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In the Episode 1 of the Leadership Miniseries, Mr. Loran Jacobs, then Vice-chair of the RVC Department of Technopreneurship at the Moscow Institute of Physics and Technology (MIPT), engaged in a thought-provoking conversation with Oleg Belushkin, a former CFO and now a professor of practice at RVC. Their discussion revolved around Oleg's remarkable career journey and the leadership skills that have shaped his professional life. This article aims to capture the essence of their conversation, highlighting key milestones and the invaluable lessons learned along the way. Early Curiosity and Academic Foundations Oleg Belushkin's journey began with an insatiable curiosity during his school years. He was deeply interested in various subjects, leading him to participate in school competitions in mathematics, chemistry, and English. This foundation laid the groundwork for his future endeavors. “Curiosity is a pivotal trait for anyone aspiring to succeed,” Oleg remarked, emphasizing the importance of a diverse knowledge base. Choosing the Right Path: A Fork in the Road As Oleg approached the end of his schooling, he faced a crucial decision: to attend MGIMO or MIPT. Ultimately, he chose economics at MGIMO, which he believed would provide a pathway to a career in finance and international relations. “Life often presents us with choices that shape our future. It's essential to choose a path that resonates with your passions and strengths,” Oleg reflected on this pivotal moment. Oleg Belushkin, former CFO, RVC professor of practice, hosted in Loran Jacobs' Leadership Series Rapid Advancement to Top Management Oleg's career took off at Access Industries, where he started as a financial analyst and quickly ascended to the role of Financial Director in just two years. His rapid advancement can be attributed to his proactive approach and willingness to take on projects outside his designated responsibilities. As it was the "feature of the Time", he had achieved true "top management" status in just a matter of a few years. “Taking initiative and seeking opportunities for growth is essential in any career,” Oleg advised, highlighting a key trait of successful leaders. Mentorship and Learning from Experience Throughout his career, Oleg has emphasized the importance of mentorship. His experience working with Leonard Blavatnik, a prominent international entrepreneur, provided him with invaluable insights into top management and strategic decision-making. “Having a mentor can significantly influence your career trajectory. It’s crucial to learn from those who have walked the path before you,” he stated. Oleg Belushkin rose quickly to top management role due to his propensity to act during change Adapting to Change: Navigating Challenges Oleg's career was not without its challenges. The sudden strategic decision by Blavatnik to exit Russian investments marked a turning point for Oleg, forcing him to adapt to a rapidly changing business environment. This experience underscored the necessity for professionals to have contingency plans in place. “Always have a plan B. Life can present unforeseen challenges, and being prepared is essential,” Oleg advised, sharing a lesson learned from his own experiences. Transitioning to Teaching: Sharing Knowledge and Experience After a successful career in finance, Oleg transitioned to academia, where he now teaches microeconomics at RVC Department of Technopreneurship st MIPT. His teaching philosophy incorporates real-world examples and case studies, providing students with practical insights into the complexities of business management. “Education is about more than just theory; it’s about preparing students for the realities of the business world,” Oleg emphasized. Loran Jacobs and Oleg Belushkin discussing how challenges shape a top manager Pursuing Passions Beyond Business Outside of his professional life, Oleg has cultivated a passion for writing and travel. He recently authored a book exploring the concept of a world government, showcasing his creative side beyond the realm of finance. “Life is not solely about work; it’s essential to pursue personal passions and interests to achieve a well-rounded existence,” he shared, reflecting on the importance of balance. Conclusion: The Path to Leadership The conversation between Loran Jacobs and Oleg Belushkin serves as an inspiring reminder of the multifaceted nature of career growth and leadership. Oleg's journey illustrates the significance of curiosity, mentorship, adaptability, and the pursuit of passions in achieving success. "Top Management is a tool to achieving broader dreams beyond the world of business" - the quintessential conclusion of Oleg Belushkin's Lessons of Top Management shared with Loran Jacobs As Oleg aptly put it, “Success is not just about professional achievements; it’s about personal growth and the impact you have on others.” Watch the Complete Episode 1 Video

