## Event Highlights: 

### 8 Co-Located Events:

Dive into a comprehensive exploration of AI and Big Data with 8 co-located events, each tailored to provide in-depth insights into specific aspects of these transformative technologies.

**8,000+ Attendees:**

Network with over 8,000 professionals, thought leaders, and enthusiasts from around the globe. Exchange ideas, collaborate, and forge connections that will shape the future of AI and Big Data.

**250+ Speakers:**

Gain profound knowledge from 250+ industry experts and visionaries who will share their insights, experiences, and forecasts. Be inspired by thought-provoking keynotes and panel discussions from companies such as Google, NASA, Ford, LinkedIn, Amazon and many more!

**Senior level attendees:**

Elevate your networking experience as 73% of attendees hold director-level positions or higher. Engage with decision-makers and influencers, fostering meaningful connections for future collaborations.

**Thematic Tracks:**

Explore thematic tracks covering Enterprise AI, Machine Learning, Security, Ethical AI, Deep Learning, Data Ecosystems, and NLP and more. Tailor your experience to align with your specific interests and professional goals.

Your in-person ticket will also grant you access to the co-located events exploring IoT Tech, Intelligent Automation, Cyber Security, Cloud Transformation, Edge Computing, Data Centres and Digital Transformation! Book yours here: <https://www.ai-expo.net/northamerica>

Explore the Co-located AI & Big Data Expo conference agendas here covering Enterprise AI, Applied Digital, Data & AI, Optimised Data & Analytics, and Transformational AI here: <https://www.ai-expo.net/northamerica>


Join us for one of the most anticipated technology events of the year, the AI and Big Data Expo North America 2025, taking place from 4-5 June at the Santa Clara Convention Center, California. Immerse yourself in a dynamic environment where innovation converges with industry leaders, cutting-edge technologies, and invaluable insights.

Book your conference and expo ticket to AI and Big Data Expo North America 2025

# **Has data outpaced human cognition?** 

Despite promising clarity, some systems leave IT teams wading through terabytes of noise. Artificial intelligence can be a competitive advantage, but it can also pose threats like privacy violations and biased algorithms. Business leaders and IT managers should keep AI-driven data growth productive rather than paralyzing.

## [](<>)**Defining Data Overload in an AI-Driven Environment**

Data overload occurs when the volume, velocity or variety of incoming information exceeds a team’s ability to file, interpret and act on it. For modern knowledge workers, this “default state” erodes productivity because time shifts from decision-making to low-value sorting tasks.

AI compounds the problem in two ways.

1. **Lower storage cost:** Cheap cloud capacity incentivizes saving everything — even when retention policies are vague.
2. **Acceleration of generation:** Tools such as customer-experience platforms, log analytics and generative AI agents continuously create new records, summaries and synthetic tasks.

The result is a vicious cycle where more data feeds AI models — producing excess derivative information. Without rigorous curation, the signal-to-noise ratio collapses, leaving decision-makers hunting through even thicker haystacks for the same few needles.

## [](<>)**Why Leaders Must Act Now**

Recent figures expose the gap between ambition and readiness. An OpenText survey showed that [96% of executives](https://blogs.opentext.com/todays-biggest-information-management-challenges/) believe information management is crucial, yet 70% admit they struggle to implement it. Unchecked overload has tangible psychological, physical and cognitive costs — spanning individual, organizational and societal levels.

Ethical risk also exists. AI systems inherit bias from training data — creating unfair outcomes in domains such as criminal justice risk scores or loan approvals. Ensuring algorithmic decisions remain fair and auditable is a nontrivial engineering challenge. For example, in capital markets, algorithmic-trading engines analyze millions of data points in real time to complete high-speed trades far beyond human capability. Transparency and control are mandatory.

Regulators and talent markets in the U.S. are tightening the screws. In September 2024, the Federal Trade Commission’s Operation AI Comply took [enforcement action against five companies](https://www.ftc.gov/news-events/news/press-releases/2024/09/ftc-announces-crackdown-deceptive-ai-claims-schemes) for deceptive AI claims — exaggerated marketing or sloppy data handling can violate Section 5 of the FTC Act. Locally, New York City’s Local Law 144 — in effect since July 2023 — authorizes civil penalties of [as much as $1,500 per violation](https://natlawreview.com/article/nyc-s-local-law-144-and-final-regulations-regulation-ai-driven-hiring-tools-united) for employers that use AI-driven hiring tools without an annual bias audit.

