Author: vitorcherulli

  • India’s 7.8% GDP Growth and the 3,300-Point Sensex Drop: Understanding the Disconnect

    India’s 7.8% GDP Growth and the 3,300-Point Sensex Drop: Understanding the Disconnect

    India’s economy grew at a robust 7.8% in the first quarter of fiscal year 2027, but the stock market failed to celebrate. The Sensex, India’s benchmark equity index, lost approximately 3,300 points since August 31, and the Nifty 50 shed nearly 1,000 points. The sharp divergence between macroeconomic strength and market performance has left many investors puzzled.

    According to the Ministry of Statistics and Program Implementation, the Q1 FY27 GDP data was released on August 31. On that day, the Sensex closed at 76,957 and the Nifty at 24,080. By the morning of September 25, the Sensex had fallen to around 73,675 and the Nifty to about 23,075.

    Seema Srivastava, Senior Research Analyst at SMC Global Securities, attributed the market correction to three major factors: global macro pressure, crude oil and currency stress, and premium valuations combined with domestic sector pressures.

    Global Macro Pressure

    Rising US Treasury yields have made dollar-denominated assets more attractive, prompting global investors to shift funds away from emerging markets like India. This “risk-off” environment has created sustained liquidity pressure on Indian equities.

    Crude Oil and Currency Stress

    Geopolitical tensions have pushed crude oil prices higher. As a major importer of crude, India faces increased inflation and external balance pressures. A weakening rupee further raises the cost of dollar-denominated energy imports, adding to the strain.

    Premium Valuations and Domestic Sector Pressures

    Corporate earnings expectations have been hit across several key sectors. IT companies are contending with softer Western technology spending, while banks and non-banking financial companies (NBFCs) face higher funding costs. Additionally, investors have been booking profits after strong rallies, especially in stocks where valuations appeared stretched.

    “The market reacted to the classic ‘buy the rumour, sell the news’ dynamic,” Srivastava said, noting that institutional desks trimmed positions following the GDP announcement.

    The market’s response underscores a key distinction: GDP measures recent economic activity, but equities continuously price future earnings, liquidity, and global risk. Analysts expect volatility to persist, linked to crude prices, bond yields, currency movements, and foreign capital flows.

  • Fortnite’s €100M Legal Battle: Dark Patterns and the Future of Free-to-Play Monetization

    Fortnite’s €100M Legal Battle: Dark Patterns and the Future of Free-to-Play Monetization

    Epic Games is facing a potential €100 million claim over Fortnite’s in-game purchase system. Dutch consumer group Stichting Massaschade & Consument alleges that the game employs “dark patterns” to pressure players into spending money without full awareness. The group specifically points to countdown timers for limited items and prominent “buy now” buttons as manipulative design features.

    The claim is particularly aimed at protecting players under 21. Additionally, the group raised concerns about how Fortnite collects children’s personal data without parental consent. A study cited by the group found that six out of ten buyers in the Netherlands do not consider V-Bucks as real-world money, based on a survey of over 1,000 young players.

    At the time of writing, the lawsuit has not been filed, and the consumer group says it remains open to a settlement. Epic Games has rejected the allegations, pointing to parental controls that allow guardians to manage spending and playtime.

    Fortnite is free to download, making in-game purchases a critical revenue stream. Players buy V-Bucks to spend on skins, battle passes, and other digital items. This model relies on a large player base with a portion making regular purchases.

    This isn’t the first time Epic Games has faced such scrutiny. In 2024, the Netherlands issued a €1.1 million fine, and in 2022, the U.S. Federal Trade Commission announced a $520 million penalty over Fortnite-related practices.

    If regulators take a stricter stance on these methods, other publishers may need to rethink their digital sales strategies. Clearer pricing, fewer pressure-based prompts, and stronger spending controls could become industry standards.

    The dispute extends beyond one game, raising broader questions about how far publishers can go to convert player attention into revenue. For AAA games, player engagement is crucial, but so is ensuring the path from playing to paying remains transparent and ethical.

