Microsoft Unveils Fara-7B Agentic Model Built on Qwen for Computer Use

Microsoft has launched Fara-7B, its first small language model built to operate a computer the way a person does. The company claims the 7-billion-parameter model matches or beats larger agentic systems on live web tasks while running locally with lower latency and stronger privacy.

Fara-7B reads a webpage visually and completes tasks by clicking, typing and scrolling on predicted coordinates. It does not rely on accessibility trees or separate parsing layers.

Microsoft says the model finishes tasks in about 16 steps on average, which is far fewer than many comparable systems. The model is trained on 145,000 synthetic trajectories generated through the Magentic-One framework and is built on Qwen2.5-VL-7B with supervised fine-tuning.

The company positions Fara-7B as an everyday computer-use agent that can search, summarise, fill forms, manage accounts, book tickets, shop online, compare prices and find jobs or real estate listings.

Microsoft is also releasing WebTailBench, a new test set with 609 real-world tasks across 11 categories. Fara-7B leads all computer-use models across every segment, including shopping, flights, hotels, restaurants and multi-step comparison tasks.

The company offers two ways to run the model. Azure Foundry hosting lets users deploy Fara-7B without downloading weights or using their own GPUs. Advanced users can self-host through VLLM on GPU hardware.

The evaluation stack relies on Playwright and an abstract agent interface that can plug in any model. Microsoft warns that Fara-7B is an experimental release and should be run in sandboxed settings without sensitive data.

Earlier this year, Microsoft launched Phi-4-multimodal and Phi-4-mini, the latest additions to its Phi family of small language models (SLMs).

Last month, Google DeepMind released the Gemini 2.5 Computer Use model, a specialised version of its Gemini 2.5 Pro AI that can interact with user interfaces. The model is available in preview via the Gemini API through Google AI Studio and Vertex AI Studio.

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Wipro Teams Up with IISc for AI & Quantum Research

Wipro has partnered with the Indian Institute of Science (IISc) and the Foundation for Science Innovation and Development (FSID) to collaborate on cutting-edge research and innovation across frontier technologies.

The organisations aim to accelerate breakthroughs in areas like agentic AI, embodied AI, quantum AI, and quantum safe solutions, to help enterprises

build more secure, adaptive, and autonomous digital operations.

Under the agreement, Wipro and IISc will establish a joint research program focused on quantum computing, advanced AI models, secure digital infrastructure, and new approaches to autonomous networks.

The program will bring together senior faculty, researchers, and scientists

from IISc with Wipro’s engineers, architects, and technologists.

This collaboration will enhance Wipro’s ability to deliver next-generation AI-powered capabilities across sectors such as telecom, manufacturing, financial services, and healthcare.

The company said that the alliance is amplified by the capabilities of the Wipro Innovation Network to drive co-innovation, accelerate enterprise transformation, and deliver scalable AI solutions.

Wipro chief technology officer Sandhya Arun said, “We aim [through the partnership] to address some of the most complex challenges and high impact opportunities that global enterprises face in an increasingly fast-evolving technology landscape.”

The partnership will help Wipro develop industry-ready platforms, scalable models, and new IP, which will be made available to clients on Wipro’s WINGS and WEGA delivery platforms, industry specific solutions and innovation offerings as part of Wipro Intelligence.

For IISc, the partnership supports an expanded research capacity, deeper industry validation, and opportunities for technology transfer and commercialisation.

IISc dean (division of electrical, electronics and computer sciences) Rajesh Sundaresan recalled the history of partnership between the two and said that the current partnership strengthens IISc’s ability to advance research in intelligent systems, digital infrastructure, and secure computing.

Areas of work as part of the collaboration include autonomous network intelligence and next-generation agentic AI to help telecom and connectivity-driven sectors.

Other areas include agentic and embodied AI for real-world and simulated environments, and advanced optimisation and secure computing models to strengthen enterprise resilience across financial services, energy, supply chain, and critical infrastructure sectors.

