In a powerful testament to compassion, courage, and the enduring impact of selfless giving, the family of a 69-year-old man from Kadapa has donated his organs under Telangana’s Jeevandan initiative—granting a second chance at life to three patients in Hyderabad.
This act of humanity not only honors the memory of Chinnaramappa Gari Chenna Keshava Reddy but also reinforces Telangana’s growing leadership in promoting deceased organ donation across India.
🩺 The Journey: From Tragedy to Hope
📅 Timeline of Events
May 12, 2026: Chenna Keshava Reddy is admitted to a hospital with severe headache, repeated vomiting, and sudden loss of speech.
Days Later: His condition worsens; he is transferred from a private hospital in Ananthapur to a tertiary care center in Hyderabad.
May 20, 2026: Despite intensive medical care, he is declared brain dead by a panel of expert doctors.
💙 The Family’s Courageous Decision
In the midst of profound grief, Reddy’s son, Pavan Kumar Reddy, made a life-affirming choice: to donate his father’s liver and corneas.
“My father always believed in helping others. If his organs can give someone else a chance to live, to see, to hope—that is the greatest tribute we can offer.” — Pavan Kumar Reddy
🌟 The Impact: Three Lives Transformed
Thanks to this generous donation:
✅ One patient received a life-saving liver transplant, offering relief from end-stage liver disease. ✅ Two patients regained the gift of sight through corneal transplants, ending years of visual impairment.
Each recipient now carries forward a piece of Reddy’s legacy—a reminder that even in loss, love can multiply.
🏥 Jeevandan: Telangana’s Lifesaving Initiative
The donation was facilitated through Jeevandan, Telangana’s flagship organ and tissue donation program, which coordinates:
🔹 24/7 organ retrieval and transplantation networks 🔹 Counseling support for grieving families 🔹 Transparent allocation systems aligned with national guidelines 🔹 Public awareness campaigns to normalize conversations about organ donation
📊 2026 Milestone: With this donation, Telangana has recorded 79 deceased organ donations this year—a testament to growing public trust and systemic efficiency.
🗣️ Why Organ Donation Matters
For Recipients
🫀 A second chance at life, health, and meaningful relationships
👁️ Restoration of independence and quality of life
💪 Reduced dependence on long-term medical support
For Donor Families
🕊️ Meaningful closure during an unimaginably difficult time
🌱 The comfort of knowing a loved one’s legacy lives on
🤝 Connection to a community of hope and healing
For Society
📈 Strengthened healthcare infrastructure and ethical frameworks
🌍 Progress toward eliminating organ transplant waiting lists
💫 Cultural shift toward empathy, solidarity, and collective responsibility
❓ Frequently Asked Questions About Organ Donation
Q: Who can donate organs?
A: Almost anyone, regardless of age or medical history. Final eligibility is determined by medical professionals at the time of donation.
Q: Does organ donation affect funeral arrangements?
A: No. The donation process is conducted with utmost respect, and open-casket funerals remain possible.
Q: How do I register as an organ donor in Telangana?
A:
Visit the Jeevandan Telangana portal
Register via the NOTTO (National Organ & Tissue Transplant Organisation) website
Carry a donor card or indicate your wish on your driver’s license/Aadhaar
Q: Can families override a registered donor’s wishes?
A: In India, family consent is still sought at the time of donation. That’s why discussing your wishes with loved ones is critically important.
🙏 How You Can Help
✅ Talk about organ donation with your family—today. ✅ Register as a donor through official channels. ✅ Share stories like Reddy’s to inspire others. ✅ Support Jeevandan and similar initiatives through awareness or volunteering.
“Death ends a life, not a relationship.” In choosing to donate, Chenna Keshava Reddy’s family ensured that his love, generosity, and spirit continue to ripple through the lives of others.
In a major boost for Hyderabad’s growing reputation as a global tech hub, Southwest Airlines has officially inaugurated its first India Global Innovation Centre (GIC) in the city. The strategic move positions Hyderabad as a critical node in the US airline giant’s global technology and engineering ecosystem—and signals strong confidence in India’s deep-tech talent pool.
