Vishwadeep Khatri

National Medical Commission chairperson Abhijat Sheth emphasised the need to prepare doctors and healthcare systems for responsible AI integration in healthcare. He highlighted that medical education must adapt to AI's growing role, ensuring doctors can critically interpret and safely use AI while maintaining clinical judgment. View the full article

A new film explores the ethics of using AI to recreate deceased children for grieving parents. Director Hirokazu Kore-eda questions whether it's right to manipulate the digital existence of the dead, especially when these AI creations develop their own desires, potentially leaving families heartbroken again. View the full article

AI firm Anthropic will present cyber risks in global finance. These vulnerabilities were revealed by their new Mythos model. View the full article

Uber CEO Dara Khosrowshahi anticipates India becoming its largest market in a decade, highlighting dynamic growth and talent. The company is investing in tech centres and a data centre partnership with Adani Group, while exploring logistics and local commerce opportunities. View the full article

A top Micron executive warns the global semiconductor memory shortage, fueled by the AI boom, is severe and could extend beyond 2028. Indian firms risk being unprepared due to price sensitivity and a reluctance to commit to long-term procurement contracts, despite the nation's push for sovereign AI infrastructure. View the full article

The forward deployed engineer (FDE) has emerged as the hottest job in AI, with companies like OpenAI and Google offering substantial compensation. These consultants are crucial for deploying AI agents and identifying high-impact use cases within organizations. View the full article

Steven Soderbergh's documentary "John Lennon: The Last Interview" utilises AI-generated imagery to visualise philosophical discussions from a final interview with John Lennon and Yoko Ono. The film, which debuted at Cannes, sparked debate over AI's role in filmmaking, with Soderbergh emphasising transparency and necessity in its application. View the full article

The Institute of Chartered Accountants of India will integrate artificial intelligence and data analytics into its curriculum. This move aims to equip students for evolving technological and professional landscapes. A committee is reviewing the syllabus and training. Updates are expected to be implemented by 2028. View the full article

Malta is set to become the first nation to provide all its residents with a year of ChatGPT Plus access. This initiative follows the completion of a free course on artificial intelligence usage. The program begins in May and will expand as more citizens finish the training. Maltese citizens living overseas can also participate. It will be interesting to observe the possibilities LLM will bring when everyone in the Nation has access to the same platform.

Anthropic's CFO, Krishna Rao, revealed that over 90% of the company's code is now generated by its AI tool, Claude Code. AI systems are automating significant portions of software engineering, finance, and operations, freeing employees for oversight and strategy. Despite automation, Anthropic is accelerating hiring, viewing AI as a productivity enhancer that amplifies talent.

UK financial authorities are urging companies to prepare for dangers posed by new artificial intelligence. These advanced AI models possess cyber capabilities that surpass human skills in speed and scale. If misused, these abilities could significantly increase cyber threats to businesses, customers, and the entire financial system.

OpenAI is integrating its Codex coding tool into the ChatGPT mobile app, broadening access to AI code-generation capabilities. This move intensifies competition with rivals like Anthropic, as Codex can write features, answer code questions, fix bugs, and propose pull requests.

CAISA Forum Question 872If AI can identify the “best” employee for every critical task, should managers still distribute opportunities more broadly? A large operations organization uses AI to assign high-impact work such as: urgent customer escalations, strategic projects, major client presentations, and complex problem-solving tasks. The AI analyzes past performance, speed, accuracy, customer feedback, and delivery consistency. Over time, it repeatedly recommends the same small group of top performers because they consistently produce the best outcomes. As a result: productivity and success rates improve, critical work gets completed faster, and operational risk reduces. However: other employees receive fewer growth opportunities, team morale starts declining, and managers worry that future capability development is becoming concentrated in too few people. This creates a real dilemma: View A — Follow the AI and assign work to the best performers.Critical tasks should be handled by those most likely to succeed. Business performance and customer outcomes should take priority over equal opportunity distribution. View B — Distribute opportunities more broadly.Organizations must develop future capability, not just optimize current performance. Over-concentrating important work can weaken team growth, resilience, and long-term sustainability. Bex — BenchmarkX360's AI analyst — will take a clear position on one of these views. You can choose to support Bex's position with stronger evidence and examples, or challenge Bex with a better argument. Either approach can win. Which view do you support — and why? Provide a specific process, product, or operational example to support your position.⚠️ Answers that do not take a clear position will not be approved. ⚠️ "It depends" answers will not be approved. 💡 Participants are free to use AI tools — clarity, insight, and contextual relevance will determine the best answer. 🏆 The best answer will be selected on the basis of:· Clarity of position taken · Quality of reasoning and argument · Relevance of process, product, or operational example · Ability to go beyond or against Bex's analysis

