater value to our clients drawing on the wider capabilities of Hexaware.”

About Hexaware

Hexaware is a global technology and business process services company. Every day, Hexawarians wake up with a singular purpose: to create smiles through great people and technology. With offices across the world, we empower enterprises worldwide to realize digital transformation at scale and speed by partnering with them to build, transform, run, and optimize their technology and business processes. Learn more about Hexaware at hexaware.com.

Reliance Secures ₹1.08 Lakh Cr Andhra Pradesh Approval for Giga‑Scale AI Data Center and Cable Landing Station

• 854-acre mega campus in Vizianagaram to anchor one of India’s largest AI infrastructure investments

In a landmark move that could reshape India’s AI and digital infrastructure landscape, the Andhra Pradesh government has approved the allotment of nearly 855 acres of land to Reliance Industries Ltd for the development of a giga-scale AI Data Center (AIDC) and Cable Landing Station (CLS) in Vizianagaram district.

The project, carrying a proposed cumulative investment of ₹1,08,010 crore, marks one of the largest AI and data center investments announced in India so far and significantly strengthens Andhra Pradesh’s ambition to emerge as the country’s leading AI and digital infrastructure hub.

Under G.O. Ms No. 30 issued by the IT, Electronics & Communications Department on May 20, 2026, the state approved the allotment of 854.97 acres across Polipalli, Bhogapuram West and Bhogapuram East villages in Vizianagaram district for the project. The proposal also includes a dedicated Cable Landing Station — a critical component that would directly connect Andhra Pradesh to global internet and data traffic networks.

The approval comes as Andhra Pradesh aggressively positions Vizag and the north coastal belt as India’s next-generation AI and hyperscale data center corridor, leveraging abundant renewable energy, port connectivity, subsea cable access, and large land parcels.

Tailor-Made Incentives for Mega AI Investment

The state government has extended a customized package of fiscal and non-fiscal incentives to Reliance under the Andhra Pradesh Data Center Policy 4.0 (2024–29), which was designed to attract advanced AI-enabled data center projects.

Among the key incentives approved:

• 25% discount on land allotment value
• 100% exemption on stamp duty and registration charges
• ₹1 per unit power tariff subsidy for 15 years
• Exemption from transmission and wheeling charges for 20 years
• Electricity duty exemption for 15 years
• SGST reimbursements on construction and leasing
• Water tariff subsidy and long-term water supply support
• OPGW fibre access discounts and right-of-way fee waivers

The government has also directed APTRANSCO to facilitate grid infrastructure development for the campus, while APIC has been asked to explore joint ownership models for a desalination plant to support the project’s long-term water requirements.

IAN Alpha Fund Leads ₹45cr in ANSCER Robotics to Scale AI‑Native Automation and Global Expansion

• ANSCER Robotics is well positioned to address evolving global demand for intelligent automation

IAN Group, the country’s largest early-stage investment platform, has led a ₹45 crores funding round in ANSCER Robotics, from IAN Alpha Fund, the second in its series of VC funds, along with Info Edge, and other angel investors. The investment will support the company’s next phase of growth across product innovation, US expansion, strategic partnerships, and partner-led deployment across factories and warehouses.

Founded in 2020 by Ribin Mathew (CEO), Ebin Sunny (COO), Raghu V (CBO), and Raj Mohan (CTO), ANSCER Robotics is building one of India’s most advanced AI-native automation platforms for industrial environments. Built in India and engineered to global safety standards, the company is developing robots for demanding real-world manufacturing and warehouse conditions environments where robots need to operate safely alongside people, forklifts, production lines, and high-throughput industrial processes. Its modular hardware and software stack is designed to enable faster deployment, easier servicing, and scalable adoption across domestic and international markets.

ANSCER’s India-built global platform is backed by deep manufacturing capability with a manufacturing facility in Bengaluru capable of producing more than 1,000 robots a year, supported by a dedicated 20,000 sq. ft. testing area where every robot undergoes performance, endurance, and application testing before it leaves the facility.

Ribin Mathew, Founder & CEO, ANSCER Robotics, said, “The first era of automation was about machines following instructions. The next era will be about machines understanding context, learning from operations, and working alongside enterprise intelligence. ANSCER is building that future through a robotics platform developed in India, designed for global standards, and ready for the AI-native factory.”
The investment comes at a time when industries globally are rapidly increasing investments in automation and smart manufacturing. Rising labor costs, operational inefficiencies, safety concerns, and the growing need for faster supply chains are pushing companies to adopt intelligent robotics solutions at scale."

Rajnish Kapur, Managing Partner, IAN Alpha Fund, said, “We believe that industrial automation technology has reached a critical point globally. Today, companies view automation as a key resource for resilience, intelligence, and competitive advantage, not just efficiency. It was the team's vision for the development not only of robotic hardware but also of an intelligent, interoperable automation solution that could evolve with the adoption of enterprise artificial intelligence that impressed us the most. Their approach of integrating robots, orchestration software, fleet intelligence, and AI-native infrastructure places them well in an industry expected to experience rapid growth globally in the coming years.”

IAN Alpha Fund’s investment thesis is the Company’s differentiated ability to combine industrial-grade robotics hardware with intelligent software and AI- models and agents, to bring both efficiency and security to industrial systems transformation with the integration of robotics and AI. The company’s focus on building interoperable systems, scalable deployment models, and future-ready automation infrastructure aligned well with the fund’s thesis around next-generation manufacturing technologies.

India has the opportunity to become a global hub for next-generation industrial technologies, and Anscer represents the kind of deep-tech innovation needed to build that future. The company has demonstrated strong technological capabilities, a clear understanding of industrial workflows, and the ability to develop scalable robotics systems that can solve real operational problems across manufacturing and warehousing environments.