  • How AI Is Reshaping Festive Shopping in India: Smart Search, Virtual Try-Ons, and Personalized Picks

    How AI Is Reshaping Festive Shopping in India: Smart Search, Virtual Try-Ons, and Personalized Picks

    Artificial intelligence is increasingly becoming a staple in the festive shopping journey in India, as consumers turn to smart search, virtual try-ons, and recommendation tools to guide their purchase decisions. A recent study by InMobi Advertising reveals that 80% of festive shoppers are interested in having an AI shopping assistant, with specific features gaining varying levels of traction across generations.

    Smart Search Emerges as the Top AI Feature

    According to the study, smart search suggestions are the most popular AI feature, attracting interest from 89% of respondents. Virtual product try-ons and “complete-the-look” suggestions follow closely, each capturing 81% of interest. AI-based recommendations are preferred by 75% of shoppers, while 73% show interest in voice search or chat assistants.

    The findings are based on an on-device consumer study conducted between August 7 and 11, covering 1,110 consumers across Android and iOS devices, spanning Tier 1 to Tier 4 cities and various age groups. The survey indicates that shoppers are not just looking for help finding products but also in narrowing down their choices.

    Virtual Try-Ons Drive Engagement

    Virtual try-on tools are gaining significant attention. The report notes that 79% of consumers are interested in personalized smart TV advertising that includes virtual try-on features. A case in point is fashion brand The Bear House, which reported that its AI-powered virtual try-on experience reduced website bounce rates by 50%, boosted add-to-carts by 2.5 times, and increased overall conversions by fivefold.

    Millennials vs. Gen Z: Divergent Interests in AI Recommendations

    When it comes to AI-based recommendations, generational differences become apparent. 82% of Millennials expressed interest in AI recommendations, compared to 71% of Gen Z. However, both groups show strong enthusiasm for smart search, with 90% of Millennials and 88% of Gen Z indicating they would use such suggestions.

    Interestingly, traditional shopping triggers remain influential across both demographics. Limited-time offers sway 66% of Millennials and 66% of Gen Z, while short-video ads engage 66% and 65%, respectively.

    Festive Shopping Moves Across Screens

    AI is just one component of a broader shift in how Indians shop during the festive season. The study reveals that 73% of shoppers make their final purchases online, with 58% researching and buying online, and another 15% researching in stores before purchasing online. Online reviews play a crucial role, with 75% consulting them before buying, while 53% rely on search engines and 47% on social or influencer content.

    For brands, the shopping path is becoming increasingly complex. Consumers may discover a product on social media, compare it through search, use an AI tool to evaluate it, and finally purchase online. This festive season, AI is becoming an integral step in that journey, rather than a standalone technology experience.

  • IITs Blacklist 22 Firms for Two Years After 150+ Job Offers Rescinded

    IITs Blacklist 22 Firms for Two Years After 150+ Job Offers Rescinded

    The Indian Institutes of Technology (IITs) have taken a strong stance against 22 companies that failed to honour job offers made to students graduating in 2026. The All IITs Placement Committee (AIPC) has decided to stop cooperating with these recruiters for the next two placement seasons, effectively imposing a temporary ban.

    The decision was made at a meeting held at IIT Guwahati earlier this month, and the affected companies will be formally notified by September 30. The move comes after more than 150 job offers across 23 IITs were withdrawn, with some companies pulling between 10 and 15 offers each. The AIPC described the action as “non-cooperation” rather than blacklisting, though the impact is similar.

    Oracle is reportedly among the companies affected, with campus sources claiming the firm withdrew around 40 offers. Several startups are also said to be on the list. The AIPC had given companies until September 15 to onboard students who had received offers, and this year’s figure is higher than last year’s reported 10–11 companies that failed to honour offers.

    To mitigate the impact on students, placement offices have circulated the CVs of affected candidates among companies currently recruiting on campus. The IITs are working to ensure that as many students as possible find alternative placements.

  • OpenAI’s GPT-Live Voice Model: Full-Duplex Conversations and Natural Interruptions

    OpenAI’s GPT-Live Voice Model: Full-Duplex Conversations and Natural Interruptions

    OpenAI has unveiled GPT-Live, a next-generation voice model that redefines how humans interact with AI through speech. Unlike traditional voice assistants that operate in rigid turn-based exchanges, GPT-Live employs a full-duplex design, allowing it to listen and speak simultaneously. This breakthrough enables users to interrupt, pause, or shift the conversation naturally, making interactions feel more like a human dialogue than a command-line interface.