🎯 Key Highlights at a Glance
✅ Location: Hyderabad, Telangana ✅ Inauguration Date: May 20, 2026 ✅ Hiring Target: 1,000+ employees over time ✅ Focus Areas: AI/ML, Data Science, Cybersecurity, Digital Engineering, Next-Gen Product Development ✅ Entity: Southwest Airlines India Private Limited (wholly owned subsidiary) ✅ Inaugurated By: Telangana IT & Industries Minister Duddilla Sridhar Babu
🌐 Why Hyderabad? Why Now?
Southwest Airlines’ decision to establish its first India GCC in Hyderabad is no accident. The city has emerged as a premier destination for global enterprises seeking world-class engineering talent, robust infrastructure, and a supportive policy ecosystem.
“Hyderabad is one of the deepest analytics, engineering, and innovation talent pools in the world, making it an ideal location for the next phase of our journey.” — Lauren Woods, EVP & Chief Information Officer, Southwest Airlines
Hyderabad’s GCC Advantage 📊
🏢 450+ Global Capability Centres already operating in the city
🎓 Strong pipeline from premier institutions: IIT Hyderabad, IIIT-H, NIT, and industry-academia partnerships
💡 What Will the Hyderabad Centre Do?
The new Global Innovation Centre will serve as a strategic hub for Southwest Airlines’ global operations, with teams focused on:
🔹 Artificial Intelligence & Machine Learning – Enhancing customer experience, predictive maintenance, and operational efficiency 🔹 Data Science & Analytics – Driving data-led decision-making across flight operations, revenue management, and loyalty programs 🔹 Cybersecurity – Protecting critical aviation infrastructure and passenger data 🔹 Digital Engineering – Building scalable, cloud-native platforms for next-gen travel experiences 🔹 Product Innovation – Rapid prototyping and development of customer-facing digital solutions
This isn’t just an IT support center—it’s a center of excellence designed to fuel innovation at scale.
🤝 Government Partnership: Telangana’s Pro-Business Edge
The inauguration was led by Minister Duddilla Sridhar Babu, who emphasized Hyderabad’s growing convergence of aviation, space-tech, defense, and deep-tech capabilities:
“Alongside prestigious institutions such as DRDO, RCI, and DMRL, Hyderabad is steadily emerging as a strategic centre where aviation, space-tech, defence, and deep-tech are converging at scale.”
Key enablers highlighted by the Telangana government:
🏗️ World-class infrastructure in HITEC City, Gachibowli, and emerging tech corridors
🎯 Targeted incentives for GCCs via T-IDEA and TS-iPASS policies
🌍 Global connectivity with direct flights, international schools, and expat-friendly ecosystems
🤝 Active industry engagement through T-Hub, WE Hub, and innovation clusters
📈 What This Means for Hyderabad’s Tech Ecosystem
Southwest Airlines’ entry reinforces several powerful trends:
✅ Aviation-Tech Convergence: Hyderabad is becoming a go-to hub for airlines and aerospace firms seeking digital transformation partners ✅ Deep-Tech Talent Demand: Roles in AI, cybersecurity, and data engineering are seeing unprecedented growth ✅ Career Opportunities: Over 1,000 high-quality jobs opening for local engineers, data scientists, and product leaders ✅ Global-Local Synergy: Indian talent contributing directly to global airline innovation—raising the bar for quality and impact
🚀 Looking Ahead: Scaling for Impact
While the centre launches with a core leadership and engineering team, Southwest Airlines has signaled ambitious growth plans:
🔸 Phase 1 (2026): Establish foundational teams in AI, data, and digital engineering 🔸 Phase 2 (2027–2028): Scale to 500+ professionals, expand into advanced analytics and product innovation 🔸 Phase 3 (2029+): Target 1,000+ employees, with potential for Hyderabad to lead global R&D initiatives
The company also indicated openness to collaborating with local startups, academic institutions, and research labs—opening doors for ecosystem-wide innovation.
💼 For Job Seekers: What Skills Are in Demand?
If you’re a tech professional in Hyderabad (or planning to relocate), Southwest Airlines’ GCC is actively seeking talent in:
Hyderabad’s rich tapestry of history came alive this week as the Department of Tourism, Telangana, organized a captivating heritage walk connecting two iconic landmarks: the historic Khazana Building and the majestic Golconda Fort. Part of the broader Tourism Week initiative, the event aimed to reconnect citizens with the city’s architectural grandeur, cultural heritage, and the collective responsibility of preserving these treasures for future generations.
