Key Highlights of this News:

• Exploiting Curiosity: Cybercriminals lure users by sending messages with enticing yet explicit titles like “MMS Leak” or “Viral Video”.
• Covert Malware Installation: The moment a user clicks on the link, a dangerous malware (virus) or an unknown APK file is downloaded into the background of the phone.
• Theft of OTP and Data: This virus not only gains access to the phone’s gallery and messages but also forwards banking One-Time Passwords (OTPs) directly to the scammers.
• Financial Fraud: Once the fraudsters gain complete control of the device, they wipe out the user’s entire bank balance within minutes.

How Does This Dangerous Trap Work?

According to law enforcement and investigative agencies, these criminals exploit human psychology. When an unsuspecting user clicks on the suspicious link, instead of playing any video, the platform prompts them to install an unknown file or silently installs a dangerous virus in the background. Once this malware becomes active, it begins monitoring every single digital activity of the user.

The trap becomes particularly lethal when the user logs into net banking or makes payments via UPI. The virus steals passwords and PINs using advanced key-logs. Most alarmingly, it intercepts the banking OTP from the user’s inbox and forwards it directly to the criminals. Because the malware works silently, the victim has absolutely no clue that a fraud is taking place until their account is entirely cleaned out.

How to Protect Yourself?

Cybersecurity experts have shared vital safety guidelines to protect yourself from such digital traps:

1. Avoid Suspicious Links: Never click on any unknown or suspicious links received on WhatsApp, Telegram, or other social media groups.
2. Stick to Official App Stores: Always download applications strictly from official platforms like the Google Play Store or Apple App Store. Never install third-party APK files.
3. Keep Credentials Private: Never share your banking details, passwords, UPI PINs, or OTPs with anyone.
4. Emergency Protocol: If you accidentally click on such a link, immediately turn off your phone’s internet, back up your vital data, and perform a factory reset (Format) on your device.
5. Report Immediately: In case of financial fraud, immediately report the incident on the official National Cyber Crime Portal.

Disclaimer: This article is for public awareness and informational purposes only. Always maintain strict vigilance during any online activity. For any official assistance or reporting regarding cyber crimes, rely solely on authorized government portals like cybercrime.gov.in.

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Addressing the workshop, Dr. Ravi Kumar Surpur said the Rajasthan Government is committed to providing world-class technology platforms to youth and startups. He stated that under the guidance of Bhajan Lal Sharma, the state is continuously working to position Rajasthan among India’s emerging leaders in artificial intelligence and digital innovation.

He emphasized that along with developing new AI tools, there is also a need to optimize existing citizen-centric government applications through AI integration. According to him, the use of artificial intelligence can improve public service delivery and help implement welfare schemes more efficiently and transparently.

More Than 100 Participants Joined the Workshop

The hands-on technical workshop witnessed participation from over 100 startup founders, developers, students, innovators, corporate leaders, and government officials. Participants received advanced training on Google’s AI developer platforms, Gemini AI capabilities, APIs, cloud technologies, and modern AI tools.

The workshop also provided insights into developing AI-powered applications, integrating AI into digital products, automating workflows, and building scalable technology solutions using Google’s AI ecosystem.

Focus on Innovation and Skill Development

Representatives from Google India appreciated the enthusiasm, technical curiosity, and innovation potential demonstrated by Rajasthan’s young developers and startup community. The event also served as a collaborative platform connecting startups, educational institutions, MSMEs, developers, and government stakeholders.

Officials believe such initiatives will play a key role in promoting AI skill development, innovation partnerships, and future-ready digital opportunities for Rajasthan’s youth.

The workshop is being viewed as an important step under the Rajasthan AI/ML Policy 2026 aimed at building a strong AI innovation ecosystem and establishing Rajasthan as a leading state in artificial intelligence, digital talent development, and next-generation technology innovation.

Disclaimer

This article is based on official press information and publicly available details. The content has been rewritten in a reader-friendly and human-style format for informational and news purposes only.