    The model powers the latest ChatGPT Voice experience and is available in two versions: GPT-Live-1 for paid subscribers and GPT-Live-1 mini for free users. Both are rolling out globally on ChatGPT.com and mobile apps for iOS and Android. A key feature is that voice conversations remain integrated with the text interface, so users can follow responses in writing and switch seamlessly between typing and speaking.

    GPT-Live also supports advanced capabilities such as web search, memory, and image processing within the same conversation. However, video and screen sharing are not yet supported in this mode—those features remain available through the older Advanced Voice option for eligible users.

    Another significant innovation is GPT-Live’s ability to hand off complex tasks to backend models. While the voice model manages the conversation flow, a separate reasoning agent can handle intensive computations or use connected tools. For example, an assistant can continue speaking while a backend checks information or completes an action, with the application retaining control over permissions and confirmations.

    OpenAI has also made GPT-Live accessible via its API, enabling developers to build real-time voice applications using WebRTC, WebSockets, or telephony connections. To ensure authenticity, SynthID watermarking is applied to generated audio, allowing OpenAI to verify the origin of the sound.

    This launch signals a shift from simple speech-to-text-and-back responses toward AI that actively manages conversation dynamics, including timing, interruptions, and multi-system coordination. GPT-Live represents a step closer to truly natural voice assistants.

  • Google’s Project Suncatcher: AI Chips Bound for Low Earth Orbit on October 1

    Google’s Project Suncatcher: AI Chips Bound for Low Earth Orbit on October 1

    Google is preparing to launch its Tensor Processing Units (TPUs) into low Earth orbit on October 1, 2026, as part of Project Suncatcher. The prototype satellite will be carried by SpaceX’s Transporter-18 rideshare mission, launching from California. Planet Labs is collaborating with Google on the spacecraft effort.

    The primary goal of Project Suncatcher is to test how AI hardware performs in the harsh environment of space. The TPUs will be subjected to radiation, extreme temperatures, and the intense vibrations of a rocket launch. Cosmic rays and solar activity can disrupt electronics and create errors known as bit flips. Google has already conducted ground tests, including proton beam radiation testing at UC Davis, where AI workloads were run while researchers monitored radiation-related errors. Vibration tests across all three satellite axes were also performed, and the hardware reportedly held up during these stress tests.

    One of the biggest challenges for space-based AI computing is cooling. In the vacuum of space, conventional fans cannot dissipate heat. Google plans to use heat pipes and radiators to transfer heat away from the TPUs, a method already tested in thermal vacuum chambers.

    Another advantage of orbital computing is access to near-constant solar power. Satellites in low Earth orbit can receive up to eight times more solar energy than ground-based installations, making space an attractive location for energy-intensive AI workloads.

    Looking ahead, Google envisions multiple satellites working together as orbital computing clusters, connected by high-bandwidth laser links. The company plans to launch two satellites in 2027 to test these laser communication systems.

    The upcoming launch is not a full-scale AI data center in space but a testbed to gather real-world data on hardware reliability and operational limits. The findings will inform the design of future space-based AI systems, with commercial deployment still a long-term possibility.

  • Comviva Names Former Tech Mahindra AI Leader Jeet Singh to Drive Global Strategy and Alliances

    Comviva Names Former Tech Mahindra AI Leader Jeet Singh to Drive Global Strategy and Alliances

    Comviva has appointed Jeet Singh as its Global Head of Strategy, Transformation and Alliances, tasking him with leading the company’s growth initiatives and partnership development. The announcement, made on September 24, 2026, brings Singh from Tech Mahindra, where he most recently oversaw the global artificial intelligence business.

    What Will Jeet Singh Oversee at Comviva?

    Singh will define Comviva’s strategic direction as it aims to expand into developed markets and enter new industry verticals. He is also responsible for identifying growth opportunities and guiding the evolution of the company’s product portfolio, with artificial intelligence identified as a key area of investment.

