RBI Deputy Governor warns of financial system infection risk due to reliance on common technology providers
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Business Standard
business-standard.com

RBI Deputy Governor warns of financial system infection risk due to reliance on common technology providers

Rohit Jain, Deputy Governor of the Reserve Bank of India (RBI), warned that the growing dependence of financial institutions on a limited number of common technology providers, cloud services, and artificial intelligence models could create a new source of systemic risk.

He noted that a failure in one such provider could potentially spread to numerous financial organizations. Jain voiced this concern during the Global Fintech Festival 2026.

According to Jain, financial institutions are increasingly relying on a small number of cloud solution providers, technology vendors, and AI model developers, often using similar infrastructures and overlapping datasets. He emphasized that the issue is not merely the bankruptcy of one organization, but the possibility that shared dependency could transmit a failure or error to multiple institutions simultaneously.

Jain highlighted three key risks associated with the deepening of technology in finance: 'speed, concentration, and opacity.' He added that while these risks are not entirely new, technology can amplify them, allowing consequences to spread through the financial system faster, wider, and sometimes more difficult to detect.

Regarding speed, he explained that automated systems operate significantly faster than human reaction time, requiring financial institutions to build resilience that goes beyond preventing isolated errors. Institutions must be able to quickly identify problems, localize their impact, and intervene before a minor oversight escalates into a major issue.

Furthermore, Jain stated that the increasing complexity of AI models should not weaken accountability in financial decision-making. He stressed that higher complexity does not equate to reduced responsibility, as advanced models can find connections and make decisions in ways that are hard to explain.

He also pointed out that while an institution can outsource computation, it cannot outsource responsibility for the consequences. Jain reminded that fundamental risks of the financial sector remain unchanged despite technological progress: borrowers may default, liquidity may vanish, leverage may increase losses, and operational failures continue to disrupt the provision of financial services.

The RBI Deputy Governor noted that technology does not eliminate these risks but substantially alters their scale, speed, and transmission mechanism. He also pointed to regulatory challenges created by rapidly evolving technologies, as authorities risk either acting too early or too late.

Jain cautioned that overly premature regulation could lead to creating detailed rules for technologies that are not yet fully understood, or for architectures that will change before the rules come into effect. Conversely, regulation that is too late might occur after the technology has been deeply integrated, and its risks have not yet been fully studied and mitigated.

He proposed that policy should focus on outcomes and accountability rather than prescribing every technological choice. For instance, the obligation to ensure fair treatment of customers does not change, even if the decision is influenced by an algorithm. Similarly, the responsibility for risk management does not disappear if the model or technology is provided by a third party.

Regulatory expectations must also align with the consequences of using a specific technology. Jain gave an example: a tool for summarizing an internal document should not be treated the same as a system that autonomously approves loans or executes financial transactions. The higher the consequences of using the technology, the stricter the requirements for governance, auditing, supervision, and intervention.

The central bank also identified quantum computing as a future risk to the financial system, particularly due to its impact on existing cryptographic systems. He called for proactive preparation, following the principle: one should not wait until a future vulnerability becomes a current crisis before reacting.

Jain reported that the RBI's supervisory capabilities must also evolve alongside the technologies used by financial institutions. He mentioned DAKSH and PRAVAAH as examples of technologies enhancing supervisory and regulatory processes, as well as the Digital Payments Intelligence Platform (DPIP), which recognizes that payment fraud is increasingly transcending individual institutions and requires network-level intelligence and near real-time information sharing.

In conclusion, Jain stated that the goal of policy should be to enable beneficial innovation while controlling risks. Good policy should allow innovation room to grow, ensuring that accountability and resilience grow alongside it. Ultimately, technologies should be judged by the outcomes they deliver to financial consumers, not by their complexity.

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The Indian government reports that the country is increasingly succeeding in stopping cyber fraud before funds leave the victim's account. Thanks to a telecommunications-based risk management system, banks and payment platforms have been able to prevent suspicious fraudulent transactions amounting to 5043.7 crore rupees over the last fifteen months.

This success marks a shift from tracking stolen money to intercepting payments in real time, according to statements by Aabhaas Sharma.

The system is called the Financial Fraud Risk Indicator (FRI) and was launched by the Department of Telecommunications in May 2025. It assigns risk ratings—medium, high, or very high—to mobile numbers. These alerts are sent directly to banks and UPI platforms, enabling them to warn customers or block risky payments.

According to experts, the most significant achievement of this system has been increasing the cost of conducting fraudulent operations. However, experts note that fraudsters can use SIM cards obtained through fraudulent KYC or virtual numbers. Furthermore, criminals are capable of bypassing phone number risk assessments using new or 'old' SIM cards.

GWM reveals Ora 5 sedan, which may be produced in Espírito Santo
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GWM reveals Ora 5 sedan, which may be produced in Espírito Santo

GWM has registered a sedan version of the Ora 5 model in China, and this novelty may have a destination in the Brazilian market. Vehicle homologation documents indicate that it will have a three-volume body, being a derivation of the SUV that the brand already sells in the country. According to the automaker itself, the Ora 5 will be manufactured in the national territory in different body configurations.

Ricardo Bastos, director of institutional and governmental relations at GWM, informed about local production during an interview given to the CBN Autoesporte program. He confirmed that the Ora 5 will be produced in Brazil in several body options, although he did not specify which ones.

As reported by Autoesporte, the line of vehicles derived from the SUV, which will also include an unprecedented station wagon, will be assembled at the future factory located in Aracruz, Espírito Santo. This unit was announced in June and is scheduled to begin operations in 2029, with capacity to produce 200 thousand vehicles annually. The Ora 5 was already listed among the models confirmed for this Capixaba plant since the beginning of the project.

