&w=3840&q=100)
Razr 60 Ultra: Motorola to soon launch its flip-style foldable in India
New Delhi
Motorola is gearing up to launch the Razr 60 Ultra smartphone in India. A microsite for the phone has reportedly appeared on ecommerce platform Amazon, revealing key specifications and design details. Although the launch date remains undisclosed, the listing confirms the device will be powered by the Qualcomm Snapdragon 8 Elite chipset. It also highlights the presence of 'moto ai' features and displays the phone in three colour variants.
The Razr 60 Ultra was launched in the US on April 24, alongside the Razr 60. While the Ultra variant is expected to launch in India with similar specifications, there is no confirmation yet regarding the Indian debut of the vanilla model.
Motorola Razr 60 Ultra: What to expect
The Razr 60 Ultra is powered by the Qualcomm Snapdragon 8 Elite SoC. The US model features a 7-inch Super HD pOLED main display and a 4-inch pOLED cover screen, both with Pantone validation for colour accuracy.
For optics, the smartphone includes a 50MP primary camera paired with a 50MP ultra-wide sensor. The smartphone also has a 50MP camera designed for video calls and self-portraits available on the bendable display.
The foldable is powered by a 4,700mAh battery, with support for 68W wired and 30W wireless charging. It also comes with an IP48 rating for dust and water resistance. Motorola claims the phone can be submerged in 1.5 metres of fresh water for up to 30 minutes.
According to the Amazon listing, the device will be available in PANTONE Mountain Trail, PANTONE Scarab, and PANTONE Rio Red colourways.
Motorola Razr 60 Ultra: Expected specifications
Main Display: 7-inch pOLED, Super HD, 165Hz
Cover Display: 4-inch pOLED, 165Hz
Processor: Qualcomm Snapdragon 8 Elite
Rear Camera: 50MP (OIS) + 50MP ultra-wide
Front Camera: 50MP
Battery: 4,700mAh
Charging: 68W wired + 30W wireless
Operating System: Android 15 with Hello UI
Protection: IP48 (dust and water resistance)
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Hans India
an hour ago
- Hans India
Industry-Academia collaboration key to growth
Sri City: The Indian Institute of Information Technology (IIIT) Sri City celebrated a dual milestone on Saturday as it hosted its 9th batch convocation ceremony – conferring degrees on the Class of 2025 and marking a decade of academic excellence. Delivering the convocation address, Chief Guest Dr G Satheesh Reddy, former Chairman of DRDO and Honorary Advisor (Aerospace & Defence) to the Government of Andhra Pradesh, called on the institute to serve as a national anchor for technology development by bridging academic research and real-world innovation. 'I see IIIT Sri City as a unique institute embedded in a thriving industrial hub. You must lead with innovation, research, and entrepreneurship to help build a 'Viksit Bharat,' Dr Reddy said. Stressing the need for deeper R&D collaboration between academia and industry, he noted the growing establishment of advanced testing facilities supported by national agencies. However, he added that Indian industries must themselves step up to invest in design and development to remain globally competitive. Applauding IIIT's initiatives, he remarked, 'Institutes like IIIT must anchor technology development by bridging knowledge and application — a true engine of national growth.' The convocation was presided over by Dr Sridhar Vembu, Founder of Zoho Corporation and Chairman of the IIIT Sri City Board of Governors, who lauded the institute's steady growth and urged graduates to embrace a life of purpose and societal contribution. Prof MV Karthikeyan, Director (Additional Charge), conferred degrees upon 318 graduating students, including 9 PhD scholars and 309 BTech graduates from CSE and ECE streams. Of them, 20 students completed their BTech with specialisations in Artificial Intelligence, Machine Learning (AI/ML), and Data Science. Further, 18 students were recognised for research excellence, while three received gold medals for outstanding academic performance. The event was attended by members of the Board of Governors, including Sri City MD Ravindra Sannareddy and Director of IIT Tirupati Prof KN Satyanarayana.

