For a long time, software development in large corporations followed a clear separation: business teams defined the requirements, while centralized IT departments were responsible for creating the software itself. However, the rapid growth of generative artificial intelligence (Gen AI), low-code tools, and agentic workflows is fundamentally changing this model.
Speaking at the DevSparks Hyderabad conference, Subish Ram, Head of Digital Products and Services at EY GDS, noted that the mechanism for delivering solutions in the corporate sector is undergoing a fundamental structural shift. Based on ten years of automation experience within the global organization EY, which supports a staff of over 400,000 members, Ram emphasized that engineering teams can no longer function in isolated technical silos.
Ram observed: 'An autonomous IT team that simply develops software is no longer as visible. More of it is moving into the business side. We need people who understand the business, who can speak the language of business, and implement technology into it.'
The path to automation in corporations began almost ten years ago with Robotic Process Automation (RPA), which solved routine back-office tasks. Over time, rule-based RPA evolved into intelligent workflows and has now reached the level of full-fledged AI agent systems that manage end-to-end business functions such as finance, procurement, and human resources.
Thanks to the widespread availability of tools like Replit, Cursor, and company-approved copilots, non-technical groups are taking development into their own hands. Tax consultants, HR managers, and financial analysts are increasingly creating initial versions of internal tools themselves.
Ram noted: 'The first version of development today happens on the business side. What comes to the technology team is: can you help us scale this? Can you deploy it? Can you conduct security testing?' This transition changes the core task of the developer. In the near future, business units will handle basic prototyping, testing, and debugging using AI. In turn, the engineering community will be responsible for system architecture, integration, management, and enterprise-level scalability.
Despite the rapid growth of experimentation, Ram presented a candid view on implementing AI in corporations: calculating a clear return on investment (ROI) remains a significant obstacle. Unlike traditional RPA, where replacing manual labor provided clear and immediate cost savings, deploying AI involves significant ongoing costs for token consumption, infrastructure, and maintenance.
Ram explained: 'ROI is currently more of a wish. If you automate an entire reporting process with AI, and its annual maintenance cost is hundreds of thousands of dollars, there is often no immediate ROI. We have seen business cases where token costs rivaled human labor costs.'
Ram stressed that end-users ultimately care about productivity, efficiency, and net profit, not whether the solution uses Python, traditional dashboards, or autonomous agents. To create sustainable value, developers must focus on building reusable accelerators, improving token economics, and reducing AI usage costs.
To remain indispensable in an AI-driven world, engineers do not necessarily have to become subject matter experts, but they must understand the mechanics of that domain. Ram concluded: 'You don't need to become a certified accountant to build a finance solution, but you do need to understand the language they use and what business outcome they expect.'
The Redmi Note 17 Pro 5G was launched in Brazil with a renewed design, a large capacity battery, and high resistance to impacts and water. This model succeeds the Redmi Note 15 Pro, released in January 2026, as Xiaomi opted to omit the 16 series.
Although it features visual improvements and greater autonomy, the device has a less powerful processor than its predecessor and has seen reductions in both screen and camera quality. The reviewer assessed whether the new look, long battery life, and protections justify the more modest specifications and the price.
Tecnoblog, an independent journalistic outlet since 2005, provided the device loaned by Xiaomi for testing, without any advertising intent.
Upon unboxing the Redmi Note 17 Pro 5G, one finds the smartphone, a SIM tray ejector tool, a gray case (charcoal tone), a USB-C to USB-A cable, the 67W HyperCharge power adapter, and various manuals. The unboxing content follows Xiaomi's standard of providing all necessary accessories for immediate use.
In line with the strategy to elevate the Redmi Note line to a more premium level, Xiaomi redesigned the rear camera module of the Redmi Note 17 series. This is a significant change from the previous model. The assembly, which previously had a glass-like frame and metallic rails, is now smaller and positioned further to the left, giving the phone a cleaner and more sophisticated appearance.
Despite the back and frame being made of plastic, the device features rounded corners for a more refined finish. It is slightly larger and heavier than the Redmi Note 15 Pro, which is attributed to its reinforced construction and large battery.