In the registrations made in China, the sedan preserves the front part of the SUV, maintaining the oval headlights reminiscent of those on the Porsche, in addition to repeating the side lines up to the C-pillar. From this section, the design acquires an extended rear, with a traditional trunk and LED taillights connected by a horizontal strip, a detail that accentuates the car's sense of width. Although the regulatory body has not disclosed details of the interior, it is expected to maintain the dashboard of its taller body sibling.

The dimensions of the model are 4.76 meters in length, 1.83 meters in width, and 1.63 meters in height, presenting a wheelbase of 2.72 meters. These measurements classify it as a mid-size sedan, slightly larger than the Toyota Corolla.

The registered mechanical range includes three alternatives. The gasoline-powered version uses a 1.5 turbo engine that generates 184 horsepower and 27.9 kgfm of torque, reaching a top speed of 190 km/h. The hybrid option combines fifth-generation Hi2 technology with a 1.5 turbo engine of 152 hp, resulting in a total of 226 hp and 48.4 kgfm in the system, with a top speed of 185 km/h. The electric version uses the Honeycomb system with a 14-in-1 architecture, delivering 204 hp, 26.5 kgfm, and a top speed of 170 km/h.

Currently, in Brazil, the Ora 5 is offered only in the electric version. The availability of gasoline and hybrid versions in China suggests that the platform supports combustion engines, which could significantly expand the price variety if domestic production is realized. GWM has not yet announced the sale of the sedan outside of China, and the official presentation of these new derivatives is scheduled for the end of this year, according to Autoesporte.

Samsung Galaxy Ring with 45% discount reaches R$ 1,199, an intelligent health monitoring ring
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Samsung Galaxy Ring with 45% discount reaches R$ 1,199, an intelligent health monitoring ring

The Samsung Galaxy Ring, Samsung's smart ring that offers continuous health monitoring directly on the finger, is available with a significant 45% discount in size 6, costing R$ 1,199. This promotion is considered one of the best deals recorded for this innovative and discreet Samsung wearable. Additionally, size 7 is also on sale, with a 38% discount.

Globally launched in 2024, the Galaxy Ring introduces a new category of wearable devices. Unlike traditional bracelets or smartwatches, it fits on the finger like a regular ring, allowing for very discreet and comfortable monitoring of heart rate, sleep patterns, physical activity levels, and other indicators, even during sleep, a time when smartwatches can be bothersome.

Size and Price Details

Size 6 is recommended for thinner fingers, generally associated with women or individuals with smaller bone structure, and represents the best price in the current offer, with a 45% discount at R$ 1,199. This is cited as one of the biggest discounts on the Galaxy Ring in Brazil since its launch. Size 7, suitable for medium-sized fingers—the most common among Brazilian adults—is on sale for 38% off at R$ 1,357.03.

The Galaxy Ring is presented as one of Samsung's most complete and innovative wearables. Among its main features, Samsung provides an official Sizing Kit, a physical set containing test rings in all available sizes (from 5 to 13), helping the user determine the exact size before purchasing. This kit is often sent free of charge when purchases are made at official Samsung stores. Alternatively, finger measurement can be done using a sewing tape measure or a paper strip combined with a ruler.

Usage and Functionality Comparison

The choice of device depends on the user's priority. The Galaxy Ring is ideal for those seeking uninterrupted health and sleep monitoring with maximum discretion, as it does not bother during sleep, has superior battery life (seven days), and features an elegant design that matches various styles. Conversely, the Galaxy Watch is more suitable for those who need the full functionality of a smartwatch, such as receiving notifications, accessing applications, integrated GPS, and the ability to make calls from the wrist. Many consumers choose to use both devices, utilizing the Ring for constant health monitoring and the Watch for dynamic activities.

It is important to note that although the Galaxy Ring has basic health monitoring functions and synchronization with the Samsung Health app compatible with iPhones, more advanced features, such as integration with the Galaxy Watch, smart notifications, and certain fine adjustments, are optimized for the Samsung Galaxy ecosystem. To fully utilize its capabilities, the Galaxy Ring works best when paired with Samsung Galaxy smartphones, complementing its use with a Galaxy Watch.

Samsung specifies a battery life of up to seven days with moderate use. In practice, battery life may vary depending on feature usage and monitoring, falling within the common range of five to seven days. This battery life is notably superior to competitors like the Apple Watch (1-2 days) and Galaxy Watch (2-3 days). Recharging is done via a dedicated case that comes with the ring, functioning similarly to TWS earbud cases.

Regarding durability, the Galaxy Ring has a 10 ATM certification, allowing it to be used in pools, baths, and shallow dives (up to about 100 meters in still water). It is made of titanium, a material known for being lightweight and resistant to scratches, corrosion, and different temperatures. However, prolonged contact with harsh chemicals, such as concentrated chlorine or saltwater, is recommended to be avoided to maintain the ring's aesthetics over the long term.

The Galaxy Ring does not allow for size adjustments after manufacturing, unlike conventional rings, due to the presence of internal sensors and a battery. For this reason, it is crucial to measure the finger accurately before purchase or request the official Samsung Sizing Kit. If there is a size error, the product must be exchanged; return policies on platforms like Mercado Livre or Amazon generally allow returns within seven days of receipt, but it is essential to confirm this information before finalizing the transaction.

Due to constant fluctuations in prices and availability, it is advisable to take advantage of the opportunity, especially if size 6 is suitable, to enter the world of smart rings with the largest discount ever seen on this model.

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