Mint
2 hours ago
- Mint
TCS layoffs: Is efficiency the new growth strategy?
On 27 June, Tata Consultancy Services (TCS) made headlines when it announced plans to cut approximately 12,000 jobs, marking the largest layoff in the software services major's history. The move sparked debate, with some industry observers interpreting it as fallout from artificial intelligence (AI), and warning of similar cuts at other major firms. However, TCS chief executive K. Krithivasan attributed the decision to skill mismatches, not AI. Days later, Infosys CEO Salil Parekh said his company remained committed to hiring 20,000 freshers in FY26. The contrasting statements suggested that the layoffs were likely tied to TCS's internal restructuring rather than indicative of an industry-wide trend. Still, the sector hasn't resolved the structural challenges that have built up over the past few years. Investor confidence in IT stocks has eroded significantly from a year ago. While major companies have delivered strong returns over five years, their stock prices have declined over the past year—falling further in 2025 and trailing the BSE Sensex's modest 3% year-to-date gain. Much of the market pessimism stems from softening demand in key Western markets, where clients are tightening budgets while AI capabilities expand. This has forced the industry to focus heavily on cost-cutting and efficiency improvements. Major IT players have dramatically reduced their workforce—TCS, Infosys, HCLTech, Wipro, and Tech Mahindra together employ 56,000 fewer people now than they did two years ago. Western pressures Some of this drive comes from the sector's peers in the West. A worldwide efficiency push has driven massive tech layoffs. According to tech companies eliminated over 80,000 positions in the first half of 2025 alone, following 152,000 cuts in 2024 and 264,000 in 2023. This restructuring wave, spearheaded by industry giants like Microsoft, Google, and Amazon, has established new investor benchmarks for operational efficiency across the sector. But Indian IT services companies face a different challenge. They can't simply slash costs as product companies do, since revenue depends on billable hours. At the same time, their enterprise clients are reportedly demanding 20-30% price cuts, citing expected AI-driven productivity. The reality is more tempered. Parekh, for instance, recently told the Times of India that AI and automation are currently yielding productivity gains of only 5–15%. This mismatch between client expectations and actual impact is prompting firms to seek savings elsewhere. Client squeeze Part of the efficiency drive is also rooted in sluggish demand. On TCS's latest earnings call, Krithivasan observed that decision-making delays and project deferrals for discretionary investments had persisted and worsened through the June quarter. Workforce reductions over the past two years have enabled TCS and other tier-I firms to sustain or enhance revenue per employee, a critical performance metric for these companies. While leading IT services companies have stagnated, growth has been driven by global capability centres (the in-house tech hubs of multinational companies) and smaller players. The number of GCCs expanded by 40% in FY24 alone. Nasscom projected earlier this year that revenues of GCCs in FY25 would roughly match IT service exports, with the total industry headcount growing by 126,000 to reach 5.8 million in FY25, up from 5.58 million in FY23. Efficiency drive In effect, IT services majors that once powered the sector's employment boom are now prioritizing profitability over headcount growth. Margins across leading firms have come under pressure, as pricing constraints and intensifying competition weigh on the sector. TCS, which has consistently reported the highest margins among peers, also made the boldest restructuring move—underscoring how central efficiency will be in the years ahead. The logic is clear: stronger margins enable more competitive pricing. In a market where demand may return but pricing remains tight, efficiency will be key to success. And as the industry transitions to output-based pricing, the most efficient firms will capture the biggest gains. But the impact goes beyond margins. The layoffs have triggered legal and social pushback. Karnataka's IT employees' union has filed an industrial dispute against TCS, alleging illegal retrenchment. The episode has also reignited long-standing debates around CEO compensation and employee protections in India's tech sector. However, there are implications beyond financial metrics. The layoffs have sparked legal and social pushback. Karnataka's IT employees union filed an industrial dispute against TCS, alleging that the company illegally retrenched people. The layoffs have also reignited debates over CEO compensation. is a database and search engine for public data.