🗓️ Event Highlights
📍 Route: Khazana Building → Golconda Fort Heritage Corridor 📅 Date: May 20, 2026 ⏰ Start Time: 7:30 AM 👥 Open To: Heritage enthusiasts, students, tourists, and local residents 🎯 Organized By: Telangana Department of Tourism
The walk began with an inaugural briefing at the Khazana Building, where experts introduced participants to the historical significance of the heritage corridor and the architectural marvels awaiting them along the route.
🏛️ Spotlight: The Khazana Building
A Treasury of History
Built in 1580 AD during the reign of the Qutb Shahi dynasty, the Khazana Building served as the royal treasury—known then as Khazana Khana—housing the kingdom’s wealth, coins, and precious relics
x.com.
Architectural Features
Single-storey Qutb Shahi structure with traditional Deccan design elements museumsofindia.org
Located on the main road between Fateh Darwaza and Bala Hissar, near Golconda Fort www.telangana360.com
Now home to the Khazana Building Museum, showcasing rare coins, artifacts, and relics from the Chalukyan, Bahmani, and Qutb Shahi periods www.thedeccanarchive.com
Why Visit?
The museum offers a rare glimpse into Hyderabad’s pre-modern economy, military logistics, and artistic patronage—making it a must-see for history lovers before ascending to the fort.
⚔️ The Grand Finale: Golconda Fort
A Monument of Power & Innovation
Perched atop a granite hill, Golconda Fort stands as one of India’s most formidable medieval fortresses and the historic capital of the Qutb Shahi dynasty (1518–1687)
www.instagram.com.
Key Attractions Along the Walk
✅ Acoustic Engineering: The famous “clap test” at Bala Hissar—where a handclap at the entrance can be heard at the highest point nearly a kilometer away ✅ Water Management Systems: Ancient Persian-inspired rainwater harvesting and supply channels ✅ Royal Palaces & Mosques: Remnants of courtly life and spiritual heritage ✅ Panoramic Views: Breathtaking vistas of Hyderabad from the fort’s upper ramparts
UNESCO Recognition
Golconda Fort is part of the Qutb Shahi Monuments of Hyderabad, nominated for UNESCO World Heritage status—a testament to its global cultural significance
www.qutbshahiheritagepark.org.
🎓 What Participants Learned
During the walk, heritage experts and resource persons shared insights on:
🔹 The evolution of Golconda from a mud fort to a grand stone citadel 🔹 The legacy of the Qutb Shahi rulers and their contributions to art, architecture, and governance 🔹 The importance of traditional urban heritage and community-led conservation 🔹 Practical ways citizens can support responsible tourism and monument preservation
“Heritage is not just about preserving stones—it’s about keeping stories, identities, and values alive for the next generation.” — Heritage Walk Resource Person
🚶 How to Join Future Heritage Walks
The Telangana Tourism Department regularly organizes guided heritage experiences. Here’s how to stay updated:
✅ Follow @TravelTelangana on social media for announcements
x.com ✅ Visit the official Telangana Tourism website for event calendars
tourism.telangana.gov.in ✅ Register for heritage walks via the Telangana Tourism mobile app ✅ Contact local tourism information centers in Hyderabad for group bookings
🎟️ Cost: Many heritage walks are free or nominally priced to encourage public participation 👟 What to Bring: Comfortable walking shoes, water bottle, sun protection, and a camera!
💡 Why Heritage Walks Matter
🌍 Cultural Preservation: Raises awareness about protecting monuments from urban encroachment and neglect 🎓 Educational Value: Offers immersive, experiential learning beyond textbooks 🤝 Community Building: Connects residents with their shared history and identity 📈 Tourism Boost: Promotes sustainable, heritage-focused travel that benefits local economies
As Hyderabad continues to grow as a modern metropolis, initiatives like this heritage walk remind us that progress and preservation can—and must—go hand in hand.
🗺️ Plan Your Own Heritage Trail
Want to explore the Khazana Building to Golconda Fort route on your own?