Read in Hindi at: missionkiawaaz.in

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A ‘Single Window Solution’ for Youth

The Chief Secretary emphasized that the ‘My Bharat’ portal should be developed as a ‘Single Window Solution’ for the youth. The objective is to provide the following facilities under one roof:

• Skill Development and Experience: Access to information regarding Experiential Learning and skill training programs.
• Participation in Nation-Building: Opportunities for social service through youth leadership, innovation, and volunteering.
• Integration of Schemes: Integrating various state government welfare schemes onto the portal so that youth can directly avail the benefits.

Appointment of ‘Campus Ambassadors’ in Educational Institutions

To ensure the portal reaches every student, the Chief Secretary directed the launch of comprehensive awareness campaigns in schools, colleges, universities, and ITI institutions. To inspire youth, ‘My Bharat Campus Ambassadors’ will be appointed in educational institutions. Additionally, District Collectors have been instructed to conduct monthly review meetings to monitor the portal’s progress effectively.

Progress Made So Far in Rajasthan

Director of the portal, Shri Devendra Vyas, stated that approximately 1.77 million (17.70 lakh) youth have already registered on the My Bharat portal in Rajasthan. The platform has successfully onboarded 49 universities, 420 colleges, and 243 schools. Furthermore, 13 departments and 9 district administrations have been integrated with the portal, through which 942 experiential learning opportunities and 10,000 volunteering slots have been published.

‘Swasth Rajasthan-Fit Rajasthan’ and Other Initiatives

The Chief Secretary directed that programs like the de-addiction campaign and ‘Swasth Rajasthan-Fit Rajasthan’ should be prioritized through the portal. Additionally, through activities such as the ‘Vibrant Village Program,’ ‘Nation First Challenge,’ and ‘My Bharat Budget Quest,’ the youth are being aligned with the goal of ‘Viksit Bharat@2047.’

The meeting was attended by Additional Chief Secretary (Youth Affairs and Sports) Shri Praveen Gupta, ACS (Social Justice and Empowerment) Shri Dinesh Kumar, Secretary (IT and Communications) Dr. Ravi Kumar Surpur, along with other senior officials from various departments.

Disclaimer: This news article is based on departmental press notes and information from official meetings. For updated information regarding registration on the ‘My Bharat’ portal and other schemes, please visit the official government website.

To read this news in Hindi, click here: missionkiawaaz.in

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Mr. VK Singh, Additional Director General of Police (Cyber Crime) Rajasthan, emphasized that this initiative targets “pre-fraud” scenarios—situations where an individual was targeted by a scammer but did not lose any money.

Key Features of TELL 14C

• Proactive Prevention: Reports help authorities block fraudulent bank accounts and mobile numbers immediately.
• Direct Access: No apps required; reporting is done through a simple WhatsApp chat.
• What to Report: Suspicious calls, fake links (URLs), phishing screenshots, or fraudulent social media handles.
• User-Friendly: Supports multiple languages and allows for photo/screenshot uploads.

Step-by-Step Reporting Guide

1.Initialize Chat:Save 9319301930.

Save the number 9319301930 and send a “Hi” message to start the chatbot.

2.Select Details:Location & Language.

Choose your preferred language and enter basic details such as your name, pincode, and state.

3.Upload Evidence:Links & Media.

Provide the suspicious URL, UPI ID, or email address. You can also upload screenshots of the fraudulent conversation or link.

4.Final Submission:Verification.

Review your details on the summary page and click submit to log the report on the national 14C portal.

Critical Distinction: If You Have Already Lost Money

ADG VK Singh clarified that TELL 14C is for reporting suspicious activity only. If a financial fraud has already occurred, you must use the following official channels:

The ADG’s Message: “Escaping a scam is good, but reporting it is better.” Sharing information about failed scams helps the police block the tools used by criminals, protecting thousands of others from falling victim to the same network.

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Enhancing Healthcare Digital Capabilities

By integrating Optimum Healthcare IT, Infosys gains deep provider-specific expertise and a refined consulting model. This synergy is designed to cater to healthcare systems that are rapidly pivoting toward:

• Cloud Migration: Transitioning complex clinical data to secure cloud environments.
• Digital Infrastructure: Modernizing the backbone of hospital operations.
• Operational Transformation: Leveraging technology to streamline hospital workflows and improve patient outcomes.