Time of India
2 hours ago
- Time of India
Bengaluru's deep-tech startup proposes 'quantum' leap in cancer care
A Bengaluru-based bootstrapped deep-tech startup is leveraging quantum technology to detect cellular damage even before the symptoms appear in just hours, possibly changing the game for cancer care One among the 20-odd exhibitors at the recently concluded Quantum India Bengaluru Summit, Quantum Biosciences Private Limited's "predictive tech" uses quantum biosensor to detect unique 'magnetic fingerprints' of oxidative stress in cells, allowing detection of tissue his wife was diagnosed with cancer and had to undergo radiation therapy, Ravi Puvvala, Managing Director of Quantum Biosciences, who was earlier developing sensors for automotive industry, said he started exploring the possibility of using sensors to predict radiation-induced cardiotoxicity before irreversible damage."Radiation therapy is essential for treating cancer. But it kills not only the cancerous cells, also the good ones. This leads to long-term complications such as fatigue, cognitive decline, organ dysfunction and secondary cancers. It also potentially induces a heart disease or fibrosis. I watched my wife suffer because of some of these side effects," Puvvala told diagnostic tools, such as MRI, PET scans and blood biomarkers only detect harm after significant damage has already occurred, said Puvvala."So, I wanted to use my experience in building sensors, and, you know, explore technology, understand how to optimise this particular problem," added has been building technologies for the last 15 years, Puvvala took a quantum leap when he partnered with the Netherlands-based QT Sense, led by another Indian, Deepak Veeragowda. QT Sense was formed to take forward the 15 years of academic research done in this area at the University of Sense's Quantum Nuova is a platform technology built for detecting quantum-level phenomena like subcellular free radicals and magnetic biomarkers."For the last two years, we have been researching various potential technologies for early stage diagnostics. We looked at classical sensors and quantum sensors , and we started quantum biosensors to leverage the potential of quantum sensors," said said while quantum biosensors can tell us that there exists a certain amount of stress at the subcellular level, the next step would be to understand how to read them."Further research is needed on how to map the cellular stress to a potential biomarker, only then we can say, okay, we made the prognosis," added the first edition of the Quantum India Bengaluru Summit, Puvvala reached out to researchers and other key stakeholders - including the government of Karnataka, academic institutions, acute care clinicians, pharmaceutical companies and hospitals -- exploring this idea."To build this technology, we need a whole village. We need the engineering team, we need the medical team, and we need, you know, people like us, who can put all this together," said to him, they still need to do a lot of validation with respect to the sub cellular detection."For the first time we're able to actually go inside the cell and measure all kinds of things. But now we need to be able to make sense of what these measurements mean through clinical tests. So we need to conduct tests, and we need to be able to come up with a diagnostic mechanism," said this end, Puvvala said they would be spending the next two years working with various hospitals, both in India and abroad."We want to partner with cancer centres particularly, so we could get the necessary data," said Biosciences is at present incubating its foundational research capabilities at Center for Cellular and Molecular Platforms (C-CAMP), an initiative of Department of Biotechnology, Ministry of Science and Technology, Government of India and at Center for Nano Science and Engineering (CeNSE) in Indian Institute of Science (IISc), Bengaluru, he added."We are also talking to other ecosystem leaders and state-level innovation programs to co-develop a shared infrastructure that bridges deep-science research with clinical applications," said they go past the "very base-level mechanism", the technology, said Puvvala, would benefit not only oncology, but also nephrology, cardiovascular and neurodegenerative could even help India's most basic struggle in providing health care, he added."One of the things I've heard at the conference is that most hospitals are overcrowded because the primary health care and the critical health care have been combined into one. The quantum biosensor could, you know, reduce the primary health care overload, by precisely identifying those cases that need critical care at a considerably lesser time," said Puvvala.