Introduction In the realm of transformative leadership, few figures stand as prominently as Loran V. Jacobs, whose visionary contributions have significantly shaped the landscape of technology and entrepreneurship in Russia. Serving as the Head of International Cooperation & Development and later as Vice-Chair of the Russian Venture Company (RVC) Department of Technology Ventures at the esteemed Moscow Physics and Technology Institute (MIPT) from 2018 to 2019, Jacobs was uniquely positioned to spearhead a pivotal evolution within the institution. Upon his invitation to MIPT—a legendary tech university affectionately known as Phystech—Jacobs brought with him an impressive academic pedigree, holding Ph.D. degrees in Abstract Algebra and Quantum Physics (conferred by Phystech in 2011). His mission was clear: to transform MIPT's extensive AI R&D infrastructure into market-ready hardware and software solutions. Loran Jacobs, Vice-Chair of RVC Department of Technopreneurship Creating AI Ecosystem The scientific council at MIPT astutely recognized that Jacobs, as one of Phystech’s most distinguished alumni, possessed the ideal blend of academic excellence and executive experience across diverse industries. This unique background positioned him to effectively bridge the gap between cutting-edge AI research and the burgeoning demand for semi- and fully autonomous systems in business and industry, particularly those leveraging Computer Vision and Natural Language Processing technologies. Under Jacobs’ stewardship, the establishment of the Shvabe Industrial R&D Centre for Optoelectronics, Medical Technology (MedTech) and AI was a landmark achievement. This center, which encompasses over twenty laboratories—including the Laboratory of Intelligent Cryptographic Systems—was developed from the ground up to ensure the cybersecurity of the emerging AI ecosystem. Preparing Talent Pool for AI Enterprises Recognizing early on the critical importance of cultivating a robust talent pipeline for future AI and data science endeavors, Jacobs directed the RVC Department at MIPT to prepare mid- to top-level managers through several prestigious international MBA programs in collaboration with leading European universities, laying the groundwork for future international partnerships. During the formative years from 2018 to 2020, Jacobs played a vital role as Entrepreneur-in-Residence (EIR) for RVC’s AI & Tech Venture Projects at MIPT, personally mentoring a cohort of gifted tech students. These students not only successfully defended their Master’s Degrees in Technology Entrepreneurship (Technopreneurship) based on real-world startup projects but also transitioned into key roles within various high-impact tech companies and joint ventures, such as Virgil Lab, Neurobotics, Shvabe R&D, the NTI Centre of Excellence and iPavlov. A hallmark of Jacobs' approach in the Master’s of Tech Entrepreneurship program was the integration of celebrated top managers and entrepreneurs into the curriculum as professors of practice and executives in residence. The Leadership Miniseries In early 2019, Loran Jacobs hosted a series of interviews with prominent RVC professors of practice, aiming to illuminate the pathways to successful business development through the personalized narratives of seasoned business leaders. This article features a compelling episode from the Leadership Miniseries, spotlighting Oleg Belushkin, a former senior financial officer. Through his corporate experiences, Belushkin provides invaluable insights into decision-making practices at the highest levels of international corporations, offering lessons that resonate deeply with the aspirations of RVC Master's Students and in fact, with all Business Students. As we delve into this transformative narrative, we uncover the profound impact of leadership in navigating the complexities of a rapidly evolving market economy. Loran Jacobs kickstarting Leadership Miniseries with Oleg Belushkin

The AI Podcast Series by Loran Jacobs, Episode 1 The Nature of AI: A Conversation with Loran Jacobs In the inaugural episode of "The AI Podcast," host Sofia welcomes the brilliant Loran Jacobs, founder and CEO of iPavlov AI-Systems, to delve into the intricate world of artificial intelligence. This discussion transcends mere technology; it explores the profound implications of AI on humanity and the future. As Sofia sets the stage, she emphasizes the urgency of understanding AI, not just for tech enthusiasts, but for everyone navigating an increasingly automated world. The Nature of AI: A Conversation with Loran Jacobs, PhD (Math), PhD (Physics) Public Perception of AI: Fear or Fascination? As the conversation unfolds, Loran articulates the duality of public perception surrounding artificial intelligence. He likens AI to a double-edged sword, echoing the sentiments of Charles Dickens: "It was the best of times, it was the worst of times." This contrast invites listeners to ponder whether AI is a blessing or a curse, much like nuclear technology. Loran challenges the audience to consider how humanity has historically