Synergy with AI and Cloud Platforms

Infosys aims to blend Optimum’s industry knowledge with its own high-performance platforms, Infosys Topaz (AI-first offerings) and Infosys Cobalt (cloud-led services).

• Data Modernization: The collaboration will focus on AI-powered data modernization projects to provide personalized, data-driven patient care.
• Cost Optimization: Hospitals and clinics can expect greater operational efficiencies and cost-saving opportunities through these integrated digital solutions.

A Robust Partner Ecosystem

Optimum Healthcare IT brings a prestigious network of technology alliances that will bolster Infosys’ service portfolio. Notably, Optimum is an Elite ServiceNow partner and was recently honored as the 2026 ServiceNow Partner of the Year. The firm also maintains strong ties with Amazon Web Services (AWS), Workday, and Microsoft Azure, which will help Infosys scale its enterprise transformation programs, particularly within the lucrative United States healthcare market.

The “AI-First” Global Strategy

With operations spanning 63 countries and a global workforce exceeding 325,000, Infosys is doubling down on its AI-first business strategy. This acquisition allows the company to specialize further in the healthcare vertical while scaling AI-led digital services for large-scale enterprise clients.

Disclaimer: This report is prepared based on Infosys Limited’s official exchange filing and press release dated May 5, 2026. For investment or business decisions, please refer to the official financial reports provided by the company.

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What is Sovereign AI? (A Simple Explanation)

Sovereign AI is a nation’s ability to design, develop, and deploy AI using its own infrastructure, local data, and domestic talent. It is not just about building a local chatbot; it is about controlling the entire “AI Stack” to align with national priorities, cultural values, and local laws.

The Four Pillars of Sovereign AI:

1. Data Sovereignty: Ensuring sensitive citizen and government data remains within national borders.
2. Infrastructure Sovereignty: Developing domestic data centers and high-performance computing (HPC) clusters (GPUs).
3. Model Sovereignty: Training indigenous models that understand local languages, dialects, and cultural nuances.
4. Governance: Regulating AI based on homegrown ethics and legal frameworks rather than adopting foreign standards.

2026: The Global Scenario and Investment Surge

Experts are calling 2026 the “Inflection Year for Sovereign AI.” Reports from Deloitte and Gartner highlight a massive shift in global spending:

• Massive Investment: Worldwide investment in Sovereign AI compute is expected to exceed $100 billion in 2026 alone.
• Cloud Spending: Expenditure on sovereign cloud IaaS is projected to reach $80 billion, representing a 35.6% annual growth rate.
• Geopolitical Race: While China has already built a parallel ecosystem, countries like the UAE and Saudi Arabia have emerged as some of the world’s largest investors in AI infrastructure. Meanwhile, Europe is developing localized models strictly aligned with GDPR and European values.

India’s Sovereign AI Journey: Toward ‘Atmanirbhar’ Intelligence

At the India AI Impact Summit 2026, several landmark developments were announced to secure India’s digital future:

• Indigenous Models: India has launched high-performing models like Sarvam AI, BharatGen (Param 2), and Gnani.ai, specifically tuned to support 22+ Indian languages.
• IndiaAI Mission: The government is providing massive subsidies and computing access to startups and research institutions to foster a “homegrown” AI culture.
• Private Sector Prowess: Major conglomerates like Reliance and Adani have commissioned massive AI-ready data centers to reduce reliance on international providers.
• Economic Impact: According to NITI Aayog, AI could contribute up to $1.7 trillion to the Indian economy by 2035, making digital autonomy a critical national priority.

Strategic Advantages and Opportunities

1. National Security: Critical decision-making and sensitive intelligence remain protected from foreign surveillance or sudden service restrictions.
2. Linguistic Precision: Global models often fail to capture the nuances of regional languages; sovereign models provide better accuracy for local healthcare, agriculture, and governance.
3. Economic Resilience: Building domestic capabilities ensures that the nation remains a “creator” in the global economy rather than just a “consumer.”