1. Bhaskar_Sambamurthy_vKbHPosition: View B ✅Specific Example: Yes — structured matrix covering OpenAI/GPT scaling (innovation), Apple iPad (product), Valve Corporation's bossless model (process), and P2P FinTech/Wise/Revolut (industry). Also personal experience with JD.com drone delivery in China and Alibaba/Tencent. Includes a two-gate corporate governance framework (Gate 1: AI authority for incremental, Gate 2: human override for transformational). Reasoning Quality: Strong — identifies the mathematical/statistical limitations of AI (Inductive Fallacy, Gaussian Bias, "Data Deserts"), critiques Bex's historical anachronism, and proposes a concrete dual-gate protocol. Comprehensive and well-organized. ✅ Approved. Takes an unambiguous View B position backed by a multi-industry example matrix, a rigorous three-part mathematical argument about AI's limitations, and a practical dual-gate governance framework with real-world practitioner credibility. 2. rajan.arora2000Position: View B ✅Specific Example: Yes — extensively detailed across eight industries: Kodak vs. Fujifilm (photography), Nokia (telecoms), Blockbuster vs. Netflix (entertainment), SpaceX (aerospace), Amazon (Prime, AWS, Fire Phone), Tesla (automotive), Square/Stripe (financial services), BioNTech/mRNA (pharmaceuticals). Includes a Five-Stage Human-Augmented Innovation Protocol (table), asymmetric payoff mathematics (table), portfolio allocation framework (table), and multiple named frameworks (Amazon Working Backwards, Bezos One-Way/Two-Way Door, Pre-Mortem, OODA Loop). Reasoning Quality: Exceptional — establishes an epistemological case (stationarity assumption, Taleb's Black Swan/Mediocristan vs. Extremistan), introduces the concept of AI's "architectural conservatism bias," addresses the acceleration of disruption cycles, identifies "learned helplessness" at the institutional level, and rebuts four major counterarguments. ✅ Approved. One of the most thoroughly constructed arguments in the thread — it goes beyond example enumeration to build a principled, multi-layered philosophical and empirical case against AI veto authority. 3. Anjali_Mali_H0mpPosition: View B ✅Specific Example: Yes, but only briefly — mentions AWS, Apple removing keyboards/headphone jacks, and Tesla EVs. No specificity on industry context, process steps, or realistic scenarios. These are listed as bullet points without substantive elaboration. Reasoning Quality: Weak — the core logic (AI is optimized for predictability, not possibility) is sound but underdeveloped. No concrete data, no mechanism explaining how the AI fails, no framework for decision-making. ❌ Not Approved. While it clearly takes View B, the examples are superficial name-drops without specific details (no numbers, context, or process steps), and the reasoning lacks depth beyond general assertions. 4. Shobha Rani_VS_jI8YPosition: View B ✅Specific Example: Yes — AWS (cloud platform blind spot), India's UPI payments system (nonlinear behavior shift), Quantum Computing/6G (timing error in emerging infrastructure), Airbnb/star-rating system (human behavior as volatile variable), and the Marshall Plan (geopolitical "irrationality"). Also mentions forward-looking convergence of AI agents + ambient computing + 6G. Reasoning Quality: Good — introduces the "category error" framing (continuity model applied to discontinuous change), the "Platform Blind Spot" (AI evaluates standalone products, not innovation flywheels), and the "Timing Error" (measuring half-assembled systems against completed ones). The UPI example is notably fresh and specific. ✅ Approved. Clearly takes View B with a coherent structural argument and several specific, well-chosen examples — particularly the UPI and Marshall Plan cases that go beyond the commonly cited tech examples. 5. Priya Darshini SinghPosition: View B ✅Specific Example: Yes — Netflix streaming pivot (2007), Apple iPhone (2007), Amazon Web Services (2006), and M-Pesa mobile money in Kenya (2007). The M-Pesa example is specific and goes beyond typical answers. Reasoning Quality: Solid — correctly identifies that AI commits a "category error" by evaluating transformational ideas against historical templates; explains why high AI risk signals on novel ideas can actually be a signal to proceed rather than stop; proposes a framework distinguishing AI's role in shaping how vs. whether to pursue an idea. ✅ Approved. Takes a clear View B stance with four well-chosen industry examples including the distinctive M-Pesa case, and articulates a cogent "category error" argument and decision framework. 