grappled with transformative inventions. “Some people believe that it is the last creation of humanity,” he states, revealing the weight of responsibility that accompanies such advancements. “Artificial intelligence is one of those knives that civilization has wielded at every stage of its development.” This metaphor encapsulates the potential for both innovation and destruction inherent in AI. Artificial intelligence is the "knife" of our civilisation - Loran Jacobs Imagining the Future: AI in 4000 With a visionary perspective, Loran invites listeners to envision a future 2000 years ahead, where desires are fulfilled at the speed of thought. “Imagine a world where all you need to do is wish,” he muses, painting a picture of a society where abundance leads to ennui. In this futuristic landscape, the essence of humanity is challenged, prompting existential questions: “Who am I? Why am I striving?” This reflection on the potential of AI to redefine human experience underscores Loran's belief that even in its nascent stages, AI is a catalyst for self-discovery. “Artificial intelligence leads a person to himself,” he asserts, suggesting that the technology compels us to confront our deepest aspirations and motivations. "Artificial intelligence leads us back to ourselves." — Loran Jacobs on AI Addiction The Practical Applications of AI: Redefining Industries Transitioning from philosophical musings to practical implications, Loran explains that AI is a suite of technologies designed to create autonomous systems. He illustrates this with a vivid analogy: envision a factory in the distant future, where robots operate seamlessly, driven by AI that anticipates production cycles years in advance. “We know intricately all the data, sets of all these data, and therefore, having trained the data many, many times, we get a super Bruce Lee in terms of speed and performance,” he explains, highlighting the efficiency and precision AI can bring to industries. “The goal is that a person, what a person already knows, knows how to do, so that he no longer does it,” Loran emphasizes, reinforcing the idea that AI should liberate humans from mundane tasks, allowing them to focus on innovation and creativity. This perspective positions AI not as a replacement, but as a powerful ally in the pursuit of progress. Loran Jacobs sets the stage for Artificial General Intelligence as the double-edged knife of the Age of Intelligence as inevitable, fascinating yet dangerous just like our own nature AI: The Interdisciplinary Frontier As the discussion of this Episode draws to a close, Loran highlights the interdisciplinary nature of artificial intelligence, integrating mathematics, technology, and human insight. He introduces terms like digital assistants, chatbots, and predictive analytics, illustrating the diverse applications of AI that permeate everyday life. “Artificial intelligence is our new base-line,” he concludes, underscoring its role as a foundational element in the evolution of human capability. Leading AI Expert Loran Jacobs concludes the inaugural episode of "The Artificial Intelligence" podcast by highlighting that " Artificial Intelligence is our new foundation " In a world where AI continues to evolve, Loran Jacobs stands as a beacon of knowledge and innovation. His insights not only demystify the technology but also inspire a collective vision for a future where humanity and artificial intelligence coexist harmoniously.

Artificial intelligence has transformed how we work, learn, create and communicate. Yet, a new challenge has emerged alongside these advances: AI Addiction . This phenomenon involves an excessive reliance on AI systems, sometimes leading to an obsession that affects cognitive abilities and independent thinking. On March 28, 2026, RBC TV Business Show dedicated a special episode to this growing issue, featuring insights from Loran Jacobs, a leading industry-scale AI Systems developer and tech expert. This article explores the causes and consequences of AI Addiction, highlights real-world examples, and reviews how countries are responding to protect their citizens, especially the younger generation. Loran Jacobs considers AI Addiction a global threat to the harmonious AI integration into the society What Drives AI Addiction? The convenience of AI systems, powered by neural networks, has made many tasks faster and easier. Tools like Generative Pre-Trained Transformer (GPT) models can generate text, audio, and video content with remarkable speed and quality. This has revolutionized education, media production, and business workflows. Loran Jacobs explains that the widespread use of GPT technologies in schools and universities plays a significant role in the rise of AI Addiction. When students and professionals experience how AI accelerates their work, they often become dependent on it. This reliance can reduce motivation to think independently or learn new skills, as AI handles much of the cognitive load. The problem is not just about convenience. Over time, excessive