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How Governance, Compute and Digital Rails Will Redefine BFSI

India’s AI landscape is undergoing a transformation that is not only technical, but infrastructural and ethical. At the centre of this shift are the India AI Governance Guidelines released by the Ministry of Electronics and Information Technology (MeitY), under the IndiaAI Mission, and the digital public infrastructure powering finance at a planetary scale.

Together, they are catalysing a new model of financial technology, one where underwriting, fraud prevention, lending, and customer intelligence operate within a system that rewards transparency, consent, and explainability.

From ‘Black Box’ to Explainable Credit

Financial institutions have historically been cautious with advanced AI. Risk teams and regulators worry about opaque models, biases that disproportionately punish vulnerable demographics, or decision systems that are hard to audit and defend.

Amit Das, founder & CEO of Think360.ai, an analytics startup working on a series of end-to-end initiatives, argues that the guidelines represent a key inflexion point for the BFSI sector. These “give the financial sector a clear, consistent framework for building AI systems that are fair, explainable, and auditable,” he said.

He added that the new model means “moving from ‘black-box’ models to systems where decisions can be traced, justified, and governed.”

Das highlighted that adoption lagged not due to a lack of capability or demand, but rather due to uncertainty.

“Institutions have stayed somewhat away from ML/AI models in underwriting or fraud because of a clear guideline on how they will be evaluated,” said Das.

Now, he expects a structural change: “We should gradually see the shifts in AI being enterprise-ready… the uncertainty around the use of AI in front-line workflows [will] increase, as the uncertainty around compliance goes down.”

Compute as a Public Good

IndiaAI Mission’s subsidised sovereign compute, 38,000 GPUs priced at ₹65/hour, acts as the second pillar of this transformation. For the first time, banks, fintechs, and AI-first startups have access to compute infrastructure that can compete with hyperscalers, but at a fraction of the cost.

According to Das, this is “transformational for unlocking innovation.” He noted that affordable compute and national datasets will “shrink the development cycles from quarters and years to weeks,” adding that a product manager in a bank is limited only by their imagination.

This shift democratises experimentation. It means that risk modelling teams no longer need multi-million-dollar budgets or external vendors to train production-grade models; they simply need a hypothesis and access credentials.

MeitY’s guidelines require that the speed of innovation be coupled with model governance. As Das emphasises, these tools will enable “vernacular innovation at scale,” context-aware fraud systems, and “continuous behavioural modelling and intervention,” but always within auditable frameworks.

Reducing Risk and Institutionalising Accountability

With 3,000+ datasets and a curated pool of pre-trained models specifically designed for enterprise adoption, AIKosh reconfigures the relationship between BFSI and AI vendors.

Das explains the value succinctly: AIKosh “shifts control back to financial institutions by providing curated, audit-ready datasets and models.” Instead of “blindly trusting vendor-built black boxes,” banks can validate lineage, assumptions, and performance benchmarks.

He added that such repositories make models “portable, inspectable, and testable,” dramatically lowering dependency on third parties and “strengthening regulatory defensibility.”

In practical terms, this means that the next compliance query from a regulator need not produce hand-wavy narratives about feature weights. Instead, teams can present lineage traces, bias tests, and reproducible training logs, features built into the architecture of their AI pipelines.

While the BFSI sector is known for governance-heavy operational models, MeitY’s guidelines push ethical AI from compliance checklists to core business architecture. For many enterprises, this will require cultural change.

Piyush Goel, founder and CEO at Beyond Key, a Chicago-based IT services and consulting firm, stresses that the guidelines “raise the bar by embedding ethical safeguards into basic engineering and procurement standards.” They are not only for AI labs, but “product, legal, privacy, and compliance teams must also codify the rules, logs, and incident playbooks.”

In other words, every model deployed in a lender’s stack should be treated like an employee with documentation, reviews, and escalation protocols.

Goel’s perspective is highly pragmatic. Red-team testing, model cards, bias monitoring, and escalation protocols are “not optional extras but rather practical imperatives.” He said that compliance will become a market signal as consumers and regulators want verifiable assurance of safe, understandable operations.

