Vivo has started teasing the Vivo V80 in India, and the phone is expected to arrive in the first week of October 2026. The company has not announced the exact launch date yet, but its teaser clearly points towards a camera-focused V-series smartphone.

The Vivo V80 is expected to succeed the Vivo V70 and may bring upgrades in photography, video recording, battery life and AI-based creative tools. For users who shoot portraits, reels, travel clips or festive photos, this could be one of Vivo’s most important launches of the year.

Vivo V80 – What the teaser shows

Vivo India’s teaser uses the “My Cinematic Moments” theme, which suggests that the phone will focus strongly on video and portrait photography. The teaser also shows a bold orange shade, a triple rear camera setup, LED flash and ZEISS branding on the camera module.

ZEISS branding has become a major part of Vivo’s premium camera phones. It usually means Vivo is again trying to attract people who care about portraits, colour tuning and camera effects.

Expected camera features

The biggest expected highlight is the 50MP ZEISS Night Telephoto camera with 3x optical zoom. Reports suggest the phone may also support 10x Portrait Zoom, which could help users capture portraits from a distance without standing too close to the subject.

This can be useful at weddings, concerts, family events or travel spots. For example, if someone wants to click a natural-looking portrait from a few steps away, telephoto zoom can make the photo look cleaner and more professional.

The Vivo V80 is also tipped to offer 4K Cinematic Video. Reports say this mode may allow background blur and built-in colour grading inside the camera app. Users may get movie-style presets such as Modern Movie, Vibrant and Pastel.

AI camera tools

Vivo V80 may also bring an AI Creative Camera with more than 30 effects. These tools could help users create social-media-ready photos without using extra editing apps.

Other expected features include Live Sticker Collage and AI Diwali Portrait 2.0. Since the phone is expected around October, festive photography may become one of Vivo’s main selling points in India.

Expected display, battery and performance

Reports suggest the Vivo V80 may feature a 6.59-inch 1.5K AMOLED display with a 144Hz refresh rate. In simple words, the screen should feel smooth while scrolling, gaming and watching videos.

The phone may be powered by Qualcomm’s Snapdragon 7 Gen 4 chipset, paired with 8GB RAM and 256GB storage. It is also expected to pack a large 7,200mAh battery with fast charging support.

Some reports also mention IP68 and IP69 ratings for dust and water resistance. If this comes to the India model, it will make the phone more durable for daily use.

Expected price and rivals

The Vivo V80 price in India is expected to be above Rs.60,000, but Vivo has not confirmed the official price yet.

At this price, the phone may compete with Samsung Galaxy S26 FE, OnePlus 14, Xiaomi 16 series, Google Pixel 11 and Vivo’s own X-series models. Its biggest strength could be portrait photography, video tools and battery size.

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OnePlus is getting ready to launch its new budget smartphone, the OnePlus N6 Lite, in India on September 22, 2026. The phone is expected to sit below the OnePlus N6x and could become one of the brand’s most affordable models in the Indian market and earlier to this OnePlus N6 was launched.

The expected price is around Rs.20,000, though OnePlus has not announced the official price yet. For buyers, the main attraction is simple – a large battery, smooth display and OnePlus branding at a lower price point.

OnePlus N6 Lite – What is confirmed so far

OnePlus has confirmed that the N6 Lite will come with a 7,000mAh battery. That is a big number for daily users, especially students, field workers and people who watch videos or use mobile data for long hours.

The phone will also feature a 120Hz display. This means scrolling through apps, browsing social media and playing supported games should feel smoother than a regular 60Hz screen.

The OnePlus N6 Lite will be available in two colour options – Midnight Hype and Neo Green. The design shows a square camera module at the back, giving it a clean budget-phone look.

Display and performance expectations

Reports suggest the phone may get a 6.75-inch LCD screen with a 120Hz refresh rate. It may not be as rich as an AMOLED display, but a large LCD panel can still work well for YouTube, online classes, video calls and everyday browsing.

The exact processor has not been officially confirmed. Some reports suggest an octa-core chipset with 4GB RAM and UFS 2.2 storage. For normal use such as WhatsApp, Instagram, calling, web browsing and light gaming, this should be fine. Heavy gamers should wait for the final chipset details before deciding.

Battery and durability are the biggest selling points

The 7,000mAh battery is clearly the main highlight of the OnePlus N6 Lite. OnePlus is also expected to offer wired reverse charging, which means the phone may be able to charge small accessories or another phone in emergency situations.

The phone is also said to come with an IP64 rating for dust and water resistance. This does not mean the phone is waterproof, but it should handle light splashes and dust better than phones without any rating.

Notebookcheck reported that the phone has passed five MIL-STD-810H durability tests. In simple words, OnePlus is trying to position it as a tougher daily-use phone.

Camera and software

The camera details are still not fully official. Reports suggest the OnePlus N6 Lite may feature a dual rear camera setup with a 50MP main camera and a secondary sensor. The front camera may be around 5MP.

For a phone near Rs.20,000, users should expect decent daylight photos, document scans and social media pictures. Low-light photography will depend on the final camera sensor and image processing.

The phone is expected to bring AI features such as AI Eraser and AI Clear Face. These tools can help remove unwanted objects from photos or improve faces in group shots.

Rivals in India

The OnePlus N6 Lite will face strong competition in the budget and lower mid-range segment. Its key rivals may include Redmi Note series phones, Realme Narzo phones, iQOO Z-series models, Moto G-series phones, Samsung Galaxy M-series devices and Oppo K-series phones.

If OnePlus prices it under Rs.20,000, it could attract buyers who want a trusted brand with strong battery life. But if it crosses that mark, buyers may compare it closely with 5G phones offering AMOLED displays and faster charging.

Redmi has brought fresh energy to India’s mid-range phone market with the Redmi Note 17 Pro and Redmi Note 17 Pro Max. The new Note Pro series was scheduled for its India launch today as per earlier article, September 15, 2026, with Redmi teasing battery life and durability as the biggest highlights.

It is about a phone that can last longer, charge fast, survive rough daily use and still offer a sharp display for videos, gaming and social media.

Redmi Note 17 Pro – Made for heavy daily use

The Redmi Note 17 Pro is expected to be the more balanced model in the series. Based on global and regional specifications, the phone gets a 6.83-inch 1.5K AMOLED display with a 120Hz refresh rate. That means scrolling, gaming and watching reels should feel smooth.

The phone uses Qualcomm’s Snapdragon 6s Gen 4 chipset in international markets. It is not a flagship chip, but it should be good enough for daily multitasking, video streaming, online classes, payments, WhatsApp, Instagram and light gaming.

The big highlight is the battery. The Redmi Note 17 Pro is listed in some global markets with an 8,340mAh battery and 67W fast charging. India-focused reports have also pointed to a very large battery setup, which makes sense because Redmi is promoting the series around long battery life.

Redmi Note 17 Pro Max – The battery-first model

The Redmi Note 17 Pro Max is expected to sit above the Pro model and may bring the largest battery in the series. Reports say the Pro Max could pack up to a 10,000mAh battery with fast charging support.

This is useful for people who travel often, work outdoors, attend long classes or use mobile data throughout the day. For example, a delivery partner, student or field worker may care more about battery backup than a slightly thinner body.

The Pro Max is also expected to get a 6.83-inch 1.5K AMOLED display with 120Hz refresh rate, a 50MP main camera with OIS and an 8MP ultra-wide camera. OIS helps reduce shake in photos and videos, especially in low light.

Design, durability and software

Redmi is also pushing durability this time. Reports mention IP66, IP68, IP69 and IP69K ratings for protection against dust and water exposure on global models. The phones also get Gorilla Glass protection in some markets.

Both models are expected to run Xiaomi HyperOS 3 based on Android 16. Redmi has also highlighted long-term smoothness and battery health features in its latest Note phones, which should help people who plan to use the same phone for three to four years.

Redmi Note 17 Pro and Note 17 Pro Max price in India

The Redmi Note 17 Pro starts at Rs.36,999 in India for the 8GB RAM and 128GB storage variant. The 8GB RAM and 256GB storage variant is priced at Rs.39,999. Redmi is also offering an instant bank discount of up to Rs.3,000 on this model.