The global version received in purple, although attractive, will not be available in Brazil; local models will be available in black, sky blue, or satin orange, with these last options notable for their visual details on the casing.
Maintaining the durability tradition of the line, the Redmi Titan structure offers internal and external multi-layer protection. The motherboard was built with high resistance, and the design aims to absorb shocks. The Redmi Note 17 Pro 5G and its Pro Max variant are industry pioneers in obtaining the TÜV SÜD 5-star Titan Quality certification, which attests to reliability against drops, water, and battery performance.
Practical tests confirmed this robustness: the smartphone was dropped multiple times to validate the SGS certification against drops of up to three meters, without damage to the casing or the screen with Gorilla Glass Victus 2 and pre-applied film. Furthermore, it resisted IP66, IP68, IP69, and IP69K protection challenges, being subjected to beach sand, moderate rain, and immersion in a water container, maintaining full functionality.
The display is a 6.83-inch AMOLED screen, with 1.5K resolution (2772 x 1280 pixels) and a 120 Hz refresh rate. Although the specifications are identical to the previous model, the brightness has been increased to 3,500 nits (an increase of 500 nits), providing excellent visibility under direct sunlight or in indoor environments.
The overall user experience was positive, with the 120 Hz refresh rate ensuring smooth navigation. The combination of the DCI-P3 gamut with 12-bit color depth results in vibrant colors. However, a negative point is the absence of support for HDR10+ and Dolby Vision, features that optimize contrast and brightness and were present in the previous generation, only reaching the Pro Max variant in the new line.
Conversely, the screen incorporates certifications against blue light emission and flickering, which is beneficial for eye health during prolonged screen use.
The audio system presents contrasts. Stereo speakers located on the top and bottom edges offer better sound balance compared to devices with ear-piece speakers. However, the bass is subtle, making it less suitable for genres like hip-hop or funk. Highs can sound shrill at very high volumes but perform well around 70%.
The overall volume is loud; at 100%, the sound is audible in distant rooms. There is a feature that amplifies the volume by 300%, although this level causes sound distortion, which may be useful in noisy environments.
The main camera setup includes a 50MP wide-angle lens (f/1.8) and an 8MP ultrawide lens (f/2.2). The front camera has a 16MP wide-angle lens (f/2.4). This latter point represents the second downgrade of the Redmi Note 17 Pro, as the wide-angle has a smaller sensor, fewer megapixels, and a reduced aperture, which hinders light capture, especially at night. The selfie camera also has fewer MP and a smaller aperture than the previous version.
In good lighting conditions, photos are honest, displaying good color reproduction and skin tones, while preserving shadow details and textures. HDR contributes to a good exposure balance. Without a telephoto lens, the digital zoom up to 10x is not ideal, and it is recommended to photograph nearby objects. Indoor and night photos suffer from loss of sharpness and excessive noise processing.
A disappointing aspect was the limitation to Full HD at 30 fps recording, given that the Redmi Note 15 Pro records in 4K. Although the videos are acceptable, they would be better at 60 fps. Optical Image Stabilization (OIS) provides good stability during recording. The underwater mode and dual recording modes are positive differentiators.
The smartphone operates with the Snapdragon 6s Gen 4 (4 nm) processor. Available configurations include 6 GB of RAM with 256 GB of storage or 8 GB of RAM with 512 GB of storage, both using LPDDR4X RAM and UFS 3.1 storage. The tested model was global, with 6 GB of RAM (LPDDR4X) and 128 GB of internal memory (UFS 2.2).
Performance surprisingly impressed, handling games like Call of Duty: Mobile and Genshin Impact well at maximum graphics, and basic editing in CapCut. Even with 6 GB of RAM, the device did not freeze when multiple applications were open. However, the specifications show a drop in firepower: while the Redmi Note 15 Pro reaches up to 2.6 GHz with the MediaTek Dimensity 7400-Ultra, the Redmi Note 17 Pro reaches only 2.4 GHz with the Snapdragon 6s Gen 4.