use of AI systems can lead to a gradual decline in critical thinking, decision-making, and creativity. Neural networks simplify complex processes but may also discourage users from engaging deeply with problems. “In Schools, Universities, broader, in all of Education, GPT technologies are widely used. Therefore, those who, thanks to these technologies, edit, generate video, audio, text content to create significant oeuvre, when they have had this taste of artificial intelligence and seen first-hand how drastically AI accelerates and improves their work, then, certainly, to a certain extent, they fall into AI addiction.” — Loran Jacobs on AI Addiction Key factors contributing to AI Addiction: Ease of access to AI-powered tools in education and workplaces Rapid results that reduce the need for manual effort Perceived efficiency that encourages overuse Lack of awareness about potential cognitive impacts The Cognitive Cost of Relying on AI Artificial intelligence can handle repetitive and data-heavy tasks, but it cannot replace human judgment and creativity. When people rely too much on AI, they risk losing essential mental skills. RBC TV Host 1 highlighted this concern: neural networks simplify tasks but eliminate the need for independent thinking and decision-making. This leads to a slow erosion of cognitive functions, which can affect problem-solving abilities and intellectual growth. For example, students who use GPT to generate essays without engaging in research or critical analysis may struggle to develop writing and reasoning skills. Similarly, professionals who depend on AI for decision-making might miss nuances that require human insight. This cognitive decline is subtle and often goes unnoticed until it impacts performance or creativity. It raises important questions about how to balance AI use with maintaining mental agility. Loran Jacobs elucidates the widespread use of GPT technologies as a key factor behind the rise of AI Addiction phenomenon. Global Measures to Combat AI Addiction Governments worldwide have started recognizing AI Addiction as a public concern, especially related to social networks and online platforms powered by AI algorithms. Several countries have introduced laws and regulations to limit exposure and encourage healthier digital habits. RBC shared examples of these measures: Australia banned social network use for children under 16, requiring existing accounts to be deactivated. Britain implemented pilot programs limiting social network usage time and blocking access during nighttime hours. China restricts minors to one hour per day on social networks and requires passport verification for registration. These policies aim to reduce the risk of addiction by controlling access and encouraging responsible use. They also reflect growing awareness of how AI-driven platforms can influence behavior, especially among vulnerable groups. Loran Jacobs clarifies the crucial role that the Generative Pre-Trained Generative (GPT) Models play in giving rise to AI Addiction Practical Steps for Businesses and Individuals For AI investors, top managers, and AI professionals, understanding AI Addiction is crucial to developing responsible AI strategies. Here are some practical steps to consider: Promote balanced AI use : Encourage teams to use AI as a tool, not a crutch. Combine AI assistance with human judgment. Educate users about the risks of overdependence and the importance of maintaining cognitive skills. Implement usage policies that limit continuous AI interaction, especially in education and content creation. Support research into AI Addiction to develop better detection and prevention methods. Monitor AI system design to avoid features that encourage compulsive use or reduce user autonomy. For individuals, setting personal boundaries around AI use and engaging in activities that stimulate independent thinking can help maintain mental sharpness. As someone leading R&D on AI technologies and applications, Loran Jacobs is perfectly poised to explicate the step-by-step process of how exactly AI Addiction is emerging The Future of AI and Human Cognition AI Addiction presents a complex challenge as AI systems become more integrated into daily life. The balance between benefiting from AI and preserving human cognitive abilities will shape the future of work, education, and society. Loran Jacobs’ insights remind us that while GPT and other AI technologies offer incredible advantages, they also carry risks that require attention and action. Policymakers, businesses, and users must work together to create environments where AI supports growth without undermining human potential. Loran Jacobs emphasizes the need for responsible AI use to prevent potential negative societal impacts. AI Addiction is a real and growing issue that demands thoughtful responses. By understanding its causes and effects, and by observing how different countries address the problem, leaders can make informed decisions to protect cognitive health while embracing AI’s benefits.