Challenges: The Reality Check

The path to digital sovereignty is fraught with obstacles:

• The Chip Shortage: Dependence on a few global manufacturers for advanced AI chips (GPUs) remains a significant bottleneck.
• The Energy Crisis: Running massive AI clusters requires an immense amount of electricity and cooling resources.
• Brain Drain: Retaining top-tier AI researchers and engineers against lucrative international offers is a constant struggle.

Conclusion

In 2026, Sovereign AI is no longer a buzzword—it is a strategic necessity. For nations like India, it represents the real shape of “Atmanirbhar Bharat.” While total isolation is impossible, a balance of smart global collaboration and strong domestic capability will determine the winners of the global AI race.

Disclaimer: This article is for informational and educational purposes only. It is based on an analysis of 2026 reports from Gartner, Deloitte, and the India AI Impact Summit. Consult with technical and legal experts before implementing sovereign AI strategies for business or governance.

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What is Physical AI? (A Simple Explanation)

Physical AI refers to the technology that gives machines the ability to sense, reason, and act within a physical environment. While traditional robots operated on fixed, pre-defined programming, Physical AI systems learn from their surroundings in ‘real-time’ and adapt their movements based on changes in the environment.

The most advanced manifestation of this is ‘Humanoid Robotics’—machines designed with a human-like form factor to work in factories, warehouses, and homes without requiring major infrastructure changes.

The Status in 2026: From Prototypes to Production

According to Deloitte Tech Trends 2026, this year is the “inflection point” for Physical AI. Where these machines were confined to research labs in 2025, they have now reached commercial production levels.

• Major Milestones:
  • Boston Dynamics: Their new electric ‘Atlas’ is now in full commercial production. All 2026 units are already sold out, with deployments beginning at Hyundai factories and Google DeepMind facilities.
  • Tesla Optimus: Elon Musk’s Tesla is targeting both factory floors and domestic help with its ‘Optimus Gen 3’ model, focusing on affordability and scale.
  • Adoption Rates: Deloitte reports that approximately 58% of global organizations are currently utilizing Physical AI in some capacity (mostly for smart monitoring), with that number expected to climb to 80% by 2028.

Impact on Business and Society

Physical AI is becoming a catalyst for economic transformation rather than just a technical novelty:

1. Manufacturing: Enhancing efficiency by delegating dangerous, repetitive, and ergonomically straining tasks to robots.
2. Healthcare: Managing hospital logistics and providing high-precision assistance in elderly care facilities.
3. Logistics: Completely automating the picking, sorting, and packing processes in massive e-commerce warehouses.
4. The India Context: At the ‘India AI Impact Summit 2026,’ the government emphasized a ‘Self-Reliant Robotics Roadmap.’ India is now accelerating the development of indigenous humanoid technology for healthcare and security sectors.

Challenges and Reality Check

Despite the rapid advancement, several significant hurdles remain:

• High Cost: The precision actuators and advanced sensors required for human-like movement remain expensive to manufacture at scale.
• Safety and Regulation: There is still a lack of universal global standards for robots working in close proximity to humans in unstructured environments.
• Technical Limits: Reliability in highly unpredictable environments (like a cluttered family home) has not yet reached 100%.
• Job Market Evolution: While Gartner predicts that Physical AI will displace some routine manual roles, it will simultaneously create millions of high-skilled positions in robot maintenance, AI training, and human-robot orchestration.

Future Outlook (2027-2028)

The next major step is the convergence of ‘Agentic AI’ (autonomous decision-making) and ‘Physical AI.’ This means robots will not just follow commands but will be able to plan and execute multi-stage goals entirely on their own. For nations like India, this presents a golden opportunity to secure a leading position in the global high-tech supply chain.

Disclaimer: This article is for informational and educational purposes only. It is based on an analysis of 2026 industry reports from Deloitte, Gartner, and other technical benchmarks. Consult with technical experts and legal advisors before implementing robotic technologies in your business.