    His role extends to global alliances, where he will cultivate partnerships to help Comviva reach new customers and markets. The company has not disclosed specific partners, target industries, or countries tied to his appointment.

    Comviva provides software for customer experience management, data monetization, and digital financial services, serving communications providers and other enterprises. The company reports more than 200 customers and operations in over 100 countries, though it has not set a public expansion target for Singh’s new role.

    Why Has Comviva Chosen Singh for the Role?

    Singh’s most recent position at Tech Mahindra placed him in charge of its global AI business. Comviva highlighted that his expertise spans sales, product development, market strategy, partnerships, and organizational change. Since Tech Mahindra owns Comviva, Singh’s move is an internal transfer within the larger group.

    Comviva CEO Rajesh Chandiramani, who has worked closely with Singh previously, noted his experience in building businesses and applying new technology to enterprise needs. Chandiramani stated that this experience will support the company’s ‘Comviva 2.0’ plans and its integration of AI into products.

    ‘Jeet’s experience in building businesses and applying new technology to enterprise needs will be invaluable as we execute our Comviva 2.0 plans and deepen AI within our products.’ – Rajesh Chandiramani, CEO of Comviva

    The CEO’s comments outline expectations for the appointment, though Comviva has not disclosed financial targets, a timeline for entering new markets, or changes to Singh’s reporting structure. It also did not indicate whether the role would alter existing partnerships.

    How Does the Appointment Fit Comviva’s Plans?

    Comviva has linked Singh’s appointment to its investment in AI, product portfolio changes, and efforts to grow beyond its current markets. His remit unites these areas with partnership development. The company has announced these priorities but has not detailed new products or agreements under his leadership.

    Singh said Comviva plans to expand in developed markets, move into new industry segments, and build its AI capabilities. He also said he would work with the leadership team, customers, and partners on the company’s strategy. These are stated plans, and Comviva has not specified when it expects to complete them.

    The appointment creates a central strategy and alliances role as Comviva pursues growth across multiple business areas. Singh brings experience from Tech Mahindra’s AI division and a mandate to develop partnerships. For now, Comviva has described the scope of his responsibilities without announcing a specific market launch, partnership, or revenue goal.

  • XRP and XLM Retreat as ETF Inflows and Stellar Network Growth Persist

    XRP and XLM Retreat as ETF Inflows and Stellar Network Growth Persist

    XRP and Stellar’s XLM have extended their short-term pullbacks after strong recent rallies, even as fresh institutional developments continue to support attention around both assets. XRP traded near $1.509 after dropping 4.56% in the previous session, while XLM hovered around $0.202 following a 6.52% decline.

    The price weakness came as spot XRP exchange-traded funds (ETFs) continued attracting capital, and Stellar expanded its institutional infrastructure through BVNK Finance while exploring new blockchain privacy tools. However, derivatives and spot market indicators showed traders had become more cautious, with CryptoQuant data pointing to sell-side pressure in futures markets for both XRP and XLM.

    XRP ETF Inflows Continue Despite Short-Term Price Drop

    Spot XRP ETFs recorded $18.04 million in net inflows on Wednesday, according to SoSoValue data, following $20.02 million in inflows on Tuesday. Together, the two sessions brought roughly $38.06 million into XRP-focused investment products, demonstrating continued demand even as XRP underwent a short-term correction after its recent advance.

    Sustained institutional demand could remain an important market factor. However, CryptoQuant data presented a more cautious picture: XRP futures markets showed sell-side dominance alongside signs of overheating after the earlier price surge. Retail participation remained relatively limited, and while spot markets showed heating conditions, several other indicators stayed neutral. This creates mixed short-term signals, with positive ETF flows contrasting with cautious derivatives activity.

    Stellar Expands Institutional Reach Through BVNK Finance

    Stellar continued expanding its infrastructure despite XLM’s recent decline. The network announced that its blockchain had gone live on BVNK Finance, giving enterprise customers access to Stellar for high-volume digital asset transfers. Stellar said the network supports cross-border payments, remittances, and treasury management at sub-penny transaction costs.