At a time when manufacturers and warehouses are increasingly looking to automate operations, improve efficiency, and reduce dependency on manual processes, ANSCER Robotics is building intelligent robotic systems designed for modern industrial environments. The company develops autonomous mobile robots (AMRs), fleet management software, and AI-driven automation systems that help factories and warehouses move materials faster, reduce operational downtime, improve worker safety, and streamline workflows. Please check if some marquee customer names could be added.

Built in India and engineered to global safety standards, the company’s modular hardware and software stack enables faster deployment, simplified servicing, and scalable adoption across domestic and international markets. They currently operate from their headquarters in Bengaluru with a sales and support presence in the US, supporting customers and partners across the United States, Europe, and Asia Pacific.

About ANSCER Robotics

ANSCER Robotics is a Bangalore-based industrial robotics company building one of India’s most advanced AI-native automation platforms for factories and warehouses. The company designs and manufactures autonomous mobile robots, intelligent fleet software, and next-generation industrial systems that help enterprises improve material movement, productivity, safety, and operational efficiency.

Positioned at the intersection of robotics, Artificial Intelligence, and manufacturing, ANSCER is developing a future-ready platform that combines intelligent mobility, advanced vision systems, Vision-Language Model capabilities, and enterprise-grade software integration. Its architecture is designed to support real-time analytics, contextual decision-making, and seamless interoperability with customer-owned Artificial Intelligence models and digital systems.

The company is also developing an open robotics infrastructure layer aligned with Model Context Protocol (MCP) principles, enabling enterprises to securely integrate their own Artificial Intelligence agents and Large Language Models into robotic operations while retaining ownership of internal data.
Website: https://www.anscer.com/

IAN Alpha Fund, a $100 Mn SEBI-registered Category II AIF VC Fund, is the 2nd fund in IAN Group’s series of funds. The Fund explores opportunities in diverse sectors such as healthtech, cleantech, deep tech, agritech, medtech, hardware and electronics, manufacturing, Web 3.0, Metaverse, Industry 4.0, SaaS, and other sectors where innovation is transformational. The Fund invests in innovative startups solving real problems for India and the world, with sustainable business models enabling scale by leveraging technology. With the IAN Alpha Fund, IAN Group continues its two-decade legacy of building a portfolio of technology-focused, innovative companies led by founders who not only understand customer needs but also have the leadership qualities to build large and valuable businesses.

About IAN Group

IAN Group is India’s largest horizontal platform for early-stage investments, comprising the IAN Angel Fund, BioAngels, and a series of SEBI-registered Venture Capital Funds, the latest being a US$100mn VC Fund, IAN Alpha Fund. IAN enables entrepreneurs to raise from Rs. 50 lakhs to Rs. 50 crores, supported by high-quality mentoring by successful entrepreneurs, enabling access to global markets. IAN Group backs founders across domains and helps them scale their companies across India and beyond. Forbes has recognised IAN as one of the most iconic business and economic developments of Independent India over the last 75 years, alongside institutions such as LIC, NASSCOM, the RBI, and Naukri.com.

5 Celebrity Scientists in India, from History

India’s scientific journey has been illuminated by extraordinary minds who became more than just researchers — they became cultural icons. These “celebrity scientists” not only advanced knowledge but also inspired generations, leaving legacies that continue to shape India’s global standing in science and technology.

Homi Bhabha

(October 30, 1909 – January 24, 1966)

The Father of India’s nuclear program, Homi Jehangir Bhabha was a visionary who foresaw India’s need for atomic energy. He established the Tata Institute of Fundamental Research and the Bhabha Atomic Research Centre, laying the foundation for both peaceful nuclear applications and defense capabilities. His untimely death in a plane crash in 1966 cut short a brilliant career, but his influence remains embedded in India’s nuclear policy.

Vikram Sarabhai

(August 12, 1919 – December 30, 1971)

The Father of India’s space program, Vikram Sarabhai believed satellites could revolutionize communication, education, and meteorology in a developing nation. He spearheaded the creation of ISRO and guided India’s first satellite project, Aryabhata. His vision of using space technology for societal development continues to drive India’s ambitious missions to the Moon and Mars.

APJ Abdul Kalam

(October 15, 1931 – July 27, 2015)

Known as the Missile Man of India, Dr. Avul Pakir Jainulabdeen Abdul Kalam played a pivotal role in India’s missile and launch vehicle programs. Rising from humble beginnings, he became India’s 11th President and earned the title “People’s President” for his inspirational leadership. His books and speeches continue to ignite young minds with the belief that science and innovation can transform society.

C.N.R. Rao

(June 30, 1934 – Present)

A titan of chemistry, C.N.R. Rao is celebrated for his pioneering work in solid-state and structural chemistry. Awarded the Bharat Ratna, he elevated India’s reputation in materials science and mentored countless researchers. Even today, Rao remains active in scientific discourse, embodying the spirit of lifelong inquiry.

Har Gobind Khorana

(January 9, 1922 – November 9, 2011)

The Nobel Prize-winning Har Gobind Khorana decoded the genetic code and explained how cells synthesize proteins, laying the foundation for modern biotechnology. Though he spent much of his career abroad, his achievements brought immense pride to India and inspired generations of molecular biologists worldwide.

Why They Became Icons

These scientists were not confined to laboratories. They built institutions, influenced national policy, and communicated science in ways that resonated with everyday citizens. From Kalam’s motivational speeches to Sarabhai’s vision of satellites in rural classrooms, they made science a part of India’s cultural identity.

Their legacies live on in India’s nuclear energy programs, ISRO’s space missions, and advances in biotechnology. They remind us that science is not just about discovery — it is about inspiring societies to dream bigger and achieve the impossible.