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What is Agentic AI? (The Simple Breakdown)

Unlike traditional AI that requires step-by-step “prompts” for every action, Agentic AI functions as a “Smart Worker.” It doesn’t just generate text; it pursues goals.

The Core Characteristics of an AI Agent:

1. Autonomous Planning: It breaks down a broad goal (e.g., “Organize a business trip to London”) into individual steps without human intervention.
2. Tool Integration: It can use external software, browse the web, access APIs, and interact with databases.
3. Self-Correction: If an agent encounters an error (e.g., a booked-out hotel), it automatically seeks an alternative rather than stopping and asking for help.
4. Multi-Agent Systems: The most advanced form involves multiple specialized agents—one for research, one for analysis, and one for execution—collaborating to solve complex problems.

The State of Agentic AI in 2026: By the Numbers

Global industry leaders have shifted their focus from “pilots” to “production-scale” implementation:

• Gartner Report: By the end of 2026, 40% of enterprise applications will feature task-specific AI agents, up from less than 5% in 2025.
• Deloitte 2026 Survey: 74% of organizations expect to use AI agents extensively within the next two years. However, a significant gap remains, as only 21% of companies currently have mature governance frameworks in place.

Real-World Business Impact

Agentic AI is moving beyond the “hype” into high-value use cases:

• Customer Operations: Agents now handle end-to-end support tickets, including processing refunds and navigating complex troubleshooting, rather than just providing scripted answers.
• Software Engineering: AI agents are writing, testing, and deploying code. They can identify bugs in real-time and push fixes independently.
• Supply Chain: Real-time inventory management and automated vendor negotiations are now standard in top-tier logistics firms.
• The India Context: Indian IT services and the BFSI (Banking, Financial Services, and Insurance) sector are leading global adoption. This is effectively reshaping the traditional BPO model into a more efficient, AI-driven “Outcome-as-a-Service” model.

Challenges and Reality Checks

Despite the excitement, the transition is not without risks. Gartner predicts that 40% of Agentic AI projects may fail by 2027 due to legacy system issues and poor process redesign.

Primary Risks:

1. The Governance Gap: With agents taking real-world actions, the question of “who is liable for an AI mistake” remains a legal hurdle.
2. Security & Hallucinations: An agent acting on “hallucinated” or false data could lead to significant financial or operational losses.
3. Job Displacement vs. Creation: While routine administrative roles are being automated, new specialized roles like Agent Orchestrators and AI Ethics Officers are emerging.

Future Outlook (2027-2028)

The next frontier is Physical AI, where these digital agents will be integrated into robotic hardware. For now, the organizations that will lead the market are those that prioritize Governance, Human-AI Collaboration, and Scalable Infrastructure.

Disclaimer: This article is for informational purposes only and is based on analysis of 2026 industry reports from Gartner, Deloitte, and Salesforce. Organizations should consult with technical and legal experts before implementing autonomous AI systems.

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What is COSMO? (And How It Differs from Gemini)

While the current Gemini app relies heavily on cloud-based processing, COSMO (package name: com.google.research.air.cosmo) is designed as an on-device AI agent.

The core of COSMO is the Gemini Nano model, which allows the AI to function locally on your Android device without requiring an active internet connection. The app features a “Hybrid” mode that intelligently switches between local processing (Nano) and high-power server processing (PI model) based on the complexity of the task and connectivity.

6 Powerful AI Skills of COSMO

Based on the temporary Play Store listing, COSMO is not just a chatbot; it is a context-aware assistant capable of deep integration with your phone:

1. Deep Research: It can browse multiple sources to answer complex queries and compile full reports.
2. Document Writer: It offers to draft letters, summarize long texts, or create documents based on your verbal mentions.
3. Browser Agent: Utilizing ‘Mariner’ technology, it can automate tasks directly within your web browser.
4. Calendar & Timer Suggestion: If you discuss plans or schedule a meeting in any app, COSMO automatically offers to add it to your calendar or set a timer.
5. List Tracker: It monitors your needs and suggests updates to your ‘Keep Lists.’
6. Extreme Context Awareness: By tapping into Android’s AccessibilityService API, COSMO “sees” what is on your screen to provide real-time assistance.