🚗 Getting There:
Khazana Building is ~9 km from Hussain Sagar Lake tourism.telangana.gov.in
Auto-rickshaws and app-based cabs readily available
Ample parking near the fort entrance
🕒 Best Time to Visit:
Early morning (7–10 AM) for cooler weather and fewer crowds
Weekdays for a more peaceful experience
📸 Photo Spots:
Khazana Building’s arched entrance and museum exhibits
Golconda Fort’s Fateh Darwaza, Bala Hissar, and sunset viewpoints
Sam Altman’s $1 Billion Anti-Ageing Bet: How AI And Biology Could Change Human Life Forever
In recent years, artificial intelligence has transformed industries ranging from finance and education to entertainment and software development. But a far more profound revolution may now be taking shape — one that could fundamentally alter human health, ageing, and lifespan itself.
At the centre of this emerging transformation is Sam Altman, the CEO of OpenAI, who is now making one of the boldest investments of his career not in software, but in biology.
Altman has quietly placed a massive financial bet on Retro Biosciences, a biotechnology company focused on extending healthy human lifespan through advanced cellular research and artificial intelligence-driven scientific discovery.
What makes this story remarkable is not just the amount of money involved — reportedly hundreds of millions of dollars — but the larger vision behind it. The convergence of AI and biology could potentially redefine medicine, healthcare, and even the human ageing process itself.
For decades, ageing has been treated as an unavoidable reality of life. Now, some scientists and investors believe it may eventually become something that can be slowed, controlled, or partially reversed.
And AI could be the key that accelerates that future.
The Massive Investment Behind Retro Biosciences
According to reports, Sam Altman personally invested approximately $180 million of his own money to help launch Retro Biosciences.
That alone would make it one of the largest personal biotech investments by a technology entrepreneur in recent years.
But Altman’s involvement did not stop there.
The company later attracted additional large-scale funding, reportedly reaching a valuation of around $5 billion. This signals growing confidence among investors that longevity science — once considered speculative and futuristic — is becoming a serious scientific and commercial field.
Unlike many traditional biotech firms focused on a single drug or disease, Retro Biosciences is pursuing a far more ambitious mission: extending healthy human lifespan by targeting the biological mechanisms of ageing itself.
That goal may sound like science fiction, but researchers believe significant breakthroughs in genetics, stem cell biology, and AI-driven research are bringing humanity closer to understanding the ageing process at a cellular level.
Understanding The Science Of Ageing
To understand why investors like Altman are so interested in longevity science, it helps to understand a basic truth about human health.
Most major diseases are strongly connected to ageing.
Conditions such as Alzheimer’s disease, Parkinson’s disease, heart disease, cancer, diabetes, and osteoporosis become dramatically more common as humans grow older.
Traditional medicine generally treats these illnesses separately. But some scientists now argue that ageing itself may be the root cause connecting many of them.
If researchers can slow biological ageing, they may also reduce the risk of numerous age-related diseases at the same time.
This idea has created enormous excitement in biotechnology circles because it changes the medical approach entirely.
Instead of asking “How do we cure this disease?”, researchers are increasingly asking “How do we slow the biological processes that make disease more likely?”
That shift could eventually transform the future of healthcare.
The Revolutionary Idea Of Partial Cellular Reprogramming
At the core of Retro Biosciences’ research lies one of the most talked-about concepts in modern biology: partial cellular reprogramming.
The idea is based on a groundbreaking scientific discovery that certain proteins can reset mature cells into a younger, more flexible state.
Scientists previously discovered that ordinary adult cells could be converted into stem cells using a small set of genetic factors. This breakthrough completely changed regenerative medicine and earned widespread scientific recognition.
However, fully converting cells into stem cells can be dangerous because the cells lose their original identity and may grow uncontrollably.
Partial cellular reprogramming attempts something far more precise.
Researchers aim to rejuvenate ageing cells, restore youthful cellular function, repair biological damage, and reverse some signs of ageing without fully transforming the cells into stem cells.
In theory, this process could help tissues function more effectively as humans age.
For example, older brain cells may regain healthier activity, damaged tissues could repair more efficiently, inflammation associated with ageing might decrease, and cellular energy production could improve.
Although the science remains experimental, early laboratory studies have produced promising signals that age-related cellular decline may not be completely irreversible.