Consent as Infrastructure

The Account Aggregator (AA) ecosystem enables secure sharing of verified financial data across more than two billion accounts. As a result, India functions as a live laboratory where models can train on diverse, consent-driven signals.

Das warned, however, that the Digital Personal Data Protection Act (DPDP) has changed the game. Consent should no longer be soft or assumed. It must be “granular [in] purpose definition, revocability, traceability, and strict data minimisation.” He highlighted the shift “from deemed consent to explicit consent.”

“Expand access to high-quality and representative datasets, providing affordable and reliable access to computing resources, and integrate AI with Digital Public Infrastructure (DPI),” he said. For BFSI, this is particularly salient, as India’s DPI serves as the data or infrastructure backbone for many financial services.

The challenge is operational. Data pulled through APIs must be tied to permissions, purpose, and logs. Platforms like Think360.ai’s ConsenPro provide “a real-time consent and governance fabric,” so BFSI institutions can prove proper usage, Das said. They enable innovation “while staying structurally compliant.”

Responsible consent systems will be as central to risk management as credit bureaus or treasury oversight.

Revenue-Based Financing With AI

Nowhere is explainability more critical than in lending to startups and small businesses. For founders, a credit decision is not a statistical artefact, it can determine whether a team survives the quarter or lays off staff.

Abhinav Sherwal, co-founder of fintech startup Recur Club, claimed that MeitY’s guidelines “help bring more structure and accountability to how AI is used in financial decisions.” For their business, this translates to more trust with founders and lenders.

Sherwal emphasised that Recur Club already offers transparency, but the guidelines raise expectations. They require “clear documentation of how our models make decisions” and “stronger oversight on model bias and data quality,” particularly in credit decisions, because “any small bias can exclude good businesses.”

“User-first consent, founders decide what data they share, and they can revoke access,” he added. The startup uses “only what is relevant, business cashflows,” and enforces “no black-box outcomes.” All decisions have to be “explained in plain language.”

Sherwal also made a broader point that may resonate across BFSI: models are tools, not judges. The company enforces “human-in-loop for edge cases, we never let the model auto-decline without review,” he said.

Goel cautioned that subsidised compute can amplify risk if improperly used. Organisations must avoid “move fast, break trust.” To do so, production access should be gated with a “deployment approval board, threat modelling, and mandatory pre-deployment bias/security checks,” he added.

He said that vendors must “design for consent, minimal data use, and strong privacy-preserving defaults,” including encryption, least-privilege access, and DPI-aligned audit logs.

In essence, every model utilised in a lending institution’s framework should be treated with the same level of seriousness as an employee, ensuring a commitment to ethical practices and accountability in the deployment of AI technologies.

The post How Governance, Compute and Digital Rails Will Redefine BFSI appeared first on Analytics India Magazine.

7 Must-Read Books on AI in 2025

As AI becomes part of everyday life, understanding it has never been more important. The books listed in this article will help you better understand the ecosystem.

From deep investigations into companies like OpenAI, Microsoft, Google and NVIDIA to personal stories of the leaders shaping the field, these books help readers understand how AI is being built and where it is taking us. They cover everything from the risks of superintelligence to the breakthroughs that made large language models possible, and the fierce competition among tech giants to control the future.

This list brings together the most helpful and interesting titles published over the last year.

Empire of AI: Dreams and Nightmares in Sam Altman’s OpenAI by Karen Hao

This influential 2025 release offers an in-depth look at OpenAI’s rapid ascent, examining its goals, inner workings, and the impact of its pursuit of artificial general intelligence (AGI). The author, a former AI journalist at a major tech publication, builds the narrative through conversations with more than 260 people connected to the company, along with private emails and internal files.

If Anyone Builds It, Everyone Dies: Why Superhuman AI Would Kill Us All by Eliezer Yudkowsky & Nate Soares

If Anyone Builds It, Everyone Dies delivers a clear and unsettling look at the risks that superintelligent AI could create. The authors, Eliezer Yudkowsky and Nate Soares, warn that today’s large-scale AI models built from massive networks of learned parameters rather than readable code operate in ways that are difficult to interpret or predict. Because their behaviour emerges from statistical patterns rather than explicit instructions, these systems can behave unpredictably when placed in new situations.