On the talent side, a 2024 Workday study found that [four in five U.S. employees](https://www.weforum.org/stories/2024/01/why-there-is-an-ai-trust-gap-in-the-workplace/) say their company hasn’t shared specific guidance on responsible AI use — widening the internal trust gap and stalling adoption.

## [](<>)**Add Intelligence — Not Chaos**

More than [20,000 custom GPT bots](https://inbargroup.com/how-business-owners-can-leverage-ai/) are in use across businesses. While they can answer tricky questions in seconds, an uncontrolled flood of bots quickly fragments knowledge and duplicates effort.

To keep things tidy, IT teams should maintain one central registry, standardize prompt templates with built-in governance tags, track usage and retire quietly. Review metrics regularly and decommission bots that nobody queries before they multiply silos. Success becomes evident when analysts spend less time cleaning data, duplicate data sources shrink and answers to priority questions arrive faster. Data that does not move these indicators is noise — eliminate it.

## [](<>)**Preconditions for Sustainable AI Adoption**

It helps to understand the foundational capabilities every organization needs before implementing specific controls.

* Map data sources, owners, classifications and retention rules.
* Implement bias testing, versioning and rollback procedures.
* Involve security, data science, compliance and line-of-business leaders in one steering committee.

Leaders often resort to tooling to curb overload, but changing the process is the best defense. After establishing the preconditions, consider these four action areas.

### [](<>)**1. Enforce Intent-Based Data Collection**

Blind accumulation breeds noise. Adopt purpose-limiting ingestion — each pipeline must document the reasons for collecting the data, its decision window and an expiration date. Do not keep data that lacks a defined business purpose.

### [](<>)**2. Automate the First Pass With AI Agents**

Offload routine triage — deduplication, PII masking and topic tagging — to lightweight AI copilots. This agent can act as the infinite interns TDWI described, freeing senior analysts for synthesis rather than sorting.

Having completed low-level filtering, higher-order reasoning still needs human oversight. The following measures keep that task scalable.

1. **Tiered dashboards:** Present indicators by criticality, not by data source count.
2. **Narrative alerts:** Combine metrics with plain-language content, empowering executives to grasp implications quickly.
3. **Feedback loops:** Record which alerts the agent ignored or escalated and retrain if necessary to improve relevance.

### [](<>)**3. Institute Data “Red Teams” for Ethical Review**

Because AI models [can reinforce hidden biases](https://rehack.com/ai/development-of-artificial-intelligence/), create rotating review squads that probe outputs under adversarial scenarios — especially for hiring, credit or sentencing applications. Document findings in the model registry and require sign-off before promotion to production.

### [](<>)**4. Rightsize Retention and Access**

Legal hold aside, operational data can lose value fast. Use temperature tiers — hot for 30 days, warm for 180 days, cold for archival. Automate the deletion of expired data and revoke stale user entitlements monthly. Fewer rows mean quicker queries and smaller risks.

## [](<>)**From Liability to Leverage — Turning AI Data Surges Into Strategic Advantages**

AI will continue to amplify data volume, but overload is not inevitable. Leaders can convert weaknesses into opportunities by treating information as a governed asset — intentionally collected, filtered by intelligent agents and retired when its value drops. The organizations that master disciplined data hygiene today will position themselves to unlock AI opportunities tomorrow instead of becoming buried in digital debris.

What can you do to avoid data overload? More in our latest article!

How to Avoid Data Overload in the Age of AI 

# Artificial intelligence in psychotherapy: a new frontier or a threat to humanity?

Psychotherapy, for a long time considered exclusively the sphere of human interaction, is transforming today under the influence of the rapid development of AI. Chatbots, self-help apps, and remote counselling platforms based on machine learning algorithms are slowly entering our lives, promising new opportunities in mental health. But how useful are these innovations, and what risks do they carry?

## Accessibility and personalization: The benefits of AI in psychotherapy

One of the main benefits of AI in psychotherapy is accessibility. Conventional therapy is often limited by geographic barriers, high cost, and lack of skilled professionals. AI tools, by contrast, can provide 24/7 support tailored to a user's individual needs at a significantly lower cost, and in some cases at no cost.