The Redmi Note 17 Pro Max starts at Rs.49,999 for the 8GB RAM and 256GB storage variant. The higher 12GB RAM and 256GB storage model is priced at Rs.55,999. Buyers can get an instant bank discount of up to Rs.5,000 on the Pro Max.

The Redmi Note 17 Pro sale begins on September 17, 2026, while the Redmi Note 17 Pro Max will go on sale from September 23, 2026. (You can refer the final prices and discounts at the time of purchase)

• Redmi Note 17 Pro 8GB plus 128GB – Rs.36,999
• Redmi Note 17 Pro 8GB plus 256GB – Rs.39,999
• Redmi Note 17 Pro Max 8GB plus 256GB – Rs.49,999
• Redmi Note 17 Pro Max 12GB plus 256GB – Rs.55,999

Rivals in India

The Redmi Note 17 Pro series will compete with phones from Realme, iQOO, Motorola, Poco, Samsung and Vivo. Likely rivals include Realme Narzo and Number series phones, iQOO Z-series models, Moto G Power models, Poco X-series phones and Samsung Galaxy M-series devices.

Redmi’s biggest advantage could be battery size, display quality and brand reach. But pricing will decide how strong the series looks against rivals.

Conclusion with key takeaways

The Redmi Note 17 Pro and Note 17 Pro Max look aimed at buyers who want a dependable 5G phone with a big screen, strong battery and better durability.

Key takeaways –

• The Redmi Note 17 Pro series India launch was set for September 15, 2026.
• The phones are expected to offer 6.83-inch 1.5K AMOLED displays with 120Hz refresh rate.
• Battery life is the biggest highlight, with the Pro Max expected to offer up to 10,000mAh.
• The series may bring 50MP cameras, HyperOS 3 and strong dust and water resistance.
• Main rivals include Realme, iQOO, Poco, Motorola, Samsung and Vivo mid-range phones.

Samsung’s Fan Edition phones usually attract buyers who want a near-flagship Galaxy experience without paying Ultra-level prices. The new Samsung Galaxy S26 FE follows the same idea, but this time the expected India pricing has started a bigger debate.

As per recent price leaks, the Galaxy S26 FE may start at Rs.69,999 for the 8GB RAM and 128GB storage variant, while the 8GB RAM and 256GB storage variant could cost Rs.79,999. Samsung India has confirmed that the phone will go on sale on September 18, 2026, though official India prices should be checked at the time of sale.

Samsung Galaxy S26 FE features

The Galaxy S26 FE comes with a 6.7-inch Dynamic AMOLED 2X display with a 120Hz refresh rate. In simple words, scrolling, gaming and video watching should feel smooth. Samsung also claims peak brightness of 1,900 nits, which should help when using the phone outdoors.

The phone is powered by the Exynos 2500 processor. It runs Android 17-based One UI 9 and Samsung has promised seven generations of OS upgrades along with seven years of security updates. This is one of the strongest points of the phone, especially for buyers who do not change phones every year.

Camera and AI tools

Samsung has given the Galaxy S26 FE a triple rear camera setup. It includes a 50MP main camera with OIS, a 12MP ultra-wide camera and an 8MP telephoto camera with 3x optical zoom. The front camera is 12MP.

The phone can handle travel photos, portraits, group selfies and social media videos well. Samsung has also added Galaxy AI features such as Photo Assist, Circle to Search with Google, Now Brief and My FanCam. My FanCam can be useful at concerts or sports events because it helps keep a selected person in frame while recording.

Battery, charging and durability

The phone packs a 4,900mAh battery with 45W wired charging support. Samsung says it can charge up to 69 percent in around 30 minutes with a compatible 45W adapter, but the charger is sold separately.

It also supports 15W wireless charging and Wireless PowerShare. The IP68 rating adds dust and water resistance, which is useful for daily life, but it does not mean the phone should be used carelessly in water.

Rivals in India

At around Rs.79,999, the Galaxy S26 FE faces tough competition. Its rivals include the Samsung Galaxy S26, iPhone 17, Google Pixel 11, OnePlus 14, Vivo X300 series and Xiaomi 16 series, depending on offers and availability.

The biggest challenge for Samsung is value. If the regular Galaxy S26 is available near the same price during festive offers, many buyers may compare both closely. But the S26 FE still makes sense for those who want a large display, strong cameras, Galaxy AI, long updates and Samsung’s service network.

Conclusion with key takeaways

The Samsung Galaxy S26 FE looks like a polished premium phone, but its success in India will depend heavily on final pricing and launch offers.

Key takeaways –

• Samsung Galaxy S26 FE sale in India starts on September 18, 2026.
• Leaked India prices suggest Rs.69,999 for 128GB and Rs.79,999 for 256GB.
• The phone gets a 6.7-inch AMOLED display, Exynos 2500 chip and 4,900mAh battery.
• Samsung promises seven years of OS and security updates.
• Main rivals include Galaxy S26, iPhone 17, Pixel 11 and OnePlus 14.

Facts Input- Samsung Newsroom India, Samsung India – Galaxy S26 FE

India’s smartphone market is getting a busy September week. Oppo has confirmed the Oppo K14 Lite India launch for September 16, Lava is preparing the Lava Bold N4 Pro 5G for September 18, and Samsung Galaxy S26 FE sales in India are also set to begin on September 18.

For buyers, this means three very different choices. Oppo and Lava are looking at practical users who want battery life and value, while Samsung is targeting people who want a premium Galaxy experience without going all the way to the Ultra models.

Oppo K14 Lite – Big battery for everyday users

The Oppo K14 Lite is expected to be a budget-friendly phone with a clear focus on battery life. Reports based on the Flipkart microsite say the phone will launch in India on September 16 at 12 PM IST.

Its biggest highlight is the 7,000mAh battery. That should make it useful for students, delivery workers, travellers, and anyone who spends long hours away from a charger. The phone is also expected to bring a 6.75-inch display with a 120Hz refresh rate, which should make scrolling and basic gaming feel smoother.

The camera setup looks simple, with a 13MP rear camera and a 5MP front camera mentioned in early listings. This is not a phone for serious photography, but it should handle WhatsApp photos, documents, video calls, and casual social media posts.

Oppo may compete here with Redmi, Realme, Moto G series phones, and Lava’s own budget 5G models.

Lava Bold N4 Pro 5G – A local brand aiming for value

Lava Bold N4 Pro 5G is confirmed to launch in India on September 18 at 12 PM IST. The phone will be sold through Amazon and is expected to come in gold and blue colour options.

The main attraction is the 6,000mAh battery and 50MP primary rear camera. For a budget 5G phone, this combination could appeal to buyers who want a phone for daily use, online classes, UPI payments, reels, and light photography.

Lava has been trying to build trust as an Indian smartphone brand, especially among buyers who want an alternative to Chinese brands. If pricing is aggressive, the Bold N4 Pro 5G could compete with Redmi, Poco, Realme, Infinix, Tecno, and Motorola phones in the affordable 5G space.

Samsung Galaxy S26 FE – Premium feel with Galaxy AI

Samsung Galaxy S26 FE has already been announced globally, and Samsung India’s website shows that its sale goes live on September 18. This one sits in a higher category than the Oppo and Lava phones.

Samsung has listed a 6.7-inch Dynamic AMOLED 2X display with 120Hz refresh rate, Exynos 2500 processor, 4,900mAh battery, 45W wired charging, and IP68 water resistance. The camera setup includes a 50MP main camera, 12MP ultra-wide camera, 8MP telephoto camera, and 12MP front camera.

The Galaxy S26 FE also brings One UI 9, Android 17, Galaxy AI features, and seven years of OS and security updates. For buyers who keep phones for many years, that software support is a strong point.

Its main competitors will likely be the Google Pixel 11, OnePlus flagship models, Vivo X series phones, and Samsung’s own Galaxy S26 when discounts begin.

Conclusion with key takeaways –

This week is useful for Indian buyers because all three phones serve different needs. Oppo K14 Lite looks like a battery-first budget phone. Lava Bold N4 Pro 5G brings 5G, a large battery, and a 50MP camera from a homegrown brand. Samsung Galaxy S26 FE is for users who want a polished display, stronger cameras, long updates, and AI features.