Yudkowsky and Soares argue that once AI surpasses human intelligence, it may pursue goals that don’t match human intentions, and we may not be able to correct or restrain it.

The Thinking Machine: Jensen Huang, Nvidia, and the World’s Most Coveted Microchip by Stephen Witt

Written by journalist Stephen Witt, The Thinking Machine charts NVIDIA’s transformation from a small company focused on gaming graphics to one of the most influential players in the global AI industry.

The book shows how, under Jensen Huang’s leadership, NVIDIA made bold bets on parallel computing and reimagined what chips could do. This shift turned the GPU from a gaming accessory into a core engine driving the training of modern AI systems.

Witt builds the narrative through extensive reporting, drawing on insights from engineers, executives, investors, and people close to the company. He captures not only the technical breakthroughs but also the intense competition, strategic risks, and sheer persistence that shaped NVIDIA’s rise.

AI Valley: Microsoft, Google and the Trillion‑Dollar Race to Cash In on Artificial Intelligence by Gary Rivlin

Published in 2025, Gary Rivlin’s AI Valley offers an inside look at the intense competition among tech giants and investors as they chase dominance in the booming AI industry.

Rivlin, a seasoned journalist, follows founders, executives and influential venture capitalists over the course of a year to capture how they navigate what many believe is the most transformative tech wave in a generation.

The book brings together stories from across the ecosystem—from young startups trying to break through to big players like Microsoft, Google and Meta, all fighting to secure their share of the AI future. By weaving together personal narratives, boardroom decisions and market pressure, the book paints a vivid picture of an industry in rapid motion.

The Scaling Era: An Oral History of AI, 2019–2025 by Dwarkesh Patel & Gavin Leech

The Scaling Era offers a unique, interview-driven account of how AI has developed during these pivotal years. Patel draws on his long-form conversations with leading researchers, entrepreneurs and engineers to build a detailed picture of the breakthroughs, concerns and debates that shaped modern AI.

The book captures an extraordinary moment in tech history—the period when scaling models with more compute, more data and more parameters became the dominant strategy for progress. Through first-hand stories, readers see how large language models were built, why emergent behaviours surprised even their creators, and the challenges teams faced around safety, interpretability and deployment.

The Optimist: Sam Altman, OpenAI, and the Race to Invent the Future by Keach Hagey

Authored by journalist Keach Hagey, The Optimist provides the first detailed biography of OpenAI CEO Sam Altman, a charismatic and sometimes controversial figure who has become central to the modern AI movement. The book explores how Altman rose to prominence and why he is considered one of the most influential leaders in technology today.

Hagey relies on more than 250 interviews with people connected to Altman, including family members, close friends, colleagues and major investors. These conversations help her build a rich, layered picture of his personality, ambitions and worldview.

The story follows Altman from his early years in St Louis to his rapid ascent at Y Combinator, where he helped shape dozens of successful startups, and eventually to his role as the head of OpenAI, one of the most powerful and closely watched AI labs in the world.

The Nvidia Way: Jensen Huang and the Making of a Tech Giant by Tae Kim

Written by technology journalist Tae Kim, The Nvidia Way tells the story of how NVIDIA grew from a modest graphics-chip startup in the early 1990s into one of the most important companies powering today’s AI boom. Kim traces the company’s evolution across three decades and explains how it became a key force behind modern computing and machine learning.

The book draws on more than 100 interviews with founders, early team members, investors and senior leaders. These accounts help Kim construct a detailed picture of the company’s internal challenges, bold bets and significant turning points.

The post 7 Must-Read Books on AI in 2025 appeared first on Analytics India Magazine.

MapmyIndia Joins Zoho CRM for Location Intelligence

MapmyIndia Mappls and Zoho have unveiled a new integration that brings indigenous mapping tools into Zoho CRM, giving businesses in India access to location-aware features inside Zoho’s platform.