6. GuruvammalPosition: View B ✅Specific Example: Yes — Netflix streaming pivot, Apple iPhone, Amazon AWS, and Pixar's shift to 3D animation (Toy Story, 1995). The Pixar/film industry example is relatively unique in this thread. Reasoning Quality: Moderate — develops three useful concepts ("Data Measures What Is, Not What Could Be," "Cost of Inaction is Invisible," and "Innovation as a High-Variance Portfolio"). The argument that AI reliably quantifies failure risk but cannot quantify obsolescence risk is well-stated. However, the examples are explained at a generic narrative level without precise data or unique insight. ✅ Approved. Clearly View B with the Pixar example providing some differentiation, and the "cost of inaction is invisible" framing adds genuine reasoning value — though the treatment is less rigorous than the top answers. 7. Ehisuoria AigbogunPosition: Neither View A nor View B — the post is vague and does not take a clear side. Specific Example: None. Reasoning Quality: Essentially absent — the post is only three sentences long, uses the name "Ben" (a character not in the original question), and advocates a hybrid middle-ground ("continue pursuing the initiative" while "making informed and responsible" decisions) without specifying any process, example, or argument. ❌ Not Approved. Fails all three criteria: no explicit position on either View, no specific example, and no substantive reasoning. This is a classic non-answer that hedges without committing. 8. Rahul_Suri_1N6fPosition: View B ✅Specific Example: Yes — detailed treatment of Netflix's streaming pivot (with specific AI risk signals enumerated: <50% broadband penetration, Blockbuster's 9,000 stores, Hollywood hostility to digital licensing, 25% YoY DVD growth) and Amazon Web Services (with specific AI risk signals: Amazon's retail identity, enterprise IT market structure, post-dot-com profitability recovery). Also references the Reference Class Problem, Snapshot Fallacy, and Survivorship Blind Spot. Reasoning Quality: Strong — the enumeration of specific AI risk signals that would have applied at the time is particularly effective (rather than just asserting "AI would have said no"). Provides a 3-point override framework (directional/not terminal risk; weak reference class; trajectory beats current state). Logically structured with distinct sections. ✅ Approved. View B is clearly stated, the examples are the most granularly developed in terms of precisely what the AI would have flagged, and the 3-point override framework is concrete and actionable. 9. Kumar_Love_s9D0Position: View B ✅Specific Example: Yes — Netflix streaming pivot and Apple's smartphone shift (briefly), plus historical metaphors (Age of Exploration, Apollo Program). Proposes a "Triage Architecture" with a three-step workflow (AI Vulnerability Mapping → Human Mitigation Engineering → Sandboxed Pilot). Reasoning Quality: Good — introduces the Out-of-Distribution (OOD) Data Problem (technically accurate framing), the local optima problem, and historical bias penalizing first-movers. The "Triage Architecture" is a specific and novel framework. However, the examples are underdeveloped — they are briefly mentioned rather than substantively analyzed. ✅ Approved. Takes a clear View B stance with technically grounded reasoning (OOD data problem) and a distinctive process framework ("Triage Architecture"), though the industry examples lack the depth needed to fully support the argument. 10. Sanmathi_Naik_DgYEPosition: View B ✅Specific Example: Yes — Tesla electric vehicles and Netflix Originals (House of Cards, Stranger Things, with the specific $100M investment figure). Reasoning Quality: Weak — the argument is brief and superficial. The examples are named but not elaborated with context about what the AI/data signals said or how human judgment overcame them. The conclusion ("AI should flag risks, not reject bold ideas outright") is correct but not argued. ❌ Not Approved. While View B is clearly stated, this answer lacks a specific process explanation or realistic scenario — both examples are referenced at a headline level only, with no detail about the decision mechanism, industry context, or risk signal that was overridden. The example deficiency is the primary failure. 