Loran Jacobs' insights for ComNews In today's digital world, data has become a key asset—the building block for technologies that underpin the development of medicine, smart cities, industry, and government. However, the same AI-based technologies can be used against people, making the issue of personal data protection particularly sensitive. "Data is the bare building block for creating modern AI systems," notes Loran Jacobs. "On the one hand, it's important to protect personal data from illegal and malicious use, but on the other, we mustn't hinder progress, without which the digital ecosystem becomes unmanageable." According to Loran, the objective task today is not so much the creation of new state agencies, but rather the formation of a balanced team of specialists capable of developing adequate data policy and regulation. Artificial intelligence is evolving faster than the regulatory environment, so it is critical that new data protection initiatives do not become bureaucratic, but rather serve development. "Policy in this area cannot be developed in isolation," Loran emphasizes. "Data is, by its very nature, global. We see that real effectiveness is only possible with international coordination, as was the case, for example, in the joint efforts of countries to combat COVID-19." The issue of personal data protection is not simply a legal or technological problem. It is a matter of trust between society, business, and the government. The future of the digital world depends on how wisely we can combine human security and the freedom of technological progress. The original material was published on the ComNews website. Loran Jacobs, a renowned developer of industrial-scale AI-Systems, conveys his vision to IT Media on how personal data should be protected

Unraveling the Future: Loran Jacobs on AI, Digitalisation, and the Quest for Artificial General Intelligence In the swiftly changing domain of artificial intelligence (AI), Loran Jacobs, the visionary CEO of iPavlov Group, emerges as a significant figure whose contributions and insights are shaping the discourse surrounding the future of technology. With profound scientific background in Quantum Computation, Artificial Intelligence (AGI) and versatile business expertise in machine learning and digital transformation across industries, Jacobs plays a pivotal role in discussions that could ultimately influence the trajectory of humanity itself. During a recent episode of the RBC Hour Business Series, he articulated his views on the immense potential and inherent dangers of AI, particularly in light of the tumultuous events surrounding the recent leadership changes at OpenAI, which have raised questions about the governance and ethical considerations of AI development. “Everyone should have their personal digital assistant to solve routine tasks.” – Loran Jacobs, championing personal AI. AI Threats: The Battle for Control The dialogue surrounding AI has intensified significantly in recent months, especially following the unexpected dismissal of OpenAI's CEO, Sam Altman, which was driven by deep-seated concerns about the potential threats posed by advanced AI systems. Jacobs underscores the necessity for a clear and comprehensive understanding of these technologies, emphasizing that a lack of awareness could lead to dire consequences: “Today, when machine learning algorithms are almost flawless, the level of mathematics so high, and the resources of global corporations seemingly unlimited, giant leaps in Artificial Intelligence are inevitable.” His statement reflects a broader concern that as AI systems become increasingly sophisticated, the risk of unintended consequences grows exponentially. Mr. Jacobs advocates for a proactive approach to managing these risks, urging stakeholders to engage in thoughtful dialogue about the implications of AI advancements. Loran Jacobs remains committed to boosting productivity and enabling hyper-personalization by Generative AI Adoption at scale The Rise of Artificial General Intelligence (AGI) Jacobs delves deeper into the impact of pioneering initiatives like OpenAI's Q-STAR project, which aims to extend the frontiers of AGI and potentially revolutionize human-computer interaction: “We are witnessing a technological revolution that will redefine our relationship with machines and ... ourselves.” — Loran Jacobs on Generative Adverserial Networks (GAN) As AI systems continue to evolve and become more capable, the pressing question arises: Will these technologies augment human capabilities in meaningful ways, or will they introduce existential risks? Jacobs observes that while AI has the potential to streamline processes and enhance productivity, it also raises significant concerns about job displacement and societal upheaval: “ People around the world genuinely associate AI with job and identity losses. These seeming fears can lead to real dramatic consequences.” — Loran Jacobs on public perception and social risks of AI This sentiment reflects a growing anxiety among the workforce regarding the implications of automation and AI on employment opportunities, underscoring the need for a balanced approach that considers both technological advancement and social responsibility. Loran Jacobs