Why AI Could Become The Ultimate Scientific Accelerator
This is where artificial intelligence enters the story.
Modern biological research generates enormous amounts of data. Scientists must analyse proteins, genes, chemical interactions, molecular structures, and cellular pathways that are far too complex for humans to process efficiently on their own.
AI systems excel at identifying patterns inside massive datasets.
Recognising this opportunity, OpenAI developed a specialised AI model known as GPT-4b micro to assist Retro Biosciences’ research.
The model was specifically trained to help scientists redesign proteins involved in cellular reprogramming.
According to OpenAI researchers, the AI system significantly improved research efficiency by accelerating experimental analysis, suggesting new protein designs, identifying possibilities researchers may not have considered, and reducing trial-and-error laboratory work.
Tasks that once required weeks of manual experimentation reportedly produced results much faster with AI assistance.
This may represent a major turning point in science.
Historically, scientific discovery has often moved slowly because experiments are expensive, time-consuming, and limited by human capacity.
AI changes that equation.
Researchers can now simulate biological systems digitally, test thousands of molecular combinations rapidly, predict protein behaviour, analyse genetic relationships, and generate new hypotheses automatically.
Rather than replacing scientists, AI acts as a powerful collaborative tool that expands human research capabilities.
AI And Biology: The Beginning Of A New Era
The convergence of AI and biotechnology is increasingly being viewed as one of the most important technological shifts of the 21st century.
In the past decade, AI has already demonstrated its ability to write software, generate images, translate languages, analyse legal documents, and automate business operations.
Now, its focus is shifting toward medicine and biological science.
This transition could have even greater consequences than AI’s impact on software industries.
Biology is often described as an “information system” — one built from genes, proteins, and cellular communication networks.
AI is uniquely suited to analysing information-heavy systems.
That means future breakthroughs may emerge in areas such as drug discovery, cancer research, genetic medicine, protein engineering, and longevity science.
Many experts believe this convergence between computation and biology may become one of humanity’s most transformative scientific advances.
The Billionaires Racing To Defeat Ageing
Sam Altman is not alone in pursuing longevity science.
Several major technology investors have entered the field in recent years.
Jeff Bezos has backed Altos Labs, while Peter Thiel has invested in anti-ageing research for years. Venture capital firms are increasingly funding biotech startups focused on lifespan extension.
This growing interest reflects a larger belief inside Silicon Valley: that biology may eventually become programmable in the same way software is programmable today.
If that becomes true, the healthcare industry could undergo a historic transformation.
Human ageing is extraordinarily complex, and many previous anti-ageing claims have failed to produce meaningful real-world results.
Several major obstacles remain.
Ageing affects nearly every system in the body. Manipulating one biological process may unintentionally disrupt another. What works in mice or laboratory cells may not work safely in humans.
Any treatment designed to alter ageing mechanisms would require years of testing and regulatory approval. Medical authorities would likely demand extensive evidence regarding safety and long-term effects.
Longevity science also raises difficult social questions. Who will have access to these treatments? Could extreme lifespan extension worsen inequality? How would societies adapt economically and politically? What happens if humans live significantly longer lives?
These concerns remain deeply debated among scientists, ethicists, and policymakers.
AI In Healthcare Is Already Expanding
Even outside longevity research, AI is rapidly transforming healthcare systems worldwide.
Hospitals and medical organisations are increasingly experimenting with AI tools for medical documentation, administrative automation, clinical support systems, medical imaging analysis, patient communication, and drug research.
Supporters believe AI could eventually reduce healthcare costs, improve diagnostic speed, expand access to medical expertise, assist doctors in underserved regions, and accelerate medical innovation.
However, critics warn that healthcare AI must be carefully regulated.
Major concerns include patient privacy, data security, algorithmic bias, medical accuracy, and overreliance on automation.
As AI becomes more deeply integrated into medicine, balancing innovation with safety will become critical.
Could Humanity Eventually Slow Ageing?
The biggest question surrounding companies like Retro Biosciences is simple: can humans actually slow biological ageing?
At present, nobody knows.
Some researchers believe major breakthroughs could eventually emerge within the next few decades.
Others argue the complexity of human biology makes dramatic lifespan extension far more difficult than investors hope.