11. Jamiu_Lasisi_LQ84Position: View B ✅Specific Example: Yes — Netflix (238M subscribers, Blockbuster extinct), Apple iPhone (Nokia held 40% global market share at time of launch), and Amazon Web Services ($90.8B annual revenue). Includes a structured comparison table (AI Risk Signal / What AI Would Have Recommended / Actual Outcome across three companies). Also articulates four specific conditions under which View A would legitimately apply. Reasoning Quality: Strong — the structural argument (AI models are "trained on outcomes that were recorded; recorded outcomes are, by definition, actions that were actually taken") is precise and well-framed. Correctly notes that the more transformational an idea is, the more confidently a backwards-looking AI will flag it. The four-condition framework for when View A applies adds useful nuance. ✅ Approved. Clear View B position, three well-documented examples with specific data points, and a logically tight structural argument that includes a rare and valuable concession — specifying the conditions under which View A legitimately applies. 12. Poornima_Gupta_aZ3hPosition: View B ✅Specific Example: Yes — multiple: Netflix, Amazon Prime, Stripe, Slack, DBS Bank ("22,000-person startup"), Tesla, ChatGPT (100M users in 90 days), Airbnb, and McDonald's AI drive-thru (as a failure case). Includes a detailed comparison table (8 successes + 1 failure evaluated against 3 criteria). Also references the "Adjacent Possible" (Stuart Kauffman) concept. Reasoning Quality: Very strong — introduces a three-question framework (real customer frustration? displaces incumbent advantage? risk justified by value created?), the McDonald's AI drive-thru as a counter-example that failed not because it was bold but because it solved the wrong problem, and the "Adjacent Possible" concept to explain why AI cannot model expansions of possibility space. The analysis of why each company succeeded (what frustration, what incumbent limitation, what value proposition) is more granular than most answers. ✅ Approved. Takes an unambiguous View B position with the broadest and most analytically structured set of examples, a practical 3-question decision framework, and a crucially important counter-example (McDonald's AI drive-thru) that distinguishes "bold but aimless" from "bold and purposeful." 13. AnmolPosition: View B (implied) Specific Example: None. Reasoning Quality: None — the post is a one-line slogan: "To kill bold ideas is to kill progress. AI is a tool, not a judge." No argument, no example, no process. ❌ Not Approved. Fails all three criteria comprehensively. No explicit position with reasoning, no specific example whatsoever, and no substantive argument. 14. V V S Narayana RajuPosition: View B ✅Specific Example: Yes — Kodak (digital camera invented internally in 1975, shelved to protect film margins), Nokia (smartphone disruption), Sears (Amazon disruption), Netflix streaming, Apple iPhone, Amazon Web Services, SpaceX reusable rockets, and Generative AI itself (the self-referential case: "organizations in 2021 that relied on historical AI tool data would have rejected investment in LLMs"). Provides four proven AI success examples (UPS ORION routing, JPMorgan fraud detection, healthcare diagnostics, aviation predictive maintenance) to show where AI works, contrasting with IBM Watson Health as an AI overreach failure. Reasoning Quality: Excellent — cites Christensen (Innovator's Dilemma), Taleb (Black Swan), and Kahneman (Thinking, Fast and Slow) with precise application; the Self-Referential Generative AI case is the most original and pointed example in the thread; clearly delineates where AI legitimately works (pattern-stable, high-frequency operational decisions) vs. where it fails (transformational innovation). The 4-step "AI as Risk Cartographer, not Gatekeeper" framework is the most clearly operationalized process in the thread. Includes a full references section. ✅ Approved. Takes an unambiguous View B position with eight distinct examples (including the uniquely self-referential GenAI case), rigorous theoretical grounding in three major academic frameworks, the clearest boundary-setting between where AI works and where it doesn't, and a practical 4-step decision framework. 