If your budget is tight, wait for Oppo and Lava’s official prices. If you want a premium Android phone with longer software life, Samsung’s Galaxy S26 FE is the one to watch on September 18.

Facts Input- Samsung, Samsung Newsroom, Amazon, Oppo

Tecno has unveiled the Pova 8 Pro 5G Tonino Lamborghini Limited Edition, a special version of its performance-focused smartphone with a bold black-and-red design inspired by the Italian lifestyle brand Tonino Lamborghini.

There is one important detail to note. As of September 5, 2026, the special Tonino Lamborghini edition has been unveiled, but its India price and exact sale details have not been officially confirmed in the reports available. The regular Tecno Pova 8 Pro 5G was launched in India earlier with a listed price of Rs. 49,999.

What makes this edition different

The biggest difference is the design. Tecno has given this limited edition a Tonino Lamborghini Black finish with red highlights, a hexagon-style pattern, and a metallic Tonino Lamborghini logo on the back.

It also gets a Pulse Line design on the rear panel, which gives the phone a more sporty look. This is not the kind of phone that tries to look plain. It is clearly made for users who want their phone to stand out.

The rear Alive Matrix Display also gets special touches, including a custom “L” lighting effect. In daily use, this can work as a small visual alert for calls, messages, gaming, charging, and other actions.

Display and performance

The Tecno Pova 8 Pro 5G Tonino Lamborghini Edition comes with a 6.78-inch AMOLED display with a 1.5K resolution and up to 144Hz refresh rate. In simple words, scrolling, gaming, and animations should feel smoother than on a regular 60Hz screen.

The phone is powered by the MediaTek Dimensity 7400 Ultimate 5G chipset. Tecno has also highlighted gaming-focused features, including a P1 graphics chip and cooling system. For a user who plays titles like BGMI, Call of Duty Mobile, or Genshin Impact, this can help with smoother frame rates and better heat control during long sessions.

Battery and charging

One of the strongest points of the phone is its 6,500mAh battery. That is bigger than what many slim smartphones offer today.

For practical use, this means the phone should be comfortable for long screen time, gaming, travel, video streaming, and social media use. It also supports 45W fast charging, which is useful because a large battery can otherwise take too long to refill.

Camera setup

The phone has a dual rear camera setup with a 50MP Sony LYTIA 700C main camera with OIS. OIS means optical image stabilization, which helps reduce blur when your hands move slightly while taking photos or videos.

There is also an 8MP ultra-wide camera and a 13MP front camera for selfies and video calls. This is not mainly a camera-first phone, but the OIS main sensor should help in everyday photography, especially at night or indoors.

Software and durability

The phone runs HiOS 16 based on Android 16. Tecno has also said the device will get two major Android OS upgrades and three years of security updates.

Another useful point is durability. The phone carries IP69K, IP69, IP68, and IP66 ratings, which means it is built to handle dust and water exposure better than many regular smartphones. Still, users should avoid treating it like an underwater camera, because water damage policies can vary by brand and condition.

Competitors to watch

If the Tecno Pova 8 Pro 5G Tonino Lamborghini Edition comes to India around the same premium mid-range price band, it may compete with phones from iQOO, OnePlus, Realme, Motorola, and Nothing.

Models like iQOO Neo series phones, OnePlus Nord series devices, Realme GT series phones, and Nothing Phone models usually attract buyers who want performance, design, and strong daily usability. Tecno’s advantage here is the limited-edition design, big battery, and gaming-focused identity.

Conclusion with key takeaways

The Tecno Pova 8 Pro 5G Tonino Lamborghini Edition is clearly built for people who want a phone that looks different. Its black-and-red design, rear lighting, large battery, fast AMOLED display, and gaming-focused hardware make it more than just a cosmetic special edition.

Key takeaways –

• The Tonino Lamborghini edition was unveiled on September 4, 2026.
• India price and sale date for the special edition are not confirmed yet.
• The regular Tecno Pova 8 Pro 5G was listed in India at Rs. 49,999.
• It gets a 6.78-inch 144Hz AMOLED display, Dimensity 7400 Ultimate chip, and 6,500mAh battery.
• The unique design, Alive Matrix Display, and gaming features are its biggest highlights.

Facts Input

Ultrahuman has secured $70 million in fresh funding led by Qualcomm Ventures, giving the Bengaluru-based health-tech startup a strong push in the global smart ring market. The round also saw participation from Labcorp, Alpha Wave, Blume Ventures, Nexus Venture Partners and Alteria Capital.

The funding includes $65 million in primary equity and $5 million in debt, according to TechCrunch. The round reportedly values Ultrahuman at around $365 million, which shows how quickly interest in wearable health devices is growing.

What Ultrahuman does

Ultrahuman builds health-tracking devices and software that help users understand their body better. Its best-known product is the Ultrahuman Ring, a smart ring that tracks sleep, heart rate, body temperature, movement, recovery and other health signals.

The company also offers products such as continuous glucose monitoring, home health monitoring and blood testing services. Together, these tools help users connect different parts of their health story.

For example, someone may sleep badly after a late meal, feel tired after poor air quality at home, or see changes in recovery after heavy training. Ultrahuman wants to bring such signals into one app so users can make better daily choices.

Founder and founding year

Ultrahuman was co-founded by Mohit Kumar and Vatsal Singhal in 2019 – 2020.

Before Ultrahuman, the founders had worked on Runnr, a food delivery logistics startup that was acquired by Zomato. With Ultrahuman, they moved from logistics to consumer health and wearable technology.

Aim of the startup

Ultrahuman’s larger aim is to make health tracking more personal and continuous. Instead of checking health only during a doctor visit or annual test, the company wants people to understand daily signals from their own body.

The next big idea is even more ambitious. Ultrahuman wants smart rings to move beyond basic tracking and become tiny personal computers on the finger. With Qualcomm’s support, the startup is working on rings that can run more software directly on the device.

This could make the ring useful for AI interactions, gesture controls, gaming, car access and other daily tasks in the future.

Purpose of the funding

The $70 million funding will be used to build new hardware, improve software features, expand research and grow in markets such as India, the UAE and the US.

Ultrahuman is also working with Qualcomm on a future ring that will use Qualcomm silicon. More computing power inside the ring can reduce dependence on the phone or cloud for some tasks.

The company also plans to bring some new features to its existing Ring Air and Ring Pro through software updates. These may include game controller-style controls, AI interactions and tools for third-party developers.

Why Qualcomm Ventures’ backing matters

Qualcomm is a major name in mobile and connected-device chips. Its investment is important because Ultrahuman is trying to make the smart ring more capable, not just smaller or prettier.

If the ring can process more data on-device, it may become faster, more private and more useful. For users, that could mean quicker health insights and new ways to control devices without touching a phone.

Competitors in the market

Ultrahuman competes directly with Oura, one of the world’s most popular smart ring brands. It also faces competition from Samsung Galaxy Ring, RingConn, Amazfit Helio Ring and smartwatches from Apple, Garmin, Fitbit and others.

Ultrahuman’s challenge will be to offer accurate health data, long battery life, useful software and a strong user experience without making the product too expensive.

Conclusion – Key takeaways

Ultrahuman’s $70 million funding round shows that smart rings are becoming a serious category in wearable technology.

The startup’s aim is to build a broader health platform around sleep, recovery, metabolism and everyday body signals. The funding will help it improve hardware, add more AI-led features, expand research and grow in important global markets.

If Ultrahuman can turn its ring into a useful personal health computer, it may become one of India’s strongest consumer hardware brands on the global stage.

Dell has launched its new connected AI laptop portfolio in India, bringing the Dell Pro 3, Dell Pro 5 and Dell Pro 7 series for business users. The new laptops were showcased at Dell Technologies Forum 2026 in Mumbai on September 2.

The big attraction is connectivity. Select models support 5G, 4G LTE, eSIM and Wi-Fi 7, which means users do not always need office Wi-Fi or a mobile hotspot to stay online. Dell is clearly aiming these laptops at professionals who work from airports, client sites, factories, cafes, hotels and remote locations.