    The collaboration extends Stellar’s exposure to financial institutions and enterprise payment users, broadening its potential role in digital asset settlement and international payments. Meanwhile, XLM futures markets showed sell-side dominance, and spot markets showed large whale orders, while other indicators remained neutral. XLM remained near $0.202 as traders assessed whether institutional developments could eventually translate into stronger network activity.

    Stellar Explores On-Chain Privacy With OpenZeppelin Input

    Stellar has also turned its attention toward on-chain privacy, with discussions focusing on ways to protect transaction confidentiality while preserving transparency. The initiative includes insights from OpenZeppelin, a blockchain security specialist, and aims to improve confidentiality and security for users conducting transactions on blockchain networks.

    Interest in blockchain privacy has expanded across the wider crypto market, and Stellar’s related social media discussion attracted 165 likes and 23 retweets, reflecting visible community engagement. However, XLM’s price showed no major reaction to the privacy discussion, and trading volume saw no significant increase, suggesting market participants are waiting for more concrete developments.

    Conclusion

    XRP and XLM remain in corrective phases after their recent rallies. XRP continues to draw ETF inflows, while Stellar expands enterprise access and investigates additional privacy infrastructure. Traders are now watching whether those developments can offset cautious futures positioning.

  • Vivo X500 Pro Max: 200MP ZEISS Camera, 8,000mAh Battery, and 2nm Dimensity Chip – Full Specs

    Vivo X500 Pro Max: 200MP ZEISS Camera, 8,000mAh Battery, and 2nm Dimensity Chip – Full Specs

    The vivo X500 Pro Max has officially launched in China, marking a major step forward in flagship smartphone hardware. With a 200MP ZEISS APO super-telephoto camera, an 8,000mAh silicon-carbon battery, and MediaTek’s new 2nm Dimensity 9600 Pro chip, the device targets photography enthusiasts and power users alike.

    Display and Performance

    The phone features a 6.85-inch BOE Q11 ZEISS Master Color OLED display with a 2K resolution and an adaptive refresh rate ranging from 1Hz to 144Hz. This large panel sets it apart from the smaller 6.36-inch X500 Pro, making it ideal for reviewing photos, watching videos, and gaming.

    Under the hood, the Dimensity 9600 Pro is built on a 2nm process with a tri-cluster CPU: two cores at 4.55GHz, three at 4.35GHz, and three at 3.1GHz. Memory options go up to 16GB RAM with storage up to 1TB. Software is handled by OriginOS 7 based on Android 17.

    Battery and Charging

    The 8,000mAh fifth-generation silicon-carbon cell (25% silicon content) supports 90W wired charging and 40W wireless charging. Vivo also states that the battery can operate at temperatures as low as -30°C under test conditions.

    Camera System

    The rear camera consists of a 50MP Sony LYTIA L910 main sensor with LOFIC technology and 3° optical stabilization, a 50MP ultra-wide camera, and the highlight: a 200MP ZEISS APO super-telephoto camera offering approximately 3.7x optical zoom. The telephoto supports the ZEISS G2 Ultra teleconverter, extending the equivalent focal length to 400mm for distant subjects. CIPA 7.0-class stabilization is included on the telephoto.

    Video capabilities include 4K at 240fps slow motion, 4K at 120fps with advanced subject lock, 8K recording, 10-bit Log, 4:2:2 capture, ACES support, Cinematic Video, Cinematic Portrait Video, and 8K Native Live. The phone integrates BlueImage Dynamic Imaging Technology Stack, combining sensor, chip, ZEISS optics, and vivo’s V3+ and VS1+ image processors. A 50MP front camera completes the setup.

    Pricing and Global Launch

    China pricing starts at CNY 6,999 (12GB/256GB) and goes up to CNY 12,999 (16GB/1TB Creator Edition). A satellite communication model (12GB/1TB) is priced at CNY 8,999.

    According to a vivo Austria microsite, the global launch is scheduled for October 27, 2026, at 4 p.m. CEST, with preorders beginning the same day. International pricing and exact specifications are still unconfirmed. Some reports suggest that global models may feature a smaller battery than the China version.