Still, even modest success could have enormous impact.
If scientists could delay age-related diseases by even a few years, the benefits for global health could be extraordinary.
People might live longer healthy lives, enjoy more productive years, experience reduced periods of chronic illness, and maintain better quality of life during old age.
That possibility explains why so many investors are now treating longevity science as one of the most important frontiers in technology.
The Future Of AI And Human Biology
Sam Altman’s investment in Retro Biosciences represents something larger than a financial gamble.
It symbolises a growing belief that artificial intelligence may dramatically accelerate humanity’s understanding of biology itself.
For decades, software transformed the digital world.
Now, AI may begin transforming the biological world.
The implications are enormous.
Future generations may look back on this period as the moment when AI stopped being merely a computational tool and started becoming a scientific engine capable of reshaping medicine, ageing, and perhaps even human lifespan.
Sunrisers Hyderabad produced a clinical all-round performance to defeat Chennai Super Kings by five wickets in Match 63 of IPL 2026 at the MA Chidambaram Stadium, Chennai, on Monday (May 18). With this important victory, SRH officially booked their place in the IPL 2026 playoffs, while Gujarat Titans also secured qualification following the result.
Chasing a competitive target of 181, Sunrisers Hyderabad completed the chase comfortably in 19 overs, finishing at 181/5. The star of the evening was Ishan Kishan, who played a sensational innings under pressure. The left-handed batter smashed 70 runs off just 47 deliveries, including three boundaries and seven massive sixes. Kishan controlled the chase brilliantly and ensured SRH stayed ahead throughout the innings.
Heinrich Klaasen once again proved why he is one of the most dangerous middle-order batters in T20 cricket. The South African wicketkeeper-batter contributed a valuable 47 runs and shared an important partnership that shifted the momentum firmly in Hyderabad’s favour.
Earlier in the match, Chennai Super Kings posted 180/7 after being asked to bat. CSK showed glimpses of momentum with useful contributions from the middle order, but they failed to fully capitalize during the death overs. Despite setting a fighting total, the bowlers could not contain the aggressive SRH batting lineup on a batting-friendly Chepauk surface.
For Chennai, Mukesh Choudhary emerged as the best bowler with figures of 2/36 in his four-over spell. However, the lack of consistent breakthroughs hurt the Super Kings badly during the chase.
The defeat leaves Chennai Super Kings in a difficult position in the points table and on the verge of elimination from the tournament. Meanwhile, Sunrisers Hyderabad will head into the playoffs with growing confidence and strong momentum at the business end of the season.
The match was played in challenging Chennai weather conditions, with temperatures hovering around 35°C and high humidity testing the players throughout the evening.
Hyderabad: N Ayaan Varma of Hyderabad Polo Riding Club delivered an impressive performance to clinch top honours in the Jumping CH-1 90 cm Open category at the Hyderabad Equestrian Challenge, held at HPRC on Sunday.
Varma showcased excellent control and precision to secure the top podium finish ahead of Jagadeesh of Archi Horse Riding Academy, who finished second, while Dhanvi Cheruvu of Bhima Flying Sea Stallion claimed third place.
In the Jumping CH-1 90 cm category, S Varma Indukuri of Archi Horse RA emerged victorious, followed by Samara of Billionaire PRC in second place.
The 105 cm Junior category witnessed Khaled Ali of Royal Caballo Club securing first place, with Sauryaram Varma Indukuri of Archi HRA finishing second.
In the 105 cm Open category, Aamir Shahnawaz of HPRC topped the standings, while Mohammed Amaan Ali of Flying Camp Rancho de Caballos secured second place. Shiva Sai of Tyson Ruta finished third.
The 40 cm Under-12 category saw Lehak Mehta dominate the event by claiming the top two positions while representing Billionaire PRC and Royal Caballo Club respectively. Naag Hridhaan Mulugu of Archi HRA secured third place.
In the Under-12 Open category, Faizan Khan of Stallion HRA claimed first place, followed by Teja Dior of Billionaire PRC and Mohammed Amaan Ali of Valor Sport Horses.
The 40 cm Under-14 category was dominated by riders from Archi HRA, with Sauryaram Varma Indukuri finishing first, Penumutchu Arnav Sri second, and Mysha Gupta third.