What Dell has launched

Dell’s new Pro lineup includes the Pro 3, Pro 5 and Pro 7 commercial laptops. The starting price in India begins at Rs. 1,27,429 for the Dell Pro 3 14.

The Pro 7 sits at the premium end of the lineup. It comes in 13-inch and 14-inch sizes, including 2-in-1 options. The Pro 5 is meant for mainstream professional users, while the Pro 3 is designed for everyday office productivity.

Dell has also introduced Precision 9 workstations, professional monitors and a 4K webcam, but the main laptop story is around connected AI PCs for business users.

What makes these laptops different

The key difference is built-in mobile connectivity on select configurations. A regular laptop needs Wi-Fi. These Dell models can use 5G or 4G mobile broadband, depending on the version.

This can be useful for people who travel often. For example, a sales manager can open a CRM dashboard while travelling between meetings. A field engineer can upload inspection reports from a plant site. A consultant can join a video call without depending on hotel Wi-Fi.

Wi-Fi 7 support is another important feature. It is the newer generation of Wi-Fi, built for faster speed, lower delay and better performance in crowded network areas. Not every office has Wi-Fi 7 yet, but businesses buying laptops for the next few years may find it useful.

AI features and performance

The Dell Pro 7 can be configured with Intel Core Ultra Series 3 and AMD Ryzen AI 400 series processors, depending on the model. Compatible versions support on-device AI and Copilot+ PC features.

On-device AI means some AI tasks can run directly on the laptop instead of always going to the cloud. This can help with faster responses, better privacy and lower internet dependence for supported tasks.

The Pro 7 supports up to 64GB LPDDR5X memory and up to 2TB SSD storage. Dell claims up to 23 hours of battery life on select Pro 7 14 configurations, though real battery life will depend on screen type, apps, brightness and network use.

Security and office use cases

These laptops are mainly built for enterprises, not casual home users. That means security and device management are important.

Businesses can use always-connected laptops for remote teams, finance staff, healthcare workers, government departments, logistics teams and executives who handle sensitive data. Built-in mobile broadband can also reduce the need to use unsafe public Wi-Fi.

For AI-heavy professionals, Dell’s Precision workstations add more power for tasks like 3D rendering, engineering simulation, data analysis and AI model work.

Competitors in India

Dell will compete with HP EliteBook and ZBook models, Lenovo ThinkPad laptops, ASUS ExpertBook series, Acer TravelMate business laptops and Apple MacBook Pro models.

Dell’s advantage is its strong enterprise support, security focus, workstation range and connected PC options. The challenge is pricing, as these are premium business machines.

Conclusion – Key takeaways

Dell’s new AI laptops with 5G and Wi-Fi 7 are built for professionals who need secure, reliable connectivity beyond the office.

The Pro 3, Pro 5 and Pro 7 series bring on-device AI, optional mobile broadband, eSIM support, business-grade security and modern performance. For companies with mobile teams, these laptops can reduce dependence on hotspots and public Wi-Fi while making remote work smoother.

Facts Input and Image Credit

Bengaluru-based Makr Microsystems has raised Rs. 10.2 crore in seed funding led by Bluehill VC. Artha Venture Fund also participated in the round.

The startup is working in semiconductor metrology, a highly specialized but very important part of chip manufacturing. In simple words, metrology means measuring and inspecting chips during production. As chips become smaller and more layered, manufacturers need better tools to find defects that are not visible on the surface.

What Makr Microsystems does

Makr Microsystems builds 3D metrology tools for semiconductor manufacturers. Its technology helps chipmakers inspect structures and defects hidden below the surface of semiconductor devices.

This matters because modern chips are no longer simple flat designs. They are becoming more complex, with advanced packaging, chiplets, hybrid bonding and many tiny layers packed together. If a defect is buried inside, normal inspection tools may miss it.

Makr is developing a platform that combines Acoustic Atomic Force Microscopy, optical tomography and 3D data analytics software. Put simply, it uses sound, light and software to help manufacturers look deeper into chips without damaging them.

Founder and founding year

Makr Microsystems was founded by Dr. Ashwin Lal and Paritosh Kumar in 2024, and incorporated in April 2025.

Dr. Ashwin Lal is the founder and CEO. He has an M.Sc. in Physics from IIT Kanpur and a PhD in Microtechnology from EPFL. He has also worked at Applied Materials and earlier founded Shilps Sciences.

Paritosh Kumar is the co-founder and CTO. He brings experience in AI, data science and software engineering.

Aim of the startup

Makr’s aim is to make hidden chip structures measurable at nanoscale precision.

A practical example makes this easier. Imagine a chipmaker producing advanced chips for AI, phones or cars. Even a tiny hidden defect can reduce output or affect performance. If Makr’s tool can detect such problems early, manufacturers can improve quality and reduce waste.

This is valuable because chip manufacturing is expensive. Better inspection can help companies produce more usable chips from each batch.

Purpose of the funding

The fresh Rs. 10.2 crore funding will be used for technology development, customer validation and commercial development.

That means Makr will work on improving its core product, testing it with potential semiconductor customers and moving closer to real-world deployment. For a deep-tech hardware startup, this stage is important because lab success is only the first step. The product also has to work reliably inside demanding semiconductor manufacturing environments.

Competitors

Makr operates in a global market where large companies such as KLA, Applied Materials, Onto Innovation and Hitachi High-Tech already provide semiconductor inspection and metrology tools.

Its challenge will be to prove that its subsurface measurement technology can offer something meaningfully better for next-generation chipmaking. Its opportunity is also large, because India is trying to build a stronger semiconductor ecosystem, and fab-side tools are still a relatively underdeveloped startup area in the country.

Conclusion – Key takeaways

Makr Microsystems’ Rs. 10.2 crore seed round shows growing investor interest in India’s semiconductor equipment space.

The startup wants to help chipmakers see below the surface, detect hidden defects and measure advanced chip structures without damaging them. The funding will help Makr improve its technology, validate it with customers and move toward commercial use.

Facts Input- SMEStreet

Mivi is getting ready to enter India’s smartphone market with its first 5G phone, called the Mivi One 5G. The launch is confirmed for September 2026, though the exact sale date has not been officially announced yet.

This is a big move for Mivi because the Hyderabad-based brand is better known for earbuds, speakers, soundbars and other audio products. Smartphones are a much tougher market. Buyers compare everything: processor, camera, battery, software, after-sales service and price. So, Mivi will need more than brand curiosity to win attention.

What Mivi has confirmed

Mivi has confirmed that its first smartphone will be called the Mivi One 5G. The phone will be sold through Flipkart and will come with a Qualcomm Snapdragon 5G chipset.

The company has teased the device in a green colour option with a flat back and rounded corners. The teaser uses the line “Pretty Powerful,” which suggests Mivi may position the phone as a stylish but practical budget 5G device.

Mivi has not yet revealed the full specification sheet, official price, camera setup or battery details. So, buyers should treat detailed specs as expected until the launch.

Expected specifications

Reports suggest the Mivi One 5G may come with a Snapdragon 4 Gen 2 chipset, 6GB RAM and Android 16. Some listings also point to a 6.79-inch display with 120Hz refresh rate, 50MP dual rear camera, 8MP front camera and a 5,000mAh battery with 18W charging.

A 120Hz display can make scrolling and animations feel smoother. For a daily user, this helps while browsing social media, reading news, shopping online or switching between apps.

The Snapdragon 5G chip is also important. If Mivi keeps the price under Rs. 15,000, it may attract users who want affordable 5G without moving to expensive mid-range phones.

Why this phone matters

Mivi’s entry is interesting because India’s budget smartphone market is crowded but still open to disruption. Many buyers want a phone that feels clean, reliable and not overloaded with unwanted apps.

Reports suggest Mivi may focus on a stock Android-like experience with less bloatware. If true, that could become a strong selling point. A clean interface is useful for students, parents, first-time 5G users and people who simply want a phone that works without too many confusing apps.

Mivi background

Mivi was founded in 2015 and is based in Hyderabad. The brand is run under Avishkaran Industries Pvt. Ltd. founded by Midhula Devabhaktuni and Viswanadh Kandula as the co-founders.