Apps using cognitive behavioral therapy (CBT) have shown effectiveness in combating depression and anxiety disorders by offering structured programs and personalized tasks. For example, [Woebot](https://spectrum.ieee.org/woebot) Health provides a CBT-based chatbot that helps users deal with negative thoughts and emotions. Users interact with Woebot via text messages, receiving real-time support and recommendations.

Another example is [Wysa](https://www.wysa.com/for-individuals), which offers an AI assistant for support in everyday life. The app provides more than 200 digital self-help tools, including mindfulness exercises, breathing practices, and relaxation techniques. Wysa also offers the ability to communicate with qualified professionals for additional support.

### Specialist support: AI as an assistant, not a replacement

AI can help psychotherapists in their work. Algorithms are able to analyze large amounts of data, identifying patterns in patient behavior that may be overlooked by humans. This allows specialists to more accurately diagnose problems, develop personalized treatment plans, and track progress. In addition, AI can automate routine tasks such as record-keeping and reporting, freeing up time for deeper patient interactions.

Spring Health uses AI to personalize psychotherapeutic care. Their platform analyzes patient data to find the most appropriate treatments and specialists. This helps to reduce waiting times and increase the effectiveness of therapy.

### Empathy as a non-programmable quantity

But for all the efficiency of algorithms, the key question remains: can AI replace human understanding and empathy? Psychotherapy is not just the application of techniques, but the process of establishing a deep, trusting connection between two people.

AI can recognize the tone of speech, choose the right exercise, but it does not "feel" pain, doubt, or guilt. It doesn't interpret silence, it doesn't pick up semitones, it doesn't make a genuine connection. As psychotherapist Laurie Gottlieb said, "a person's presence and attention is something that heals, not an algorithm".

Philosophically, the question here is: can psychotherapy without a person be truly therapy, or does it become only an improved form of self-help?

## Risks: privacy, addiction, and the illusion of help

AI in psychotherapy is associated with several dangers:

1. Copyright/IP Policy. Psychotherapeutic sessions contain sensitive information, and leaks or breaches of systems can be devastating. For example, in 2023, there was a large-scale scandal with data leakage from the BetterHelp application - more than 7 million users were at risk.
2. Dependence on technology. If a person begins to rely solely on a chatbot, this can weaken their motivation to develop communication skills, self-reflection, and real interaction. "Pattern psychotherapy" appears, where depth is replaced by speed.
3. Security illusion. Some users may perceive AI as a complete replacement for a therapist without realizing the limitations of the technology. But AI has no right to diagnose, it is not responsible - it can be dangerous in crises.

## The future of psychotherapy

The future of psychotherapy likely lies in a symbiosis of human experience and artificial intelligence capabilities. AI will be used to increase access to care and make treatments more effective, while maintaining the centrality of the human therapist and their capacity for empathy and understanding.

It is important to develop ethical standards and regulations for the use of AI in psychotherapy to ensure the safety and effectiveness of such tools. More research also needs to be done to assess the long-term effects of AI use in mental health.

Ultimately, artificial intelligence can be a powerful tool in the psychotherapy arsenal, but it should not replace the human interaction that underpins effective treatment.

What are the pros and cons of AI in psychotherapy?

AI against anxiety: how GPT models are becoming next-generation therapists

# The future of generative AI: From awe to profit in 2025

Welcome to 2025, where the world of artificial intelligence (AI) is not just a buzzword—it's a game-changer. Remember when generative AI was the shiny new toy that left us in awe? Well, times have changed. Businesses are no longer just marveling at its possibilities; they’re rolling up their sleeves and figuring out how to turn those possibilities into profits.

A few years ago, companies were captivated by the dazzling capabilities of AI—like chatbots that can hold a conversation or art generators that create stunning visuals. Today, the conversation has shifted. Organizations are now asking: "How can we use this technology to help us grow and save money?" This is more than just a trend; it's a fundamental transformation in how companies think about and use AI to enhance their operations. 

In this article, we’ll explore how generative AI is evolving from a source of fascination to a vital tool for driving profitability. From addressing energy challenges to creating specialized AI services, let’s dive into the exciting world of generative AI and discover what the future holds!

## The rise of generative AI

Generative AI has become a game-changer in the tech world. For instance, [Nvidia](https://www.nvidia.com/en-us/), a leader in AI technology, saw its market value skyrocket by a staggering 850%. This growth has prompted countries, including the United States, to localize chip production, ensuring they have the necessary infrastructure to support this technological revolution.

