Author: Neel Achary

The Wealth Company Mutual Fund Launches their Specialized Investment Fund ‘WSIF’

Mumbai, April 14: The Wealth Company Mutual Fund, part of Pantomath Group announced the NFO launch of its SIF – ‘WSIF’ with two differentiated investment strategies, WSIF Equity Long-Short Fund and WSIF Equity Ex-Top 100 Long-Short Fund, marking its entry into a new and evolving category within the investment landscape.

The WSIF introduces investment strategies that combines long-term equity investing with tactical short exposure, with an aim to help investors to participate in market upside while actively managing downside risks.

The WSIF Equity Long-Short Fund aims to generate long-term capital appreciation through a diversified portfolio of equities complemented by selective short positions. The investment strategy maintains a

predominant allocation to equities (80–100%) with flexibility to take up to 25% unhedged short exposure via derivatives, along with tactical allocation to debt and money market instruments for liquidity.

The WSIF Equity Ex-Top 100 Long-Short Fund focuses on opportunities beyond the top 100 companies by market capitalization. With a minimum of 65% allocation to mid and small cap stocks, complemented by limited long-short flexibility, the strategy seeks to capitalize on inefficiencies in broader markets while maintaining risk controls.

Both strategies are designed with a dynamic portfolio construction approach, combining fundamental research-driven stock selection with derivative overlays with an aim to deliver consistent, risk-adjusted outcomes across market cycles.

Specialized Investment Funds (SIFs) represent a structural shift in the Indian mutual fund industry.

From an investor standpoint, SIFs bring greater sophistication into regulated mutual fund structures by enabling tools such as short selling, dynamic hedging, and flexible asset allocation. These features allow portfolios to better navigate volatility, seek to reduce drawdowns, and aim to generate more consistent outcomes across market cycles.

Elaborating on the launch of investment strategies Ms. Madhu Lunawat, Founder, MD & CEO, The Wealth Company Mutual Fund, said,

“The launch of our SIFs reflects our commitment to bringing more evolved and institutional-grade investment strategies to investors. Given that this is a new category, it also creates a unique opportunity for distributors to engage with clients on differentiated strategies without legacy biases, enabling more meaningful portfolio construction.”

Adding to it Mr. Chinmay Sathe, CIO – SIF, The Wealth Company Mutual Fund, said,

“Our long-short strategies are built for adaptability across market cycles. By combining high-conviction long ideas with tactical short exposures, we aim to deliver more consistent performance while actively managing downside risks. The flexibility within the strategy allows us to dynamically hedge or take directional calls, and in the Ex-Top 100 strategy, we see a strong opportunity set in the broader market where inefficiencies may be more pronounced.”

With this launch, The Wealth Company Mutual Fund strengthens its commitment to innovation-led investing by introducing strategies that go beyond conventional frameworks. While traditional mutual funds remain the foundation of long-term wealth creation, SIFs add a powerful satellite layer that may enhance portfolio outcomes and equips investors to navigate increasingly complex market environments.

MP Awards INR 5.14 Cr Narmada Survey Project to Matrix Geo

Bhopal, Apr 14 (BNP): Technology firm Matrix Geo Solutions has secured a major contract from the Madhya Pradesh government to carry out an advanced aerial survey of the Narmada Parikrama route.

The company has received a formal letter of acceptance for the project, which is valued at over ₹5.14 crore and is expected to be completed within six months.

As part of the assignment, Matrix Geo Solutions will use a combination of drones, aircraft, and helicopters, along with advanced LiDAR technology, to capture high-resolution geospatial data across the survey area.

The project is aimed at supporting various state government initiatives by providing accurate mapping and data insights, which can be used for planning, infrastructure development, and environmental monitoring.

The use of modern aerial surveying techniques is expected to improve efficiency, precision, and coverage compared to traditional methods, marking a significant step in the adoption of advanced geospatial technologies for public projects.

UPI Powers India’s Rise as Micro Payments Economy

Apr 14 (BNP): India is fast emerging as a global hub for digital micro-payments, with UPI transactions reaching 228 billion in 2025, according to a report by Worldline.

The surge reflects the growing shift toward cashless transactions, especially for small, everyday payments. From local shops to street vendors, UPI has become a preferred mode of payment due to its speed and ease of use.

The report highlights that India’s digital ecosystem is increasingly driven by high-volume, low-value transactions, strengthening financial inclusion and expanding access to formal banking systems.

With rising smartphone usage and improved digital infrastructure, India’s micro-payments economy is expected to grow further in the coming years.

New AI Approach Reveals Ocean Currents in Unprecedented Detail

Scientists have developed a new method to measure ocean surface currents over large areas in greater detail than ever before. Called GOFLOW (Geostationary Ocean Flow), the approach applies deep learning to thermal images from weather satellites already in orbit, requiring no new hardware to achieve what the researchers describe as a major advancement in ocean observation. 