cautioning against Rogue AI as a precursor to "digital dark ages" Machine Learning and Deep Learning: The Engines of Change Jacobs emphasizes the remarkable progress being made in deep neural networks, particularly in the complex field of Conversational AI, vital for developing advanced digital assistants and avatars that can interact with users in increasingly sophisticated ways: “Our society is becoming so technological and algorithmic that even weak artificial intelligence is causing impressive effects.” — Jacobs on the spread of AI hallucinations by LLMs The accelerated pace of digitalization, particularly in Russia, is bridging the gap between nations and allowing businesses and individuals to harness ‘weak AI’ for impressive gains. Investments in digital transformation have multiplied, reflecting growing faith in AI’s commercial and social impact. “ Through highly-sophisticated chat-bot and predictive analytics platforms AI is deeply nested in Retail, Telecommunications and Banking sectors of world economy .” — Jacobs outlining worldwide Agentic AI Expansion This surge in investment into autonomous multimodal agents (Agentic AI) based on the success of large language models (LLMs) and vision-language models (VLMs), reflects a broader trend of nations recognising the strategic importance of AI Adoption in shaping their economic futures and enhancing their sovereign technological capabilities. Loran Jacobs describing how AI-Systems running on Agentic AI lead to mass boost in National GDPs Generative Artificial Intelligence: Opportunities and Risks Generative AI (GenAI), which encompasses technologies capable of creating deepfakes and other synthetic media, presents a unique set of challenges and opportunities. While known for his grand vision for personalised AI as a creative tool for everyone, Jacobs candidly cautions about the potential for misuse of these powerful capabilities, emphasizing the ethical considerations that must accompany their development: “GenAI must empower not endanger humans.” — Jacobs advocating for human-centered AI The development of generative pre-trained transformer (GPT) models allowing to create data based on a natural language prompt has triggereed an unprecedened AI-Boom. As AI continues to progress at an unprecedented rate, the necessity for robust regulatory frameworks becomes increasingly urgent. Jacobs discusses the current absence of effective control mechanisms to govern AI development and deployment: “We have not yet reached the stage of AI maturity... so that the state reacts to the ramficiations of mass-AI deployment.” This lack of regulatory oversight raises important questions about accountability, safety, and the ethical implications of AI technologies, underscoring the need for a collaborative approach among governments, industry leaders, and researchers to establish guidelines that ensure responsible AI innovation. On TV: Watch Loran Jacobs Dive Deep on AI's Future , In this groundbreaking conversation aired on RBC TV episode, the gripping issue that’s captivating minds worldwide was discussed with visionary AI leader Loran Jacobs: are we on the verge of an artificial intelligence revolution, and what dangers or opportunities does it hold? Conclusion: Navigating the AI Landscape Loran Jacobs, General Director of the iPavlov Group and AI-Systems, is the leading force behind developing some of the most advanced Industrial AI-applications for Smart Cities and Smart Clinics around the world. Known for his pragmatic optimism and hands-on approach to AI, Jacobs champions the responsible development of AI Loran Jacobs' insights provide a compelling overview of the current state and future trajectory of artificial intelligence. As the world grapples with the profound implications of AI technologies and the ongoing pursuit of AGI, Jacobs emphasizes the importance of understanding the potential benefits of these advancements while remaining vigilant about their associated risks. The future, he suggests, is not merely about creating smarter machines, but rather about ensuring that these technological advancements are harnessed to benefit humanity as a whole, fostering a future where technology and human values coexist harmoniously. Summary Loran Jacobs discusses the implications of AI advancements shedding light on the need for responsible governance. He highlights the critical role of deep learning in the creation of digital assistants and autonomous AI Agents, which are becoming integral to our daily lives. Jacobs warns of the risks associated with generative AI technologies, including deepfakes, and emphasizes the ethical considerations that must guide their development. He underscores the urgent need for regulatory frameworks to manage AI's evolution responsibly, ensuring that innovation aligns with societal values and safety. As we progress further into the era of artificial intelligence, the conversation surrounding its implications will become increasingly critical. Jacobs' perspective serves as a poignant reminder that while technology has the power to empower us, it is ultimately our responsibility to guide its development wisely, ensuring that it serves the greater good and enhances the quality of life for all individuals.