Analysts predict that the global market for large language models (LLMs) will soar to $61.74 billion by 2032, growing at a remarkable rate of 32.1% annually. This rapid expansion underscores the importance of generative AI as a driving force in various sectors, from healthcare to finance.

## A shift in business mindset

With the lucrative potential of generative AI, a paradigm shift is underway. Venture capitalists are becoming more discerning, moving away from blindly funding startups simply because they mention AI in their pitches. Instead, top executives are now carefully evaluating the practical benefits of AI integration into their business processes.

### The New Mission

By 2025, the mission of generative AI will no longer be about evoking awe but about driving profitability. Companies will focus on cost efficiency, aiming to minimize expenses while maximizing returns. This shift will lead to a more strategic approach to the adoption of AI technologies, fostering a landscape where only the most innovative and effective solutions thrive.

## The Energy Dilemma

As generative AI continues to expand, the demand for computational power is skyrocketing. According to McKinsey, the need for data center capacity will grow by 19-22% annually until 2030. This surge in demand will cause energy consumption from data centers to leap from 60 GW to nearly 300 GW by the end of the decade. Consequently, about 40% of data centers involved in AI training may face operational limitations due to energy shortages by 2027.

### Addressing Energy Needs

* Google: In partnership with Kairos Power, Google is building modular nuclear reactors to meet its energy needs.
* Nvidia: The company invested in startups that optimize GPU computing, reducing energy consumption.

## Innovative business models

To address the dual challenges of computational power and energy shortages, new business models are emerging. One promising solution is the introduction of distributed computing platforms. These platforms allow owners of powerful computers to lease their resources to AI and machine learning developers.

### Benefits of distributed computing

* Access to resources: Smaller companies can access the computational power they need without heavy investments.
* New revenue streams:Computer owners can monetize their idle resources.

## Specialization in AI services

As we move further into 2025, the market for specialized AI services will flourish. Organizations will seek AI solutions tailored to specific industries and tasks rather than generic models. For instance, healthcare professionals may utilize AI assistants trained specifically on medical data to improve patient care.

### Examples of Specialized AI

* Healthcare AI: An AI assistant could help doctors analyze patient symptoms and suggest treatments based on a database of medical knowledge.
* Educational AI: Personalized learning platforms that adapt to individual student needs, providing tailored educational resources.

## The personal AI agent revolution

Another trend on the horizon is the rise of personal AI agents designed for individual users. These agents will be trained on personal data, enabling them to cater to the unique needs of their owners.

### How personal AI agents work

Imagine a personal AI agent that helps a diabetic user order groceries. The AI remembers dietary restrictions and suggests suitable food items, ensuring the user stays healthy.

### The supervisory layer

A supervisory AI could manage multiple personal agents, ensuring they work together efficiently and handle various tasks seamlessly.

## Edge computing

As reliance on AI grows, so does the need for more efficient operational models. Traditional AI systems often depend on constant connectivity to cloud servers, leading to delays that can hinder performance, especially in critical situations.

### Benefits of edge computing

* Local decision-making: Devices can operate independently, minimizing latency.
* Improved reliability: Essential systems, like medical devices, can function without cloud dependency.

## The road ahead

The journey into 2025 presents both challenges and opportunities for businesses embracing generative AI. As technology continues to advance, organizations must be willing to adapt to new operational models and embrace innovative solutions to stay competitive.

### Key takeaways

1. Focus on profitability: Businesses must prioritize cost-efficient AI solutions that deliver tangible benefits.
2. Invest in energy solutions: Companies should explore sustainable energy options to support growing AI demands.
3. Embrace specialization: Tailored AI solutions will become essential for specific industries.

## Final thoughts

In the next few years, generative AI will go from being a futuristic concept to an everyday tool that truly changes how businesses operate. It won’t just be about experimenting with AI—it’ll be about using it to solve real problems, boost efficiency, and create new opportunities.

For companies, this isn’t just about keeping up with trends—it’s about staying ahead. Those who embrace AI in a smart, meaningful way won’t just survive in the digital age; they’ll thrive, unlocking new possibilities and redefining what’s possible in their industries.


More about what will definitely change in our latest article!

Generative AI 2.0: what will change in 2025?

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