The company has built its identity around Made-in-India audio products. Moving into smartphones is a larger challenge because it needs software support, service network, quality control and long-term customer trust.

Competitors in India

The Mivi One 5G will compete with Redmi, Realme, Poco, Lava, Samsung and Motorola phones in the under Rs. 15,000 segment.

Its biggest challenge will be proving reliability. Established brands already offer strong options with 5G, large batteries and decent cameras. Mivi’s advantage may come from clean software, Indian brand appeal and aggressive pricing.

Conclusion – Key takeaways

The Mivi One 5G looks like a serious first step into India’s smartphone market. The confirmed highlights include 5G support, Snapdragon chipset and Flipkart availability.

If Mivi launches it under Rs. 15,000 with clean software, decent battery life and dependable service, it could become a fresh option for budget 5G buyers.

Creedom has raised Rs. 4.1 crore in a seed funding round at a valuation of Rs. 42 crore. The Bengaluru-based AI content creator platform is building tools for creators who want to grow on platforms like Instagram, YouTube and TikTok without depending only on guesswork.

The round was led by angel investors Leigh Hopkins, Raghunandan G and Kartheeswaran KK, co-founder and CEO of Ninjacart. Raghu Nathan Sethuraman, Senthil Kumar T P and Govindaswamy Megavarnan also participated through Startup Singam.

What Creedom does

Creedom is an AI growth coach for social media creators. In simple words, it studies a creator’s content, audience behaviour and performance data, then gives suggestions on what to improve.

Many creators face the same problem. They post regularly, follow trends and still do not understand why one reel gets views while another one fails. Creedom wants to answer that “why” in a simple way.

Its AI companion, called Cree, lets creators ask questions about their content in normal language. Instead of reading a complicated analytics dashboard, a creator can ask what went wrong with a post, what topic to try next, or which content format is working better.

Founder and founding year

Creedom was founded by Naveen Murugan, Naveen Sowriraj and Aswin Dhananjai Krishnaswamy in 2024,

Naveen Murugan is the co-founder and CEO. The founding team has links to Ninjacart, which also explains why Kartheeswaran KK’s participation is notable.

Aim of the startup

Creedom’s aim is to make creator growth more informed and less stressful.

A beginner creator may know how to shoot a reel, but may not know why people stopped watching after the first three seconds. A small business owner may post daily but may not understand which videos bring followers or sales. Creedom tries to give this feedback in plain language.

For example, if a food creator posts five videos in a week, Creedom can study which hook worked, which video had better retention, and what kind of script may perform better next time. This makes the platform more like a coach than a simple caption-writing tool.

Purpose of the funding

The fresh seed funding will likely help Creedom improve its AI product, strengthen creator analytics, expand its team and reach more users in India and overseas markets.

The company says it connects through official platform channels and has highlighted Meta and YouTube partner status in its own updates. This matters because creators are often cautious about giving third-party tools access to their social accounts.

Funding can also support new features such as better content feedback, script support, trend signals, competitor tracking, comment replies and DM automation.

Competitors in the market

Creedom competes with creator tools like YouTube Studio, Instagram Insights, VidIQ, TubeBuddy, ChatGPT, Gemini, Canva and other AI content tools.

Its challenge is clear. Free tools already give basic numbers. General AI tools can write captions and scripts. Creedom has to prove that personalized creator feedback is useful enough for creators to pay for it.

Conclusion – Key takeaways

Creedom’s Rs. 4.1 crore seed funding shows growing investor interest in India’s creator economy and AI tools.

The startup wants to help creators understand their own content better, not just create more posts. Its focus on analytics, feedback and personalized growth advice could appeal to serious creators who want clarity instead of random posting.

The real test will be whether Creedom can turn creator data into practical advice that helps users grow consistently.

Facts Input- 1, 2

Pune-based deeptech startup Minimac Systems has raised Rs. 30 crore in a funding round led by Zerodha’s Rainmatter. Select venture capital firms also participated in the round.

The company works in a space most people rarely notice, but factories depend on it every day which is industrial lubricants. These oils keep machines running in power plants, steel mills, mines, factories and other heavy industries. Minimac’s idea is simple and practical. Instead of treating used oil as waste, it helps companies clean, restore and reuse it wherever possible.

What Minimac Systems does

Minimac Systems focuses on lubricant lifecycle management. In simple terms, it helps industries take better care of machine oil from the time it enters a plant to the time it can no longer be reused.

The startup offers oil purification, filtration, flushing systems, oil testing devices, lubricant condition monitoring and maintenance services. These solutions help companies reduce machine breakdowns, improve equipment life and cut oil wastage.

For example, a manufacturing plant may keep replacing oil every few months because it looks dirty. Minimac checks the oil condition, removes contamination and restores it if it is still usable. This can reduce fresh oil purchases and also lower waste disposal problems.

Founder and founding year

Minimac Systems was founded in 2012 by Anshuman Agrawal and Harshit Agrawal.

The company has been bootstrapped and profitable since inception, which makes this funding round more interesting. It is not a young startup burning money to find a model. It already has a working business and is now raising capital to scale faster.

Aim of the startup

Minimac wants industries to stop seeing lubricants as simple consumables. Its larger aim is to treat industrial oil as an asset that can be monitored, cleaned and reused.

This fits well with India’s need to reduce imports and industrial waste. Reports say India consumes more than 5 million tonnes of lubricants and greases every year and imports over 60% of its base oil requirement.

Used oil disposal is also a concern. If handled badly, it can harm soil, water and the environment. Minimac’s circular approach can help factories save money while also reducing waste.

Purpose of the funding

The Rs. 30 crore funding will be used for research and development in treatment infrastructure and fluid analytics. The company will also expand its Recycling on Wheels service through regional hubs.

Recycling on Wheels is a mobile service where treatment systems are taken directly to industrial plants. This is useful because many factories may not want to send oil away for treatment or wait for long turnaround times.

Minimac also plans to build its Lubricants as a Service model. This means companies can outsource the full lubricant management process instead of handling testing, cleaning, monitoring and disposal separately.

Conclusion – Key takeaways

Minimac Systems’ Rs. 30 crore funding shows growing investor interest in practical climate and industrial deeptech businesses.

The startup’s aim is to help factories reuse oil, reduce waste, avoid machine downtime and lower dependence on imported base oil. With Rainmatter’s backing, Minimac can expand its mobile recycling services, improve oil analytics and take its circular lubricant model to more industrial customers across India.

Facts Input- ISN

Ananant Systems is reportedly seeking around $5 million, or about Rs. 48 crore, from the Uttar Pradesh government and the Research, Development and Innovation Fund. The round has not closed yet, and it is as a funding plan under discussion.

The Noida-based semiconductor startup is working on advanced wireless chips and systems for 5G, 6G and industrial edge use cases. This is a tough but important space because India wants to reduce its dependence on imported chip technology and build more local capability in telecom, defence, factories and connected devices.

What Ananant Systems does

Ananant Systems builds wireless semiconductor and system-level technology. In simple words, it works on chips and related software that help machines, telecom networks and smart devices communicate faster and more reliably.

The company’s focus includes deterministic compute, RISC-V, DSP, 5G, 6G, small cells and edge AI. These may sound technical, but the idea is practical. A factory robot, security camera, telecom tower, smart machine or industrial sensor needs fast processing, low power use and stable connectivity.

Ananant wants to build chips that can handle these needs at lower power and cost.

Founder and founding year

Ananant Systems was founded in 2023. The company is led by Chitranjan “Chitu” Singh, who is the founder, CEO and chief architect.

Chitu Singh previously worked at Qualcomm, where he was involved in LTE and 5G modem architecture. Ananant’s official website says its core team has long experience in wireless semiconductor engineering across companies such as Qualcomm, MaxLinear, Marvell, Nokia, Ericsson and Mavenir.

Purpose of looking for funding

The reported $5 million funding may help Ananant Systems scale its 5G and 6G offerings, strengthen research and development, expand engineering work and support product commercialization.

Semiconductor startups need heavy early investment. Building a chip is not like launching a normal app. It needs design tools, testing, silicon validation, specialized talent, software support and manufacturing partners.