Geekbench 7 tests placed the device on the same level as the Redmi Note 13 Pro and Pro+, launched three years ago. Therefore, the Redmi Note 17 Pro 5G is recommended for less demanding activities, such as browsing, streaming, and light gaming. The 8 GB variant is recommended to prevent multitasking issues.
The factory operating system is HyperOS 3, based on Android 16. Although it contains several unwanted pre-installed applications, the system is intuitive and fluid. The AI tools work reasonably, focusing on image editing (such as AI Erase Pro and AI Image Expansion), lacking simpler features like audio transcription and automatic translation. HyperIsland, a proprietary version of the iPhone's Dynamic Island, is a useful addition for quick commands.
Xiaomi guarantees up to six years of security updates for the phone, protecting it until 2032. A major strong point is the 8,340 mAh silicon-carbon battery, representing an increase of approximately 26% over the previous model. In the author's experience, the battery lasted about 46 hours between full charges, with 7 hours and 30 minutes of screen-on time in mixed use. In continuous video playback (brightness at 70%, volume at 40%), the duration reached an impressive 26 hours and 50 minutes.
The recharging time with the 67W HyperCharge adapter was 1 hour and 20 minutes. Additionally, the phone functions as a power bank, supporting reverse charging up to 22.5W.
Now, cleaning the house requires not only a broom and mop but also a robot that can move around the house independently, collect dust, wash floors, and even clean its own mops after cleaning. The company Dreame has released its new flagship robot vacuum cleaner, the X60 Ultra Complete, in the Indian market. Its price is set at ₹1,34,999.
The price may seem high compared to ordinary robot vacuums, but the company focused not just on increasing suction power, but on enabling the robot to perform almost all cleaning tasks autonomously. It is so thin that it can penetrate under beds, sofas, and wardrobes. Furthermore, it is equipped with an object recognition function while moving and avoids them. The top sensor automatically lowers, ensuring cleaning even in narrow spaces.
The main feature of the X60 Ultra Complete is its design: its height is only 7.95 centimeters. Thanks to a sensor that can adjust its height, it rises in open areas to map the room and lowers in low-height areas. This allows it to pass more easily where regular robots might get stuck.
The robot is equipped with two AI cameras that, according to the company, can identify over 280 different objects, including small items and other things in the house. The purpose of this functionality is to prevent collisions during cleaning and allow the robot to change its route.
It can also overcome double steps on internal balconies or indoors, as well as obstacles up to 8.8 cm high. Double retractable legs and a hinged lever are provided for this purpose, which lift up for climbing.
Dreame has equipped the model with a suction power of 35,000 Pa, which the manufacturer claims is the highest in its class. Along with this, a new brush system has been introduced, specially designed to collect hair and other debris. This is especially useful for homes with pets or where a lot of hair falls on the floor, as the system focuses on this type of contamination.
The company has also incorporated a special design into the brushes to minimize the problem of hair tangling. However, the true effectiveness of these claims will only become clear after long-term use and independent testing.
The X60 Ultra Complete is not just a vacuum cleaner; it also performs wet cleaning using two rotating washing pads that operate at a speed of 230 rpm and exert pressure up to 15 N for effective removal of ingrained dirt. The most interesting feature activates after cleaning is complete: the robot brings the washing pads to the base, where they are cleaned with hot water at temperatures up to 100 degrees Celsius. After this, they are dried with hot air, reducing the need for manual washing and drying of mops.
One of the common problems with robot vacuums is the inability to reach the very edges of walls and furniture. To solve this problem, the X60 Ultra Complete is equipped with a bidirectional flexible lever mechanism. Side brushes and mops can extend outwards, helping to reach corners and perimeters that regular robots cannot access. The company claims that this system ensures cleaning even in such places.
Tablets equipped with styluses are particularly useful for those who need to take notes directly on the screen, and the display size also significantly influences this: larger screens provide more space for drawing and writing, while smaller ones may present compacted and lower-resolution information. When the set includes a keyboard, the device's functionalities expand considerably.