The study, co-led by Luc Lenain, an oceanographer at UC San Diego’s Scripps Institution of Oceanography, and Kaushik Srinivasan, a Scripps alumnus now at UCLA, was published today in the journal Nature Geoscience. The study’s two other co-authors, Roy Barkan of Tel Aviv University and Nick Pizzo of the University of Rhode Island, are also Scripps alumni. The project was supported by grants from the Office of Naval Research, NASA and the European Research Council. 

Ocean currents play a huge role in shaping Earth’s weather and climate, transporting heat around the globe, moving carbon between the atmosphere and ocean interior, and redistributing nutrients that sustain life in the sea. Understanding ocean currents are also vital for search-and-rescue operations and tracking the movement of oil spills. Yet measuring currents over large areas of the ocean has remained extremely challenging. Some satellites estimate currents indirectly by measuring variations in sea-surface height, but they typically image the same location only every 10 days or so — too infrequently to track currents that can appear and disappear within hours. Ship-based measurements and coastal radar systems can capture rapid changes but only for limited areas.  

This has left a persistent gap in observations at the scales where most of the ocean’s vertical mixing occurs — when shallower waters are mixed deeper or vice versa. The phenomena that drive vertical mixing can be less than 10 kilometers (six miles) wide and transform in hours. Understanding vertical mixing matters because it powers key processes such as bringing nutrients up from depth to sustain marine ecosystems and pumping carbon dioxide from the surface to deeper waters where it can be stored long-term. 

In 2023, Lenain was examining thermal imagery of the North Atlantic Ocean from the geostationary satellite GOES-East, which is primarily used for observing weather. The images, produced as frequently as every five minutes, showed passing clouds and swirls of warm and cool water evolving on the sea surface. As he looked, Lenain could see the imprint of major currents such as the Gulf Stream in the temperature patterns and began exploring how to convert what his eye could see in those images into a new way to measure ocean currents.

To accomplish this, the team trained a neural network to recognize how ocean surface temperature patterns shift and deform when pushed by underlying currents. The network learned from a high-resolution computer simulation of ocean circulation, which provided examples of temperature patterns and the water velocities that created them. By tracking how complex temperature patterns moved across consecutive images taken by the GOES-East satellite, the trained network could infer the currents responsible for those changes.

“Weather satellites have been observing the ocean surface for years,” said Lenain. “The breakthrough was learning how to turn that time-lapse into hourly maps of currents by tracking how temperature patterns bend, stretch and move from one hour to the next.”

The researchers tested GOFLOW’s accuracy by comparing its output to velocities recorded by shipboard instruments in the Gulf Stream region in 2023, as well as standard satellite methods using ocean topography. GOFLOW’s measurements agreed with the data collected with ships and traditional satellite techniques, and revealed much greater detail for smaller, faster-moving eddies and boundary layers where existing methods showed only blurred averages. This newfound detail allowed the researchers to measure for the first time key statistical signatures of small, intense currents that drive vertical mixing in the ocean that previously had been documented only in computer simulations.

“This opens a range of exciting possibilities in physical oceanography that, until now, were largely accessible only through simulations,” said Lenain. “Using GOFLOW, we can now measure key signatures of these small, intense currents using real observations rather than relying almost entirely on simulations. This opens the door to testing long-standing ideas about how the ocean takes up heat and carbon.”

Because the method works with existing geostationary satellites it does not require new instruments to be launched into space. Over time, GOFLOW could be incorporated directly into weather forecasts and climate models, and may ultimately help improve forecasts by resolving rapidly evolving currents that influence air–sea exchange, marine debris transport and ocean ecosystems.

The researchers note that cloud cover remains a limitation, since clouds block the thermal imagery GOFLOW relies on. Future work will incorporate other types of satellite data to fill in the gaps when clouds block satellites’ views and achieve continuous coverage. The team is currently working to extend the method globally. The study’s data products and computer code are being made publicly available to support further research and applications.

Auto Market in India Expands to Historic High in FY26

New Delhi, Apr 14 (BNP): India’s automobile industry has recorded its highest-ever annual sales, with total wholesales reaching about 2.83 crore units in the financial year 2025–26, according to the Society of Indian Automobile Manufacturers (Society of Indian Automobile Manufacturers).

 The industry grew by around 10.4% compared to the previous year, when total sales stood at approximately 2.56 crore units. All major vehicle categories—including passenger vehicles, commercial vehicles, two-wheelers, and three-wheelers—reported record performances during the fiscal year.

SIAM noted that strong domestic demand, stable economic conditions, and policy support helped drive the overall growth in the automobile sector. Improved consumer confidence and better availability of financing also contributed to higher vehicle purchases across segments.

Passenger vehicles maintained steady momentum throughout the year, while two-wheelers and commercial vehicles saw broad-based demand, reflecting stronger mobility needs and economic activity across regions.

However, the industry body also flagged external risks, stating that prolonged geopolitical tensions in West Asia could affect crude oil prices, disrupt supply chains, and influence production costs in the coming months.

Despite global uncertainties, the overall outlook for India’s automobile sector remains positive, supported by rising incomes, urban expansion, and continued infrastructure development.