Ananant’s website says its first-generation silicon is in production in 2026, while its next generation chip is committed for tape-out. Tape-out simply means the chip design is ready to be sent for manufacturing. Fresh capital can help the company move faster through these stages.

Why UP government and RDI Fund matter

If the Uttar Pradesh government supports Ananant Systems, it could help the state position itself as a stronger semiconductor and electronics hub.

The RDI Fund is also important because it is designed to support research-heavy sectors with long development cycles. According to the official RDI Fund mechanism, support can come through low-interest long-term loans, and in select cases, equity-based funding for startups may also be considered.

For deep-tech companies, this kind of patient capital can be useful because revenue may take time, but the technology can become strategically valuable.

Why this startup matters

India’s telecom networks, defence systems, EVs, factories, smart cities and AI devices will need better chips in the coming years. If Indian companies can design more of this technology locally, the country can build stronger supply-chain control and reduce import pressure.

For example, a locally designed 5G small-cell chip can help telecom operators expand networks. An edge AI chip can help cameras, machines or industrial systems make decisions faster without always depending on cloud servers.

Competitors and market space

Ananant Systems operates in a competitive global market. Its broader competitors include chip design and semiconductor IP companies such as Qualcomm, MediaTek, Broadcom, Rambus, VeriSilicon, Arteris IP and SiFive.

In India, it belongs to the growing semiconductor startup space along with companies such as Mindgrove Technologies, InCore Semiconductors, Netrasemi, Calligo Technologies and Agrani Labs, though each company works on different chip categories.

Conclusion – Key takeaways

Ananant Systems’ reported $5 million funding plan shows how India’s semiconductor ecosystem is entering a more serious stage.

The startup is building wireless chips and systems for 5G, 6G and edge AI use cases. The funding, if secured, can help it scale R&D, strengthen product development and move closer to commercial deployment.

For India, startups like Ananant matter because the future of telecom and AI will depend not only on software, but also on the chips powering it.

Facts Input- Moneycontrol

Agrani Labs is reportedly close to raising around $50 million, or nearly Rs. 475 crore, in a fresh funding round led by Peak XV Partners. The deal is still under discussion, and it is not a closed round yet.

The Bengaluru-based semiconductor startup is working in one of the most watched areas of technology today which is AI computing. As companies train and run larger AI models, demand for powerful chips has grown sharply. Agrani Labs wants to build high-performance GPUs and software for enterprise and data centre use.

What Agrani Labs does

Agrani Labs is building AI GPUs and the software stack needed to run them.

A GPU, or graphics processing unit, is a chip that can handle many calculations at the same time. Earlier, GPUs were mainly known for gaming and graphics. Today, they are also central to AI because they help train and run large models faster.

Agrani is trying to build both the hardware and software side. This matters because a powerful chip alone is not enough. Developers and companies also need software tools that help them use that chip easily in data centres.

For example, if an enterprise wants to run AI tools for customer support, fraud detection, coding, image search or language models, it needs strong compute infrastructure. Agrani wants to serve that kind of market.

Founder and founding year

Agrani Labs was founded in 2024 by Dheemanth Nagaraj, Ashok Jagannathan, Srikanth Nimmagadda and Rajesh Vivekanandham.

The founding team has experience at global chip companies such as Intel and AMD. Reports say the team brings deep semiconductor experience, which is important because chip design is a long and difficult business.

Agrani Labs came out of stealth in January 2026 after raising an $8 million seed round led by Peak XV Partners.

Why Agrani Labs is looking for funding

Semiconductor startups need large amounts of capital because chip design is expensive. A company has to hire highly specialized engineers, build architecture, test designs, develop software, work with fabrication partners and go through multiple product cycles before commercial scale.

The reported $50 million round may help Agrani Labs expand research and development, grow its engineering team, improve its GPU design and build the software tools needed for customers.

Moneycontrol reported that Peak XV may invest around $15 million as part of the round, while new investors such as 360 ONE may also join. The same report said Agrani Labs could be valued at around $160 million to $200 million during the ongoing talks.

Why this startup matters

AI compute is currently dominated by a small number of global companies. This creates high costs and supply pressure for businesses that need chips for AI workloads.

If an Indian-origin semiconductor startup can build competitive AI compute products, it can support India’s larger technology ambitions. It can also help local enterprises, cloud providers and data centre companies reduce dependence on imported AI hardware over time.

This will not happen overnight. Chip companies take years to mature. But Agrani Labs is entering the market at a time when India is pushing harder on semiconductors through policy support, design incentives and manufacturing interest.

Competitors and market space

Agrani Labs will face tough competition from global giants such as Nvidia, AMD and Intel. These companies already have strong chips, mature software ecosystems and deep customer relationships.

In India, the broader semiconductor and chip-design space includes startups such as Mindgrove Technologies, InCore Semiconductors, Morphing Machines, Calligo Technologies and Netrasemi. Their exact products differ, but all are part of India’s growing chip ecosystem.

Agrani’s main challenge will be execution. Building a GPU is hard. Building a GPU that companies trust for AI workloads is even harder.

Conclusion – Key takeaways

Agrani Labs’ reported $50 million funding talks show how serious India’s AI chip opportunity is becoming.

The startup is building high-performance GPUs and software for enterprise and data centre AI workloads. The funding, if closed, can help Agrani scale R&D, hire talent and move closer to product readiness.

For India, companies like Agrani are important because the next stage of AI growth will depend not only on apps, but also on the chips and systems powering them.

Redmi may soon bring its new Note 17 Pro series to India. The Redmi Note 17 Pro and Redmi Note 17 Pro Max are expected to launch on September 15, 2026, although Xiaomi has not officially confirmed the India launch date yet.

The company has started teasing a new “Max” model under the Redmi Note series, and reports suggest it could be the Redmi Note 17 Pro Max. If the leaks are correct, the biggest attraction will be battery life. The Pro model carries a 8,340 mAh battery, while the Pro Max could go up to a massive 10,000mAh battery.

What makes the Redmi Note 17 Pro series interesting

The Redmi Note series is popular in India because it usually brings useful features at a mid-range price. This time, Xiaomi seems to be focusing on battery, display and durability.

Both phones are expected to feature a 6.83-inch AMOLED display with a 120Hz refresh rate. In simple words, a 120Hz screen makes scrolling, animations and gaming feel smoother than a regular 60Hz display.

For daily users, this can make a difference while browsing Instagram, watching videos, reading news, shopping online or switching between apps.

Redmi Note 17 Pro expected features

The Redmi Note 17 Pro is expected to use the Snapdragon 6s Gen 4 chipset. This should be good enough for regular tasks like calls, WhatsApp, YouTube, online payments, social media, video calls and light gaming.

The phone may come with a 8,340 mAh battery and 67W fast charging. That is much larger than the 5,000mAh or 6,000mAh batteries usually seen in this segment.

Camera details are still based on leaks. Reports suggest a 50MP main rear camera and a 16MP front camera. It may also run HyperOS 3 based on Android 16.

Redmi Note 17 Pro Max expected features

The Redmi Note 17 Pro Max is expected to be the more powerful model. It may come with the Snapdragon 6 Gen 5 chipset, up to 12GB RAM and up to 512GB storage in some markets.

Its biggest talking point could be the 10,000mAh silicon-carbon battery with 100W fast charging. Silicon-carbon battery technology helps brands fit larger batteries without making the phone too bulky.

The Pro Max may also get a 50MP main camera with OIS, an 8MP ultrawide camera and a 32MP selfie camera. OIS helps reduce blur in photos and videos, especially when hands are shaky or lighting is weak.

Why big batteries matter

A large battery is not just a spec-sheet number. It is useful for people who spend long hours outside.

For example, students attending online classes, delivery workers using maps all day, travellers, gamers and office users may not want to charge their phone every evening. A 9,000mAh or 10,000mAh battery can make the phone more dependable for heavy use.

The trade-off may be weight and thickness. Buyers should wait for real-world reviews to see how comfortable these phones feel in hand.

Expected price and competitors

Reports suggest the Redmi Note 17 Pro could be priced around Rs. 37,999, while the Redmi Note 17 Pro Max may cost around Rs. 42,999. These prices are not official yet.

