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At AI Infra Summit 2026, Lenovo’s Trusha Pandya discussed why scaling AI from pilot to production depends on strong foundations, complementary expertise and ecosystem partnerships
Read the articleContact center success depends on orchestrating AI automation and human expertise to improve resolution, reduce friction and continuously optimize customer journeys
Read the articleManufacturers are proving that AI can create value, but scaling it safely across plants requires a common data architecture, closed-loop workflows and governance built for operational risk
Read the articleHCLTech’s The AI Impact Imperatives, 2026 report shows that enterprise AI success depends on the right foundation, the right AI governance and the right partners
Read the articleHCLTech research with 467 senior executives finds respondents expect, on average, 43% of major AI projects initiated over the next 24 months to fail, highlighting three imperatives for impact
Read the articleBanks are under pressure to resolve payment exceptions and disputes faster than ever, yet speed alone is not enough: automation must scale without weakening oversight, auditability or customer trust.
Read the articlePrivate equity firms can turn Agentic AI into measurable portfolio value by combining industry-specific use cases, repeatable agent models and disciplined financial measurement
Read the articleAs AI moves deeper into manufacturing, organizations need a digital thread connecting intelligence to physical action, supported by cost-efficient edge infrastructure and greater control over data
Read the articleIn an era of persistent disruption, competitive advantage is shifting from planning accuracy to the ability to sense and act on changing physical conditions across the value chain
Industrial manufacturers are shifting from one-time equipment sales to outcome-based services, using AI, connected assets and lifecycle data to reshape customer experience, operations and aftermarket
Read the articleAI is helping manufacturers move beyond operational visibility toward predictive and prescriptive insights that can improve quality, optimize resources and support better decisions on the shop floor
Read the articleAs AI moves from pilots to business-critical systems, enterprises need greater control over where data is processed, where models run, how infrastructure is managed and how governance is enforced
Read the articleTrending questions
The term "artificial intelligence" was coined by John McCarthy in 1956. Alan Mathison Turing, followed by Newell, Simon, McCarthy and Minsky, are key figures in AI development. Newell and Simon's 1956 "Logic Theorist" program marked a milestone. These pioneers, known as the founding fathers of AI, significantly advanced the field.
- Increased productivity
- Increased automation
- Smart decision-making
- Solve complex problems
- Managing repetitive tasks
- Strengthens economy
- Personalization
- Disaster management
- Enhances lifestyle
- Global defense
Machine learning is the brain of AI that emulates logical decision-making based on the data fed to it and an AI model is the creation, training and deployment of the ML algorithms. With advancements in intelligence methodologies, AI models support in tandem with real-time analytics, predictive analytics and augmented analytics using natural language processing (NLP), ML, statistical analysis and algorithmic execution.
Loaded with human capabilities and beyond, the importance of artificial intelligence (AI) is rising and gradually spreading to various industries, making way for new possibilities and better efficiencies. Data in today’s world is an asset and valued across industries. With AI, humans are now able to absorb, interpret and make complex decisions.
While artificial intelligence is a system that mimics or imitates human intelligence, machine learning is the brain that helps it work.
Generative AI refers to a subset of artificial intelligence algorithms and models designed to generate new data that resembles existing data. These sophisticated algorithms can create content in various forms, such as text, images, music and even complex structures like designs and models. Generative AI is primarily powered by advances in neural networks, particularly Generative Adversarial Networks (GANs) and Variational Autoencoders (VAEs).
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