The two companies announced the partnership on November 26 in New Delhi.

The move plugs MapmyIndia’s Address Capture and Nearby Lead Finder into Zoho CRM, allowing teams to record verified addresses, view customer locations, discover leads around them and plan sales routes. The features run on MapmyIndia’s mapping stack that has been built and refined in India for three decades.

“This partnership between MapmyIndia and Zoho is a true blue Swadeshi celebration — two Indian innovators and leaders in their respective fields – coming together to deliver cutting-edge, homegrown technology that is world-class,” Rakesh Verma, co-founder, managing director and group chairman, MapmyIndia Mappls, said.

“I am confident that this partnership will boost collaborations amongst Indian tech companies creating a sympathetic ecosystem towards the realization of an Atmanirbhar, Viksit Bharat,” he added.

The integration aims to strengthen India’s push toward technology built within the country. Both companies said the effort will help businesses improve field operations, speed up customer service and make informed decisions using mapping data that never leaves India.

“At Zoho, we believe that true technological progress begins with self-reliance. Building deep-tech R&D from India has always been one of our foundational pursuits, driven by the immense talent and creativity that thrive in the country,” Mani Vembu, CEO, Zoho, said.

MapmyIndia, known for developing India’s digital maps since 1995, supplies mapping data, navigation tools, geospatial analytics and a wide ecosystem of APIs and platforms. Zoho, a global software firm headquartered in India, provides cloud-based business applications used by enterprises worldwide.

MapmyIndia’s mapping system covers towns, villages and the full road network of India with detailed layers that include 2D, 3D, HD, real-time and hyper-local visual data. The company also maintains digital maps for more than 200 countries through its Mappls platform.

The companies said their collaboration reflects the rising confidence of India’s tech ecosystem and its ability to build high-quality products for global and domestic use.

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The Rise of Forward Deployed Engineers in Applied AI

There’s a quiet shift underway inside applied AI teams. As companies move past demo culture and start wiring AI agents into real business processes, a different kind of role is rising to prominence—part engineer, part field operator, part architect, part empath.

For years, the function of a forward-deployed engineer (FDE) existed in different forms, useful mostly in tough government or industrial environments. But as AI agents begin speaking to customers, handling decisions and shaping frontline workflows, the need for engineers who understand the world outside the codebase has exploded.

Now, across AI companies, this once-niche model is making a strong comeback. Practitioners who’ve spent time in the field say this role is becoming critical to building AI systems that are safe in practice, useful in context, and tailored to the understated realities of each industry.

Applied AI’s Two Worlds

Sumanyu Ghoshal, product manager at Prodigal, says applied AI now operates across two parallel tracks. The first is product development—building the core system through orchestration, secure hosting and continuous fine-tuning. The second is deployment—getting these evolving AI systems to work reliably in real customer environments.

“The second piece is how you deploy the solution while you keep building the product,” he said. “That’s why FDEs, what we call agent engineers, matter.”

The title is still taking shape at Prodigal, but the role resembles the classic FDE: part solution builder, part product contributor.

Ghoshal experienced this firsthand as a forward-deployed engineering intern at Palantir, where the work blurred the line between customer-specific builds and core product development. “Whatever you build, a good chunk of it ends up influencing the product,” he said. That tight loop is especially valuable in AI, where systems must adapt to domain-specific needs.

It’s also essential for risk control. As Ghoshal noted, an AI agent can’t afford casual errors. “If an AI agent talking to a consumer gives a 90% discount or says something offensive, that’s a big problem for the business.” The stakes far exceed those of traditional software, making careful deployment and on-ground engineering oversight indispensable.

Companies look for specific qualifications and skills in FDEs. Neeti Sharma, CEO of TeamLease Digital, said, “Most companies look for a strong engineering background and three to eight years of real experience in software, data or applied ML.”

“They must know Python plus one backend language, and should be comfortable deploying systems on AWS, GCP or Azure, and familiar with APIs, microservices and DevOps practices.”