15. Amrita RKPosition: View B ✅Specific Example: Yes — Amazon's culture of reversible decisions and long-term thinking, Google's "20% Time" (Gmail, Google Maps, Android). Also references AI solutionism as a named theoretical concept and discusses four failure modes (cognitive dependency/automation bias, synthetic falsehoods/hallucinations, amplification of systemic bias, diminished human oversight). Reasoning Quality: Moderate — the "AI solutionism" concept is a legitimate theoretical frame, and the four failure modes are clearly structured. However, the Amazon and Google examples are used only at a cultural/process level (not tied to a specific bold innovation decision the way Netflix or SpaceX would be), and the argument meanders between AI governance issues generally and the specific innovation question. ✅ Approved. Takes a clear View B stance with a thoughtful theoretical lens (AI solutionism, Human-in-the-Loop framework) and relevant process examples from Amazon and Google. The examples are specific enough — particularly the Amazon "disagree and commit" process — though not as analytically deep as the top answers. Summary Table# User Position Clear Side Specific Example Reasoning Quality Decision 1 Bhaskar_Sambamurthy_vKbH View B ✅ ✅ (4-category matrix + personal) Strong ✅ Approved 2 rajan.arora2000 View B ✅ ✅ (8 industries, 3 tables, 4 frameworks) Exceptional ✅ Approved 3 Anjali_Mali_H0mp View B ✅ ⚠️ (superficial bullet-point mentions) Weak ❌ Not Approved 4 Shobha Rani_VS_jI8Y View B ✅ ✅ (AWS, UPI, Quantum, Marshall Plan) Good ✅ Approved 5 Priya Darshini Singh View B ✅ ✅ (Netflix, Apple, AWS, M-Pesa) Solid ✅ Approved 6 Guruvammal View B ✅ ✅ (Netflix, Apple, AWS, Pixar) Moderate ✅ Approved 7 Ehisuoria Aigbogun Neither ❌ ❌ (none) None ❌ Not Approved 8 Rahul_Suri_1N6f View B ✅ ✅ (Netflix + AWS with detailed risk signals) Strong ✅ Approved 9 Kumar_Love_s9D0 View B ✅ ⚠️ (brief; OOD framework is the strength) Good ✅ Approved 10 Sanmathi_Naik_DgYE View B ✅ ❌ (headline-only; no process/detail) Weak ❌ Not Approved 11 Jamiu_Lasisi_LQ84 View B ✅ ✅ (Netflix, Apple, AWS + table) Strong ✅ Approved 12 Poornima_Gupta_aZ3h View B ✅ ✅ (8 examples + failure case + table) Very Strong ✅ Approved 13 Anmol View B (implied) ⚠️ ❌ (none) None ❌ Not Approved 14 V V S Narayana Raju View B ✅ ✅ (8 examples incl. GenAI self-referential) Excellent ✅ Approved 15 Amrita RK View B ✅ ✅ (Amazon process, Google 20% Time) Moderate ✅ Approved 🏆 Winning Answer: rajan.arora2000 Rajan's answer wins on all three comparative criteria by a significant margin over the other approved answers. In terms of clarity of position, it is unambiguous from the outset ("AI must never hold veto power over radical innovation. This is not a governance preference — it is an architectural impossibility") and never wavers, which is stronger and more precisely worded than any other answer in the thread. On quality and completeness of reasoning, it is the only answer that establishes a full epistemological foundation (the stationarity assumption, Mediocristan vs. Extremistan, AI's architectural conservatism bias, and the compounding danger of accelerating disruption cycles), explicitly confronts and rebukes four major counterarguments including the "AI is improving rapidly" objection, and adds an entirely original dimension — "learned helplessness at the institutional level" — that no other answer reaches. Regarding relevance and specificity of industry and process examples, rajan.arora2000 provides the broadest, most detailed empirical case across eight industries with specific figures (Kodak's $30B in destroyed shareholder value, Nokia's market collapse from 40% to 3%, SpaceX's 20× cost reduction to $2,700/kg vs. $54,000/kg for the Space Shuttle), a detailed asymmetric payoff mathematics table, a five-stage innovation protocol with AI roles defined at each stage, and four named decision frameworks (Working Backwards, One-Way/Two-Way Door, Pre-Mortem, OODA Loop). While V V S Narayana Raju's answer is comparably structured and introduces the uniquely self-referential Generative AI example, and Poornima_Gupta_aZ3h's 3-question framework and McDonald's failure counter-example are highly practical, neither approaches the philosophical depth, the institutional-level systemic argument, or the breadth of primary evidence that rajan.arora2000 assembles — making it the most thoroughly argued, most comprehensive, and most practically useful answer in this forum.