At this level, the phones may compete with OnePlus Nord models, iQOO Neo series, Realme GT phones, Motorola Edge models and Samsung Galaxy A-series devices.

Conclusion – Key takeaways

The Redmi Note 17 Pro and Redmi Note 17 Pro Max look like battery-focused mid-range phones with premium touches.

The expected 120Hz AMOLED display, Snapdragon chips, large batteries and fast charging make them worth watching. Still, the September 15 launch date and India prices are not confirmed by Xiaomi yet, so buyers should treat these details as expected until the official announcement.

Facts Input- 1, 2

Zenergize Technologies has raised $4 million in a Pre-Series A funding round led by Giraffe Studios. The round included a mix of equity and venture debt, with participation from several industrial entrepreneurs and angel investors.

The Gurugram-based deep-tech startup is building power electronics products for India’s clean energy and electric mobility market. In simple words, it makes EV chargers, solar inverters and related systems that help manage and convert electricity more efficiently.

What Zenergize Technologies does

Zenergize designs and manufactures advanced power electronics products in India. Its current portfolio includes AC EV chargers, DC fast chargers and solar inverters.

The company is also working on hybrid inverters and Battery Energy Storage Systems, commonly called BESS. A hybrid inverter can manage power from solar panels, batteries and the grid. BESS helps store energy for later use, which is useful for solar power, EV charging stations, factories and commercial buildings.

Zenergize says its products are designed for Indian conditions, including heat, dust, voltage changes and local grid behaviour. This is important because hardware made for Europe or China may not always perform well in Indian operating conditions.

Founder and founding year

Zenergize Technologies was founded by Navneet Daga and Dr. Veer Karan Goyal. Navneet Daga is the co-founder and CEO, while Dr. Veer Karan Goyal is the co-founder and CTO.

The company was incorporated in 2024, after years of research and development work. Its manufacturing facility is located in Parwanoo, Himachal Pradesh, while its corporate base is in Gurugram.

Purpose of the $4 million funding

The fresh funding will be used to expand manufacturing capacity, strengthen engineering, grow sales and service teams, and speed up research and development.

This matters because Zenergize is seeing demand from large customers. Reports say the company has reached an annual revenue run rate of more than Rs. 30 crore and has an order book above Rs. 150 crore within a year of commercialization.

The company now needs to produce more units, serve customers faster and build the operational strength needed for enterprise and OEM clients.

Why this startup matters

India’s EV and solar markets are growing, but reliable local hardware is still a major need. EV charging networks need fast chargers that can work every day without frequent breakdowns. Solar installers need inverters that can handle Indian rooftops, weather and grid issues.

For example, a logistics company using electric trucks or buses needs dependable chargers at its depot. If charging fails, vehicle operations get affected. Similarly, a solar EPC company needs inverters that can perform consistently across homes, factories and commercial sites.

Zenergize wants to solve this hardware gap with locally designed power electronics.

Competitors in the market

Zenergize competes with EV charging and solar inverter companies such as Exicom, Servotech Power Systems, Statiq, ChargeZone, Delta Electronics, Sungrow, Growatt and other Indian and global hardware players.

Its edge could come from local design, manufacturing control and its Silicon Carbide-based technology. Silicon Carbide, or SiC, helps power devices run more efficiently and handle higher power levels better.

Conclusion – Key takeaways

Zenergize Technologies’ $4 million Pre-Series A round shows growing interest in India’s clean-energy hardware startups.

The startup’s aim is to build reliable, Made-in-India EV chargers, solar inverters and power electronics for Indian conditions. The funding will help it increase production, expand its service network, hire stronger teams and develop new products.

If Zenergize can deliver quality at scale, it could become an important player in India’s EV charging and solar infrastructure market.

Facts Input

Bengaluru-based Oppex AI has raised Rs. 4.2 crore in a pre-seed funding round from Info Edge Ventures. The startup is building an AI-native platform for production operations, a space that becomes important after software goes live and starts serving real users.

In simple words, Oppex AI wants to help engineering teams find and fix software problems faster. When an app, website, payment system or cloud service breaks, companies cannot afford long delays. Every extra minute can affect customers, revenue and trust.

What Oppex AI does

Oppex AI works in incident management. This means it helps teams respond when something goes wrong in a live software system.

Today, engineers often need to check many tools during an incident. They may look at monitoring dashboards, cloud logs, customer complaints, internal documents and old troubleshooting notes. This takes time, especially when users are already facing problems.

Oppex AI tries to bring all that context into one place. Its platform connects with observability tools, cloud infrastructure, support systems, internal runbooks and application data. Then it uses AI agents to understand the issue, suggest possible causes and support faster resolution.

Founder and founding year

Oppex AI was founded in 2025 by Prasun Kumar and Pranit Kumar.

Prasun Kumar is the co-founder and CEO, while Pranit Kumar is the co-founder and CTO. According to the company, the founding team has worked across companies such as AWS, Microsoft, Capillary and CommerceIQ, and brings long experience in building and running technology systems.

Aim of the startup

The main aim of Oppex AI is to make production operations AI-led.

That may sound technical, but the idea is easy to understand. AI tools are already helping developers write and ship code faster. But after that code reaches users, companies still depend heavily on human engineers to diagnose failures manually.

Oppex AI wants to reduce this pressure. The company says its goal is to bring mean time to resolution below 10 minutes for incidents. Mean time to resolution simply means how long it takes to fix a problem after it is noticed.

For example, if a food delivery app suddenly stops accepting payments, the engineering team needs to know whether the issue is in the payment gateway, server, database, latest code release or cloud setup. A tool like Oppex AI can help collect clues faster, so engineers spend less time searching and more time fixing.

Purpose of the funding

The fresh Rs. 4.2 crore funding will be used to expand the team, speed up product development and scale deployments with early enterprise customers.

The company also plans to strengthen its agentic AI platform. Agentic AI means AI systems that can take steps, reason through information and assist in completing tasks, rather than only answering questions.

Oppex AI says it has already deployed its product across multiple enterprises, with users in India, the UK, the EU and the US. That early traction is important because enterprise software buyers usually test tools carefully before adopting them.

Competitors in the market

Oppex AI will compete with global incident management and operations platforms such as PagerDuty, Atlassian Opsgenie, Incident.io, Rootly and FireHydrant. It may also compete with observability companies that are adding AI features to their own products.

Its challenge will be trust. During a live outage, teams need reliable suggestions, not noisy alerts. If Oppex AI can reduce confusion and save engineering time, it can build a strong position in this market.

Conclusion – Key takeaways

Oppex AI’s Rs. 4.2 crore pre-seed round shows growing investor interest in AI tools for software operations.

The startup wants to help tech teams fix production issues faster by using AI to gather context, investigate problems and support response workflows. The funding will help it hire, improve the product and serve more early customers.

For companies shipping software faster with AI, the next big need is clear: keeping that software stable after launch.

Facts Input- ET, TheSaaSNews

Philips is ready to enter India’s 5G smartphone market today, September 2, 2026. The upcoming phone is expected to be called the Philips S7221 5G, though some listings still describe it simply as a new Philips 5G smartphone.

This is an interesting move because Philips is not the first name most Indian buyers think of when shopping for a smartphone. The brand is better known for home appliances, TVs, lighting and healthcare products. So, its first 5G phone in India will need to offer practical value, not just brand recall.

What Philips has confirmed

The new Philips 5G smartphone will be sold through Amazon India. The Amazon microsite has already confirmed some key features, including 5G support, a 120Hz display, dual stereo speakers with Ultra Max audio, a 64MP AI rear camera and a 16MP front camera.

The phone is also confirmed to come with an IP64 rating. In simple words, this means it can handle dust and light splashes, but it is not made for underwater use.

The design shown in teasers includes a punch-hole display, slim bezels and a rectangular rear camera module. The phone has appeared in black, grey and white shades, while some listings mention Starry Black and Coastline Blue names.

Expected specifications

The Philips S7221 5G is expected to feature a 6.67-inch display with 120Hz refresh rate. A 120Hz screen makes scrolling feel smoother while using Instagram, YouTube, news apps, shopping apps or the phone’s normal menu.