FDEs now also require practical expertise in AI technologies like LLMs, RAG and ML to successfully deliver working solutions. Beyond technical skills, top FDEs are distinguished by clear communication, strong product thinking and the ability to handle ambiguity.

Context may make or break AI Agents

Alex Hill, director of applied AI at Celonis, believes meaningful AI systems can’t be built from a distance. “In the state AI is in today, you cannot build solutions that move the needle from your headquarters,” he said. The gap is simple: no internal discussion can replicate the reality of someone working on a manufacturing line or inside a plant.

Celonis didn’t plan for a forward-deployed engineering model; it arrived there by necessity. Its most effective deployments came from sending strong technical builders on-site to shadow end users, observe workflows, build quick prototypes and iterate immediately. “They build a solution in one or two days,” Hill said. Some attempts fail, but rapid, real-world feedback tightens the loop—eventually resembling an FDE model without the label.

For Hill, the key is context. The industry has moved past prompt engineering into what he calls context engineering: giving AI agents the depth of historical, operational and relational information that humans rely on. Without this foundation, AI cannot meet enterprise standards or operate safely. Context spans vendor relationships, past decisions and subtle process cues—“at least what the human knows, and often more.”

Where the Role Goes Next

FDEs are emerging as the link between product teams and real-world workflows. They bring empirical grounding to product decisions and expose model limitations early.

Omkar Pandharkame, chief strategy officer at Supervity AI, describes them as hybrids with customer-facing instincts and AI-first development skills. “An FDE is not a rebranded solutions engineer; they need a deep understanding of workflows and the agility to build agents in days, not months.”

Highlighting the rise in the demand for the role, Teamlease’s Sharma said, “Demand for FDEs has risen sharply as enterprises move from AI pilots to real, scalable deployments. The challenge today isn’t accessing AI models, but integrating AI into complex workflows, legacy systems and real user environments. FDEs are the bridge that makes this possible.”

She noted that the demand for FDEs is experiencing substantial growth, with high double-digit increases in job demand during the first three quarters of 2025 alone.

Unlike traditional developers, FDEs work in short, high-impact cycles, building fast prototypes that prove value on the ground. As Pandharkame put it, the role “sits at the intersection, one part consultant, one part generative AI engineer.” Companies like Supervity AI are hiring aggressively, viewing the role as the next evolution of pre-sales engineering.

Experts broadly agree as AI agents integrate deeper into business processes, the demand for engineers who can work directly with customers will only rise. Far from being automated away, the FDE may become one of the defining roles of enterprise AI.

The post The Rise of Forward Deployed Engineers in Applied AI appeared first on Analytics India Magazine.

UBTech to Deploy Humanoids on China-Vietnam Border

China’s UBTech Robotics has signed a $37 million deal to deploy humanoid robots at border crossings in China’s Guangxi region, as per a report by South China Morning Post (SCMP). The agreement involves the Fangchenggang humanoid robot centre, which will use the robots for traveller guidance, inspections, patrols and logistics.

The company said deliveries will start in December, as reported by SCMP.

This huge order was also announced by UBTech in an X post on November 25. It said, “UBTECH has been added to the MSCI China Index and secured a massive new order: $37.2M!”

The post also said that the Walker humanoid robot series has accumulated over $153 million in orders for 2025.

This particular project will use UBTech’s Walker S2, which will also conduct inspections at steel, copper and aluminium manufacturing sites as part of the initiative.

UBTech said cumulative orders for its Walker series have reached ¥1.1 billion since shipments began this month. Michael Tam, the company’s chief branding officer, said UBTech aims to deliver 500 industrial humanoids this year and increase the figure tenfold next year.

“We plan to reach 10,000 units by 2027,” he told SCMP. He added that the company seeks to lower production costs.

The deal aligns with China’s broader push to integrate embodied AI into real-world operations. Government agencies across provinces are now using humanoids and quadruped robots at airports, immigration checkpoints, and in security work.

A similar concept has been deployed at Hangzhou Xiaoshan International Airport, where a robot is handling passenger queries. Shenzhen Customs has also integrated DeepSeek’s large language model into an inspection robot for cargo checks.