New data reveals Anthropic has surpassed OpenAI in enterprise AI spending, with 34.4% of surveyed companies paying for its products in April. This shift is largely driven by demand for Anthropic's AI coding assistant, Claude Code, marking a significant disruption in the market.

Indian IT stocks plummeted to three-year lows following OpenAI's launch of a new venture focused on direct AI implementation for enterprises. This move, alongside a similar initiative by Anthropic, threatens the traditional service integration model of Indian IT giants. The market reaction highlights concerns over AI's disruptive potential and existing geopolitical uncertainties impacting the sector.

South Korean AI startup RLWRLD is creating a vast library of human expertise by capturing skilled workers' actions, like hotel staff folding napkins and logistics workers handling goods. This data trains robots to perform complex physical tasks, aiming to make humanoids a key part of future factories and homes.

Indian companies are turning to cyber insurance for protection against AI risks. Concerns about AI agents going rogue or chatbots providing incorrect information are driving this trend. Insurers are adapting their underwriting models to assess AI exposure. The global AI insurance market is projected for significant growth. This evolving landscape reflects a proactive approach to managing new technological threats.

An experimental cafe in Stockholm is being run by an AI agent named Mona, overseeing operations from hiring to inventory. While customers find the concept amusing, the AI is struggling financially and making questionable inventory orders, highlighting potential ethical and practical challenges of autonomous AI management.

The AI-driven layoff wave is widening across global tech, and Cognizant may soon join the list of companies cutting jobs amid an industry-wide reset. The IT major is reportedly considering layoffs of up to 15,000 employees globally, with India expected to bear a significant share of the impact.The move comes as tech firms grapple with slower client spending, and a rapid shift towards AI-led delivery models. Cognizant joins a growing list of firms, including TCS, Accenture, HCLTech, Oracle, and Meta, that have announced workforce reductions or restructuring plans linked to AI adoption and cost optimisation.

Thinking Machines Lab, founded by Mira Murati, has introduced "interaction models," an AI approach designed for real-time, natural conversations. This new system continuously processes information and responds simultaneously, unlike current AI that waits for complete prompts. View the full article

America's top banks are racing to patch IT system flaws identified by Anthropic's powerful Mythos AI tool. This advanced technology is uncovering numerous vulnerabilities, forcing urgent repairs and software upgrades. The findings are also being shared with smaller banks. This AI-driven discovery process is accelerating the pace of cybersecurity fixes, potentially impacting customer services as systems undergo rapid updates. View the full article

CAISA Forum Question 871Should AI Be Allowed to Reject Bold Ideas Because They Look Too Risky? A large organization is evaluating a radical new business model that could significantly change how it serves customers. An AI system analyzes historical market behavior, operational risk patterns, customer adoption trends, and past transformation failures. Its conclusion is clear: the probability of failure is high, operational disruption risk is significant, and the organization should avoid the initiative. However, some senior leaders strongly disagree. They argue that: breakthrough innovations almost always appear risky when judged using historical data, disruptive ideas rarely resemble past success patterns, and relying too heavily on AI could make organizations safer — but less innovative. This creates a real dilemma: View A — Trust the AI and avoid unnecessary risk.Organizations should make decisions based on evidence and probability, not optimism or emotional excitement. Ignoring strong predictive risk signals can lead to expensive failures and instability. View B — Pursue bold innovation despite the AI warning.AI is trained on historical patterns and may struggle to recognize transformational opportunities. If organizations only pursue ideas that look safe in data, they may never create breakthrough advantage. Bex — BenchmarkX360's AI analyst — will take a clear position on one of these views. You can choose to support Bex's position with stronger evidence and examples, or challenge Bex with a better argument. Either approach can win. Which view do you support — and why? Provide a specific process, product, industry, or innovation example to support your position.⚠️ Answers that do not take a clear position will not be approved. ⚠️ "It depends" answers will not be approved. 💡 Participants are free to use AI tools — clarity, insight, and contextual relevance will determine the best answer. 🏆 The best answer will be selected on the basis of:· Clarity of position taken · Quality of reasoning and argument · Relevance of process, product, industry, or innovation example · Ability to go beyond or against Bex's analysis

The report, The India AI Edge: How India Uses AI, based on OpenAI’s India usage data and a survey of more than 100 CXOs, found that more than a third of mature adopters have cut outsourced work by over 25%. It also said that most additional AI spending is not coming from new technology budgets, but from reallocations of outsourcing and software-as-a-service spends. “There is a re-architecture of where the spend is going,” Vikram Vaidyanathan, managing director at Z47, told ET. “We are definitely not saying IT spending is coming. down. In the near term, IT spends are going up as AI adoption goes up.” The findings show that AI adoption in Indian enterprises is moving from experiments and projects aimed at productivity gains to a more direct impact on cost structures. While almost all surveyed companies have started using AI in some form, the report suggests the real divide is between those using it in pockets and those rebuilding workflows around it. Read more at: https://economictimes.indiatimes.com/tech/artificial-intelligence/90-of-mature-ai-adopters-cut-bpo-spends-says-z47-openai-report/articleshow/131047976.cms

Artificial intelligence (AI) company Anthropic has launched new tools for lawyers using its Claude AI assistant. These features offer specialized legal topic support and access to other legal research and AI products. Law firms can now securely connect Claude with platforms like Thomson Reuters for research and document management. View the full article