Reports suggest the phone may use the Unisoc T765 chipset. It could come in 6GB and 8GB RAM options, with 128GB and 256GB storage choices. The device is also expected to run Android 16.

For battery, listings point to a 5,700mAh unit with 18W charging. The battery size looks good for daily use, but 18W charging may feel slow compared to rivals that offer 33W, 45W or faster charging in the same price zone.

Camera and audio could be the selling points

The 64MP rear camera may attract casual users who want decent photos for social media, family events and travel. The 16MP selfie camera should be useful for video calls and basic content creation.

Philips is also highlighting dual stereo speakers. This could make the phone better for people who watch movies, reels, cricket highlights or online classes without earphones. For a brand with a strong audio history, this is a smart area to focus on.

Expected price and competition

The official price will be clear after launch. Early listings suggest the 6GB RAM and 128GB storage model may be priced around Rs. 21,499, while the 8GB RAM model may sit near Rs. 23,498.

At this price, Philips will face tough competition from Redmi, Realme, Poco, Samsung, Motorola and Lava. The Lava Virat V1 Pro 5G, for example, offers a 6,000mAh battery, 120Hz display, 50MP camera and clean Android experience at a lower launch price.

That means Philips must compete on more than specs. It will need strong pricing, reliable after-sales service, clean software and good real-world performance.

Conclusion – Key takeaways

The Philips 5G smartphone looks like a practical entry into India’s crowded budget and mid-range 5G market. Its 120Hz display, 64MP camera, stereo speakers, IP64 rating and large battery make it worth watching.

Still, the final price will decide everything. If Philips prices it too close to stronger rivals, buyers may hesitate. But with a smart launch offer and dependable service, the Philips S7221 5G could attract users who want a fresh alternative from a known electronics brand.

Facts Input- Gadgets 360, Smartprix, Gizbot, Philips

PhonePe has launched UPI 123Pay for feature phone users in India, making digital payments possible even without a smartphone or internet connection. The service was announced on August 31, 2026, and is aimed at people who still use basic mobile phones or live in areas where internet access is weak.

This is a useful move for rural users, senior citizens, small shopkeepers, daily wage workers and anyone who wants simple UPI payments without depending on mobile data. PhonePe says the service will come pre-installed on select Nokia, HMD, Lava and Itel feature phones, with more handset brands expected later.

What is PhonePe UPI 123Pay

PhonePe UPI 123Pay is a payment service made for feature phones. It allows users to send money, pay merchants, check bank balance and view transaction history without using internet data.

The system works through SMS-based technology. This means a basic phone with network signal can complete UPI transactions even in places with limited 2G connectivity.

Users can pay through mobile numbers, UPI IDs, contacts and QR codes. However, QR scanning will work only on feature phones that have camera support.

Why this launch matters

UPI has become a daily payment habit for smartphone users, but many Indians still use feature phones. For them, paying digitally has not always been easy.

PhonePe says India has more than 200 million feature phone users. If even a part of this group starts using UPI, digital payments can reach many more people beyond cities and smartphone users.

For example, a farmer can pay a local supplier, a worker can send money home, or a small shop customer can pay digitally without needing a smartphone. This makes UPI more inclusive and practical.

How to register for PhonePe UPI 123Pay

The setup process is simple and does not need a smartphone.

• First, open the pre-installed PhonePe app on the feature phone. Then read and accept the terms and conditions. After that, select your bank from the list.
• Next, enter the last six digits of your debit card and the card expiry date. Once this is done, set your UPI PIN. Your UPI ID will become active, and you can start making payments.

How to pay using PhonePe UPI 123Pay

• To make a payment, open the PhonePe app on the feature phone.
• Choose how you want to pay. You can select Scan and Pay, Contact Book, Mobile Number or Pay to UPI ID.
• If you are paying through a mobile number or UPI ID, enter the receiver’s details carefully. Then check the name shown on the screen before moving ahead.
• Enter the amount, type your UPI PIN and press OK to confirm. A payment confirmation screen will appear after the transaction is completed.
• If your feature phone has a camera, you can also scan a merchant QR code, enter the amount and confirm with your UPI PIN.

Extra support for new users

PhonePe has also launched a voice-first AI helpline for feature phone users. It supports English and 12 Indian languages.

This can help first-time users understand activation, basic UPI steps and payment-related questions without going through confusing menus.

Conclusion – Key takeaways

PhonePe UPI 123Pay is a practical step for users who do not own smartphones or have stable internet. It brings basic UPI features to feature phones through SMS-based payments.

Users can send money, pay merchants, scan QR codes on supported phones, check balance and view transaction history. The service can especially help rural users, small merchants and first-time digital payment users.

Facts Input- Official Press Release

MeitY has opened applications for GENESIS Entrepreneur-in-Residence Cohort 3, also called GENESIS EIR 3.0. The programme offers financial support of up to Rs. 10 lakh to early-stage innovators, students, researchers and startup founders who are building technology-led ideas.

The programme was launched at the GENESIS NextGen Startup Summit, Coimbatore Edition, held at Rathinam Global University on August 4, 2026. Applications are open from August 4 to September 3, 2026.

What is GENESIS EIR 3.0

GENESIS EIR 3.0 is part of MeitY’s wider Gen-Next Support for Innovative Startups scheme. The larger GENESIS scheme has a budget outlay of Rs. 490 crore and focuses on growing the startup ecosystem in Tier 2 and Tier 3 cities.

The EIR part is meant for people who are still in the early stage of building. They may have an idea, proof of concept, prototype, MVP or early validation, but may not yet have enough funding, mentoring or incubation support.

In simple words, this programme helps promising tech founders move from “I have an idea” to “I have something I can test in the market.”

Aim of the programme

The main aim of GENESIS EIR 3.0 is to support technology startups outside the usual metro startup hubs. Many talented founders in smaller cities do not get easy access to investors, mentors, labs, networks or early grants.

This programme tries to reduce that gap. It gives selected innovators funding, incubation access, expert guidance and help with product development.

For example, a student in Coimbatore building an AI tool for farmers, or a young founder in Bhilai working on an IoT device for factories, may use this support to build a prototype, test it with users and prepare for the next stage.

Who can apply

GENESIS EIR 3.0 is open to Indian citizens who are aspiring entrepreneurs, early-stage innovators, students, researchers, startup founders or co-founders.

The idea should be in electronics, IT, ICT or deep-tech areas. Focus sectors include AI and machine learning, IoT, semiconductor and VLSI, cybersecurity, blockchain, quantum technologies, AR and VR, spatial technologies and other emerging technology fields.

The innovation should generally be at Technology Readiness Level 1 to 4. In simple words, this means the idea can be at concept, proof of concept, prototype, MVP or early testing stage.

The startup should be based in a Tier 2 or Tier 3 city. If already incorporated, it should be less than two years old on the application date. The applicant should also not have received more than Rs. 10 lakh from any central or state government scheme for the same idea or startup.

What support will selected founders get

Selected applicants can receive up to Rs. 10 lakh in financial assistance. They will also get incubation support through participating GENESIS incubators.

The programme includes one-on-one mentoring, product development support, MVP building help, prototype guidance, market validation support and ecosystem connections.

This matters because early-stage founders often need more than money. They need someone to help them sharpen the product, understand customers, prepare a business plan and avoid basic mistakes.

How to apply

Applicants can apply online through the MeitY Startup Hub portal. The official application window is open until September 3, 2026.

Before applying, founders should prepare a clear note about their idea, problem statement, target users, technology stage, team background, product plan and how the solution can become a startup.

Similar programmes

GENESIS EIR 3.0 sits in the same broad support space as Startup India Seed Fund Scheme, Atal Innovation Mission, TIDE 2.0 and state-level startup grants. Its sharper focus is on early tech innovators from Tier 2 and Tier 3 cities.

Conclusion – Key takeaways

GENESIS EIR 3.0 is a useful opportunity for early-stage tech founders who need funding and guidance before approaching larger investors.

The programme offers up to Rs. 10 lakh support, mentoring and incubation access. It is best suited for founders building in AI, IoT, semiconductors, cybersecurity, blockchain, quantum tech, AR/VR and other emerging technology areas.

Facts Input- PIB, MeitY-GENESIS, MeitY Startup Hub application portal