The post UBTech to Deploy Humanoids on China-Vietnam Border appeared first on Analytics India Magazine.

DHL Rolls Out AI Agents with HappyRobot to Automate Global Operations

DHL Supply Chain has partnered with San Francisco-based HappyRobot to deploy AI agents that automate routine communication tasks across its global operations. The partnership aims to improve operational efficiency by handling high-volume phone and email interactions. DHL is using the technology for appointment scheduling, driver follow-up calls, and warehouse coordination.

Pablo Palafox, CEO of HappyRobot, said, “Too often, people are stuck maintaining systems and inboxes, with little time to solve exceptions or improve processes. DHL recognised early on the potential of AI agents as a new operating layer.”

The collaboration builds on DHL’s enterprise-wide AI strategy and supports its goal of improving customer communication and employee experience. The company said the AI agents help teams manage operational workflows at scale and free staff to focus on strategic work.

DHL said it has been identifying and validating AI use cases for more than 18 months.

Sally Miller, CIO at DHL Supply Chain, said the company is now integrating AI agents to “drive greater process efficiency for customers while making operational roles more engaging and rewarding for employees”. Current deployments handle hundreds of thousands of emails and millions of voice minutes each year.

These agents are said to be improving consistency in scheduling, transport status updates, and warehouse coordination.

Yamil Mateo, HappyRobot’s head of product, said the collaboration helped design capabilities suited to DHL’s operational needs. “The DHL team understood very early the scale of enablement our platform brings to their organisation,” he said.

HappyRobot engineers have built a unified system that works across email, WhatsApp, and SMS. Senior engineer Danny Luo said it includes “fault tolerance and recovery” to support DHL’s scale.

DHL also reported that the AI agents have reduced manual effort and increased responsiveness in communication-heavy tasks. The company said this shift supports employee retention by reducing repetitive work.

“AI agents help us relieve our teams from repetitive, time-consuming tasks and give them space to focus on meaningful, high-value work,” said Lindsay Bridges, EVP human resources.

The post DHL Rolls Out AI Agents with HappyRobot to Automate Global Operations appeared first on Analytics India Magazine.

Perfect.Cash — современный обменник, созданный для удобного и безопасного обмена криптовалют

В последние годы рынок цифровых активов развивается стремительными темпами, и всё больше пользователей выбирают удобные онлайн-платформы для покупки, продажи и обмена криптовалют. Среди множества сервисов особенно выделяется Perfect.Cash — площадка, ориентированная на простоту использования, высокую скорость операций и комфорт для пользователей любого уровня подготовки.

Благодаря современному интерфейсу и понятной структуре сайт позволяет быстро выполнить нужные операции, не сталкиваясь с лишними сложностями. Пользовательский опыт здесь выстроен таким образом, чтобы посещение платформы оставляло только положительные впечатления: всё логично, функционально и доступно в несколько кликов.

Интуитивно понятный интерфейс

Одним из ключевых преимуществ сервиса является удобство. Perfect.Cash не перегружает пользователя сложной навигацией или техническими терминами — напротив, структура сайта проста и лаконична.

Даже если человек впервые сталкивается с криптовалютными обменниками, он легко ориентируется в доступных направлениях обмена, находит нужную валюту и быстро оформляет заявку.

Платформа делает акцент на практичности:

удобное меню направлений обмена;

информативные подсказки;

понятные формы ввода;

минимальное количество шагов для совершения операции.

Такой подход экономит время и делает процесс обмена максимально комфортным.

Быстрота проведения операций

Одним из важных факторов при выборе обменника является скорость. На современном крипторынке время нередко играет решающую роль, и пользователи ценят возможность выполнить перевод или конвертацию без задержек.

Perfect.Cash демонстрирует высокую оперативность обработки заявок: система оптимизирована таким образом, чтобы обмен проходил быстро и без лишних ожиданий. Эта оперативность особенно важна в моменты повышенной волатильности рынка, когда даже несколько минут могут существенно повлиять на выгодность обмена.