    Key Takeaways

    • 200MP ZEISS APO super-telephoto camera with ~3.7x optical zoom and 400mm teleconverter option.
    • 8,000mAh battery with 90W wired and 40W wireless charging.
    • MediaTek Dimensity 9600 Pro chip on 2nm process.
    • 6.85-inch 2K OLED display with 144Hz adaptive refresh rate.
    • Global launch expected October 27, 2026.
  • LinkedIn Email Finder Tools and Extensions for 2025: Enhance Your Networking and Lead Generation

    LinkedIn Email Finder Tools and Extensions for 2025: Enhance Your Networking and Lead Generation

    LinkedIn remains the premier platform for professionals to connect, network, and discover business opportunities. However, its strict privacy policies hide email addresses, making direct outreach challenging. LinkedIn email finder tools and browser extensions solve this by locating verified professional emails quickly and securely. This article explores the top tools for 2025, their features, and best practices for using them responsibly.

    Why Use a LinkedIn Email Finder?

    Manually hunting for someone’s work email is inefficient, especially when it’s not listed on their profile. These tools streamline the process by:

    • Generating authentic, working email addresses in seconds.
    • Saving hours when reaching out to large numbers of contacts.
    • Significantly improving your chances of connecting with leads or potential hires.

    They are ideal for sales teams targeting customers, recruiters seeking top talent, and business owners building professional networks.

    Top LinkedIn Email Finder Tools in 2025

    Hunter.io

    Widely used by professionals, Hunter.io filters business emails and integrates seamlessly with LinkedIn. It creates real email addresses and helps manage outreach directly on the site, ensuring your messages reach real users.

    Snov.io

    Available as both a Chrome extension and a web platform, Snov.io provides email addresses along with verification. It includes bulk email sending and forwarding features, making it ideal for marketers and recruiters searching for multiple contacts in one session.

    Lusha

    Lusha is an easy-to-use extension known for high accuracy. It scrapes emails and phone numbers directly from LinkedIn profiles. Many sales professionals rely on it for daily networking activities.

    AeroLeads

    This extension excels at finding obscure emails and phone numbers across platforms, including LinkedIn. Users can store contacts in CRM systems like Salesforce or HubSpot, making it perfect for companies needing robust network management.

    Linked Helper

    Linked Helper uses its own database along with Apollo and Snov.io to find verified emails for any LinkedIn or Sales Navigator profile. It reaches 2nd and 3rd-degree connections server-side without profile visits, preserving your daily limits. Each lead is enriched with phone numbers and extra data for easy CRM export.

    LeadLeaper

    LeadLeaper extracts emails from LinkedIn profiles and automatically uploads them to a spreadsheet. It syncs directly with LinkedIn Sales Navigator, making it a top choice for B2B operations.

    Rules for Appropriate Usage

    While these tools are powerful, ethical and legal use is essential:

    • Privacy: Only contact members and access their business emails for a valid business purpose.
    • Double-check emails: Use built-in verification features to ensure addresses are valid.
    • Follow LinkedIn rules: Avoid web scraping or automated methods prohibited by LinkedIn. Respecting platform privacy ensures uninterrupted access.

    Conclusion

    LinkedIn email finder tools and extensions provide verified contact information while adhering to LinkedIn’s terms and legal standards. Whether for sales, talent hunting, or networking, tools like Hunter.io, Snov.io, Lusha, AeroLeads, Linked Helper, and LeadLeaper streamline the collection process with advanced functionalities and search optimization. Users should evaluate features and performance, adhere to security regulations, and maintain privacy standards.

    Frequently Asked Questions

    1. What is a LinkedIn email finder tool?

    A tool that helps locate professional email addresses from LinkedIn profiles quickly and accurately.

    2. Are LinkedIn email finder tools safe to use?

    Yes, as long as they are used responsibly and follow LinkedIn’s privacy guidelines.

    3. Which is the most accurate LinkedIn email finder in 2025?

    Tools like Hunter.io, Lusha, and Snov.io are recognized for their high accuracy and verified email addresses.

    4. Can I export emails from LinkedIn finder tools to CRM software?

    Yes, most tools, such as AeroLeads and LeadLeaper, allow direct export to CRM platforms.

    5. Do I need a premium LinkedIn account to use these email finder extensions?

    Not always, but some advanced features work best with LinkedIn Premium or Sales Navigator.