Olhar Digital conducted an evaluation of the TCL A1 Plus, a tablet that features a 12.2-inch screen and comes complete with a stylus for direct annotations and a keyboard for full text typing. The main specifications of this model are detailed below.
The body of the TCL A1 Plus is made of aluminum, featuring a thickness of 6.7 millimeters and weighing 540 grams. Its dimensions are appropriate for a 12.2-inch device, allowing the user to hold the device comfortably when reading articles or watching videos without rapid fatigue. Furthermore, its weight and size facilitate transport in bags and backpacks.
The tablet chassis has an IP54 certification, which ensures resistance against dust and water splashes. Although the bezels around the screen are noticeable, they do not cause discomfort during use. The volume and power buttons are located on the top of the device when it is in landscape mode, along with the USB-C connector and speakers on the sides.
The 12.2-inch screen uses IPS LCD technology, offering a 2.4K resolution (2400 x 1600 pixels), a 120 Hz refresh rate, and a maximum brightness of 550 nits, enabling clear viewing of content even under intense light. This display has a 3:2 aspect ratio, distinct from many Android models, which is advantageous for reading documents, books, and websites.
Internally, TCL equipped the A1 Plus with the Qualcomm Snapdragon 4 Gen 2 processor, complemented by 6 GB of RAM and 128 GB of internal storage. The RAM can be increased to 16 GB through the virtual RAM feature, which uses part of the available storage to optimize performance in tasks. Storage space can also be expanded using a micro SD card (up to 2 TB).
Overall, it is a quite capable tablet, managing basic tasks such as browsing social networks and streaming services without lag. The hardware setup even supports more demanding activities; when using virtual RAM mode, it can run some heavy games at medium graphics without freezing.
One of the strengths of the package is the inclusion of a protective case with a physical keyboard and the T Pen stylus. This gives the tablet great versatility, allowing it to be used almost like a notebook without additional costs beyond the initial price. The Android 16 operating system is efficient in multitasking, supporting the execution of two applications simultaneously, floating windows, and a mode that simulates a traditional computer desktop.
Thus, it can serve both as an entertainment device, for browsing streaming services and social networks, and as a study and work tool, when combined with the physical keyboard for writing extensive texts and with the stylus for direct screen annotations.
Tablets are generally not known for having high-performance cameras for demanding users, and the TCL A1 Plus follows this trend. The rear camera has 8 megapixels with autofocus and LED flash, while the front camera records at 5 MP. These cameras meet basic needs, such as video conferencing and document scanning, but are not ideal for those seeking high-quality photos or professional content creation for social media.
With an 8,000 mAh battery, the device guarantees autonomy for a full day of intensive use. Charging supports up to 20 W, although the process can be a bit slow, taking approximately 2.5 to 3 hours to fully charge.
A tablet that combines a large screen, good battery, and a complete package, like the TCL A1 Plus, represents a great option for those who want a multifunctional device without incurring the costs of premium models. Although it may not be suitable for extremely demanding games with top-tier graphics, it handles moderate and basic tasks very well.
The fact that it comes with a keyboard and stylus makes the package even more attractive, as it allows for productivity and study use without extra expenses. However, some limitations must be noted: the slow charging time may require the user to remain connected to the outlet for long periods, and the USB-C port does not offer video output to external monitors.
Thanks to the AI cameras, the robot is also equipped with a dirt recognition system. According to the manufacturer, it can detect dust, hair, fine particles, and certain types of wet stains, and then adapt the cleaning mode according to the detected contamination.
Additional features are provided for pet owners: the robot can recognize items such as food bowls and litter boxes. Through the app, functions to view the pet's location and take photos of it during cleaning are also available.
In India, the Dreame X60 Ultra Complete is sold for ₹1,34,999. Sales will begin on the Dreame website on September 22nd, and on Amazon on September 27th. The device will also be available in Chroma stores and other authorized retail outlets. The company provides a one-year warranty and states that it has a service network in over 160 cities across India. The high price indicates that Dreame positions this product not as an ordinary robot vacuum cleaner, but as a premium smart home device.