In the Under-14 Open category, Khaled Ali continued his strong run by claiming another title for Royal Caballo Club. Syed Yahyauddin Ahmed Quadri finished second, while G Sanjay of Archi Horse RA came third.
In the Jumping CH-II 80 cm category, Mysha Gupta riding Agni secured first place, while N Ayaan Varma of HPRC finished second. Samyuktha Lakshmi Vanapalli of HPRC claimed third place.
The Jumping CH-II 80 cm Open category was won by Khaled Ali of Royal Caballo Club, with Ayaan Varma Nadimpalli of HPRC taking second place and Arjun Rai of Telangana Horse Riding Association finishing third.
The event brought together talented riders from several equestrian clubs across Hyderabad and Telangana, highlighting the growing popularity of equestrian sports among young riders in the region.
Hyderabad, May 15: Several CBSE schools across Hyderabad have achieved outstanding results in the Class XII board examinations for the academic year 2025–26, with many institutions recording a 100% pass rate and students securing exceptional scores across science, commerce, and humanities streams.
At Delhi Public School Hyderabad, Anushka Sharma emerged as the school topper in the commerce stream with an impressive 98.8%. In science, Pranavaditya Reddy Buchipudi secured 97.6%, while Rujula Niraj Yanamandra topped the humanities stream with 96.4%.
At Army Public School, Bolarum, Karthika Jayam V led the school by scoring 97%, followed by Tanishka Kumar with 96.8%. Riddhi and Yashasvini Reddy shared the next position with 96.2%.
DDMS P Obul Reddy Public School also posted remarkable results. Manasvi Garg scored 98.6% overall, while Nidhi Jain topped the humanities stream with 97.6%. Naveen Vinodh Kumar and Kovuru Aashna Sumukhi led the science and commerce streams respectively, both securing 95%.
At Kennedy High The Global School, Nivesha Reddy Pundra topped with 97%, followed by Pavana Nipun Kumar at 95.8% and Valath Sharath Kumar Rishi with 94.5%.
Bhavan’s Sri Ramakrishna Vidyalaya, Sainikpuri also delivered excellent results, with Akshita Kumari topping the science stream with 98%, while A Sri Radha led commerce with 96%.
At Pallavi Model School, Alwal, Yendru Sathya Jayanth secured an impressive 98.8%, while Meridian School student Vedam Indrani scored 96.4%.
School principals credited the success to the dedication of students, teachers, and parents.
“These results reflect the perseverance, discipline and determination of our students and the constant support of our dedicated teachers and parents. We’re proud of every student’s achievement,” said Smitha Govind, Principal of Army Public School, Bolarum.
“This success reflects the hard work, discipline, and commitment of our students and faculty,” said Vinitha Suresh, Principal of Bhavan’s Sri Ramakrishna Vidyalaya, Sainikpuri.
The impressive performances highlight Hyderabad schools’ continued academic excellence and commitment to nurturing student success.
The “Kids Summer Camp – 2026”, being organized at Marri Krishna Hall (Mini Hall), Tarnaka, is receiving an overwhelming response from children and parents and is continuing successfully. The camp has been specially designed to help children make productive use of their summer holidays while enhancing their physical, mental, and creative development. As the camp has already completed 10 successful days, a large number of children are actively participating every day with great enthusiasm.
This summer camp offers children a perfect blend of fun and learning through a variety of engaging activities. Conducted daily from 9:15 AM to 12:30 PM, the camp includes programs such as Yoga & Mindfulness, Arts & Crafts, Storytelling Sessions, Dance, Karate, Traditional & Ethnic Games, Personality Development, Public Speaking Skills, Fun Skill Games, Cultural Awareness & Discussions, Good Values & Daily Habits, and Child Safety & Awareness.
The yoga sessions are helping children improve concentration and mental peace, while arts and crafts activities are encouraging creativity and imagination. Storytelling sessions are enhancing children’s listening skills and creative thinking. Activities like dance and karate are promoting physical fitness, discipline, and confidence among participants. Traditional games are also introducing children to cultural values and heritage.