Благодаря этому обменник подходит как для опытных криптовалютных трейдеров, так и для пользователей, которые совершают сделки время от времени, но хотят делать это эффективно и без задержек.

Комфорт для пользователей

Perfect.Cash ориентирован на создание позитивного опыта для каждого посетителя. Всё — от дизайна до логики работы — настроено так, чтобы платформа вызывала доверие и желание вернуться.

Пользователь получает:

простую систему оформления заявок;

дружелюбный интерфейс;

прозрачность всех этапов обмена;

удобство при работе как с популярными криптовалютами, так и с направлениями обмена фиат ↔ крипто.

Кроме того, сервис позволяет пользователям самостоятельно выбирать оптимальные направления обмена, что делает работу с платформой гибкой и удобной.

Прозрачность и понятность процесса

При работе с финансовыми инструментами особенно важны прозрачность и доверие. Perfect.Cash демонстрирует понятный механизм выполнения операций, благодаря чему пользователи чувствуют уверенность и комфорт.

Каждый этап — от выбора направления до подтверждения обмена — отображается чётко и последовательно. Платформа исключает путаницу, что особенно ценно для тех, кто делает первые шаги в мире криптовалют.

Современный подход и дружелюбный сервис

Perfect.Cash — это пример обменной платформы, которая сочетает в себе современный подход, продуманную структуру и ориентацию на удобство. Такой баланс делает сервис привлекательным для широкой аудитории: от начинающих пользователей до тех, кто ежедневно работает с цифровыми активами.

Благодаря простоте, скорости и позитивному пользовательскому опыту обменник выгодно выделяется на фоне множества других сервисов. Он подойдёт тем, кто ценит удобство, минимализм и уверенность в каждом шаге процесса обмена.

Perfect.Cash — это платформа, созданная для тех, кто хочет выполнять операции с криптовалютами легко, быстро и комфортно. Интуитивный интерфейс, высокая скорость обработки заявок и ориентированность на удобство пользователей формируют позитивный опыт, который делает сервис привлекательным и современным инструментом для обмена цифровых активов.

Если вы ищете обменник, который сочетает функциональность, доступность и комфорт, Perfect.Cash — достойный выбор, позволяющий выполнять операции с криптовалютой уверенно и без лишних сложностей.

Digital Connexion to Invest $11 Billion in Andhra Pradesh for AI Data Centres

Digital Connexion will invest about $11 billion by 2030 to build 1 gigawatt of AI-native data centres in Visakhapatnam, Andhra Pradesh, as per the company’s release. The company signed an MoU with the Andhra Pradesh economic development board to develop the project across 400 acres.

The planned facilities will be designed to handle high-performance computing and AI workloads. According to the company, the centres will feature “future-ready systems,” strong power infrastructure, and high-density racks to support the next wave of digital growth.

Digital Connexion said the expansion aligns with India’s Viksit Bharat 2047 vision and aims to strengthen the country’s digital foundation. The company emphasised that the upcoming sites will use renewable energy, efficient building designs, and advanced cooling to reduce environmental impact.

The firm currently operates a campus in Chennai and is building another in Mumbai’s Chandivali area, both located to offer low-latency and carrier-neutral connectivity.

The release stated that for Digital Connexion Andhra Pradesh investment marks a significant step toward becoming “India’s trusted digital infrastructure provider” as demand for AI-ready data capacity accelerates.

Previously this year, the government of Andhra Pradesh has signed an MoU with US-based Tillman Global Holdings to develop a ₹15,000-crore, 300 MW hyperscale data centre campus in Visakhapatnam, positioning the state as a key digital infrastructure hub in India and the Indo-Pacific region.

The agreement, executed through the Andhra Pradesh Economic Development Board (APEDB), outlines a facilitation framework for time-bound development of the project codenamed TDGAP1 over the next 12 months.

Additionally, Andhra Pradesh will also host India’s first indigenously built eight-qubit quantum computer this November in Amaravati. The installation, developed by Bengaluru-based quantum startup QpiAI, is supported by the National Quantum Mission (NQM).

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