Why Did Google Pull the App?

The consensus among tech analysts is that COSMO was “not quite ready for prime time.” The Play Store listing featured squished screenshots and a rudimentary interface, suggesting it was published accidentally or for internal testing.

By pulling the app, Google has added to the mystery, but the general concept is clear: Google wants to move beyond cloud-AI and provide a deeply integrated, “always-listening” AI agent that understands everything happening on your device.

We expect a formal announcement and a more polished version to be unveiled during the Google I/O event later this month.

Disclaimer: This article is based on technical reports and leaked Play Store data. COSMO is currently an experimental application, and its features or availability may change significantly upon its official release. Always review your privacy and data settings when using AI-agent applications.

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CEO Sundar Pichai signaled that this is only the beginning, as the company prepares to significantly increase its capital expenditure to maintain its lead in the global AI arms race.

Financial Highlights: A Quarter of Double-Digit Growth

Alphabet’s Q1 results outperformed market expectations across nearly every metric:

• Net Profit: Surged to $62.6 billion, compared to $34.5 billion in the same period last year.
• Revenue: Rose by 22% to $109.9 billion, marking Alphabet’s 11th consecutive quarter of double-digit revenue growth.
• Google Cloud: The division reached a historic milestone with revenue rising 63% YoY to $20 billion. Cloud now accounts for roughly one-third of the size of Google Search.

AI: The New Primary Growth Driver

For the first time in the company’s history, enterprise AI solutions have surpassed traditional cloud services as the primary growth driver for Google Cloud.

Sundar Pichai noted that while growth was exceptional, it was actually capped by hardware limitations.

“We are compute-constrained in the near term,” Pichai explained. “Our cloud revenue would have been even higher if we were able to meet the total demand. We are working through that moment, and we are investing heavily.”

The Gemini ecosystem is also showing rapid adoption. Paid monthly active users for Gemini Enterprise grew by 40% quarter-on-quarter, proving that businesses are willing to pay for high-level generative AI capabilities.

The $190 Billion Bet on Infrastructure

To address the supply shortage and scale its AI capabilities, Alphabet has revised its 2026 capital expenditure (capex) guidance upward. The company now expects to spend between $180 billion and $190 billion this year, up from previous estimates.

Where is the money going?

Alphabet’s CFO, Anat Ashkenazi, detailed the allocation of these massive investments:

• 60% on Servers: Primarily high-performance AI processors.
• 40% on Data Centers: Expanding the physical footprint and networking equipment required to host AI workloads.
• Proprietary Hardware: Google is rolling out its 8th generation TPUs (Tensor Processing Units). In a strategic shift, Google will now offer these custom chips to select customers for use in their own data centers, directly competing with NVIDIA and AMD.

Search and YouTube: The Core Remains Strong

While AI and Cloud are the “growth engines,” Google’s advertising business remains the company’s financial bedrock.

• Google Search: Revenue increased 19% to $60.4 billion, with AI Overviews actually driving higher search usage and query volumes.
• YouTube: Ad sales climbed 11% to $9.9 billion, maintaining its position as a dominant force in digital video.

In contrast, “Other Bets”—which includes the Waymo autonomous taxi service—continued to operate at a loss of $2.1 billion, highlighting the long-term, high-risk nature of Google’s moonshot projects.

Conclusion: A Conviction to Invest

Despite ongoing debates regarding an “AI bubble,” Alphabet’s results reinforce the company’s conviction. With a Google Cloud backlog that nearly doubled to $462 billion, the demand for AI infrastructure is tangible and massive.

As Alphabet prepares for a significant increase in spending through 2027, the message is clear: the company is no longer just a search engine; it is the foundational platform for the AI-driven economy.

Disclaimer: This article is for informational purposes only and does not constitute financial advice. Please consult with a professional advisor before making investment decisions.

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