In addition, personality development and public speaking sessions are helping children build confidence and improve communication skills. Through Good Values & Daily Habits sessions, children are learning discipline, respect for elders, and positive daily routines. Child Safety & Awareness sessions are also educating children about important safety practices.
Parents have expressed happiness over the positive changes they are seeing in their children since joining the camp. Many have appreciated the organizers for creating a meaningful platform where children can learn valuable life skills while enjoying their summer vacation. The children are also excited to attend the camp every day and explore new activities.
According to the organizers, the summer camp will continue until May 25, and parents who are still interested in enrolling their children are encouraged to register as soon as possible.
Venue: Marri Krishna Hall (Mini Hall), Tarnaka Time: 9:15 AM – 12:30 PM Contact: 91829 84550
This summer camp has become a special attraction in the Tarnaka area by providing children with an enriching and enjoyable learning experience during their holidays.
Hyderabad: Prime Minister Narendra Modi on Sunday inaugurated and laid the foundation stone for several major development projects in Hyderabad, highlighting Cyberabad’s growing role as a key driver of economic and technological growth in India.
The Prime Minister was joined by Telangana Governor Shiv Pratap Shukla and Chief Minister Revanth Reddy during the event.
Addressing the gathering, PM Modi said Cyberabad has emerged as a critical hub for Telangana’s progress and holds importance not only nationally but globally.
“The strength of Cyberabad is both national and global. It is a major centre for the rapid development of Telangana and the country. Therefore, today from Cyberabad, numerous major projects are being launched to make Telangana a major manufacturing powerhouse of the country,” he said.
He stated that the newly launched and proposed projects would create thousands of employment opportunities and significantly improve infrastructure connectivity in the state.
“The projects whose foundation stone was laid or inaugurated today will provide thousands of new jobs here. Telangana’s connectivity has also been strengthened. I congratulate the people of Telangana for these projects,” PM Modi added.
Highlighting the Centre’s investment in Telangana’s railway sector, the Prime Minister compared current allocations with the pre-2014 period.
“For an undivided Andhra Pradesh before 2014, the railway budget was even less than ₹1,000 crore. Today, the railway budget for Telangana alone is approximately ₹5,500 crore. Currently, work is underway on railway projects worth about ₹50,000 crore,” he said.
PM Modi also reaffirmed the Central government’s commitment to Telangana’s development and welfare.
He said the youth, farmers, industries, MSMEs, and startups in Telangana are playing a crucial role in shaping the state’s future.
“Today, the youth of Telangana are dreaming new dreams. Farmers want to move forward with new hopes. Industries, MSMEs, and startups here all want to contribute to building a developed Telangana because if Telangana develops, India will develop,” he said.
Assuring continued support from the Centre, PM Modi said the government would work at an even faster pace to help fulfil the aspirations of people across Telangana.
The event marked another major push toward infrastructure expansion, industrial growth, and connectivity development in Telangana, reinforcing Hyderabad’s position as a leading economic hub in India.
Hyderabad: Prime Minister Narendra Modi on Sunday inaugurated Sindhu Hospital in Hyderabad, calling it a significant step toward strengthening healthcare infrastructure in the city and nearby regions.
Sharing the update on social media platform X, the Prime Minister praised the hospital’s efforts to improve access to quality healthcare services while highlighting its focus on innovation and advanced medical technology.
“Inaugurated the Sindhu Hospital in Hyderabad. It’s a laudable effort to improve healthcare infrastructure in the city and surrounding areas. The emphasis on integrating latest technology and innovation by the hospital team is appreciable,” PM Modi posted on X.
The newly inaugurated hospital is expected to enhance healthcare accessibility for residents in Hyderabad and surrounding districts by offering modern medical services supported by advanced technological systems.
The inauguration took place as part of Prime Minister Modi’s visit to Telangana on Sunday, during which he participated in several official engagements in Hyderabad.
The Prime Minister’s visit has drawn significant political and public attention, with healthcare development emerging as one of the key highlights of his schedule.
The launch of Sindhu Hospital reflects the growing emphasis on strengthening medical infrastructure in Telangana as demand for quality healthcare continues to rise alongside rapid urban development.
With increasing focus on digital health solutions, advanced diagnostics, and patient-centric care, the hospital is expected to contribute significantly to Hyderabad’s expanding healthcare ecosystem.