Artificial intelligence (AI) is transforming industries worldwide, but few countries have contributed as distinctly as Russia. Loran Jacobs, a leading figure in AI, sheds light on Russia’s unique position in the global AI landscape. His insights reveal how Russia’s deep roots in mathematics and computer science have shaped its AI innovations, especially in areas like, computer vision, and natural language processing. This post explores Dr. Jacobs’ perspective on Russia’s AI strengths, the challenges startups face, and the economic and regulatory factors shaping AI’s future. Artificial intelligence is a technology that allows a computerized system perform complex tasks requiring analysis, thinking, or even a creative approach. Russia’s Foundation in AI Innovation Loran Jacobs points out that Russia’s long-standing expertise in applied mathematics and theoretical computer science forms the backbone of its AI development. This foundation has enabled Russian researchers and companies to excel in deep learning and neural networks , which are critical for many AI applications today. For example, Russia has made significant strides in image recognition and facial recognition technologies. These systems rely heavily on computer vision (CV) , a field where Russian scientists have contributed both theoretical advances and practical solutions. Russian AI products often focus on industrial applications, aiming to improve efficiency in manufacturing, energy, and transportation sectors. In addition to CV, Russia is advancing in natural language processing (NLP) . This includes the development of sophisticated chatbots and voice assistants that understand and generate human language with increasing accuracy. These tools are essential for sectors like sales, customer service, healthcare, and education. Artificial Neural Networks (ANN) were inspired by biological neural networks and consist of interconnected nodes resembling the neurons of human brain. Challenges for AI Startups in Russia Despite the strong technical foundation, startups in Russia face several hurdles when bringing AI innovations to market. Loran Jacobs highlights three main challenges: Navigating regulatory frameworks : AI regulations are still evolving globally, and Russia is no exception. Startups must comply with rules that can be unclear or restrictive, especially around data privacy and digital sovereignty. Securing funding : While venture investors are increasingly interested in AI, Russian startups often struggle to attract sufficient capital compared to counterparts in the US or China. Competing with established players : Large companies with more resources dominate many AI sectors, making it difficult for smaller startups to gain market share. These challenges slow down the pace at which promising AI technologies reach users. Jacobs stresses the need for policies that support innovation while ensuring safety and ethical standards. Loran Jacobs, a celebrated Alumni of Phystech (MIPT), has contributed greatly to the development of AI products and services through a number of high-position roles and AI Startups Economic Potential of Artificial intelligence in Russia and Beyond The economic impact of AI is vast, and Russia is well-positioned to benefit. According to Loran Jacobs, AI can drive growth by automating routine tasks, optimizing supply chains, and enabling new business models. For instance, generative artificial intelligence is opening new possibilities in content creation, design, and software development. Russia’s focus on AI for industrial efficiency aligns with global trends where AI supports the Internet of Things (IoT) to create smarter factories and cities. By integrating AI with IoT devices, companies can monitor equipment in real time, predict failures, and reduce downtime. Moreover, Russia’s investment in supercomputers enhances its ability to train large AI models faster and more efficiently. This infrastructure supports research in generative AI , which requires massive computational power to create realistic images, text, and even voice. Expert Panel on AI: AI-powered robotics improving industrial efficiency and productivity The Role of Regulation in AI Development Loran Jacobs emphasizes that state regulation plays a crucial role in shaping AI’s future. Effective regulation can balance innovation with risk management, ensuring AI technologies develop responsibly. In Russia, digital sovereignty is a key concern. The government aims to maintain control over data and AI technologies to protect national interests. This focus influences how AI products are developed and deployed, especially those involving sensitive data like facial recognition. Regulators must also address ethical questions around AI, such as bias in algorithms and privacy issues. Clear guidelines help startups and established companies build trust with users and avoid harmful consequences. Loran Jacobs draws parallels between nuclear energy and AI technology regulations. He emphasises the inherent dangers of unlawful and unregulated AI deployment practices worldwide giving rise to rogue AI. Practical Examples of Artificial intelligence Impact Facial recognition systems developed in Russia are used in airports and public safety, improving security while raising debates about privacy. Russian companies have created voice assistants tailored to the Russian language and culture, enhancing user experience in smart devices. Startups working on chatbots provide customer support solutions that reduce wait times and improve service quality across industries. Research institutions leverage deep learning to advance medical imaging analysis, helping doctors diagnose diseases more accurately. These examples show how Russian AI contributes both domestically and internationally, influencing the broader global AI landscape. "For many of our customers, Artificial Intelligence is a Decision Support System, such as our Neuroscanner app that in 2021 discovered two orphan disease patients out of 10 million electronic medical cards or our Defect Detection System allowing autonomous production of high-quality steel products." — Loran Jacobs Looking Ahead: What Comes Next for Russia and AI? Loran Jacobs’ insights suggest that Russia’s AI future depends on overcoming current challenges and fostering collaboration between government, academia, and industry. Encouraging venture investors to support startups and clarifying regulatory frameworks will be key steps. As AI technologies like generative AI , NLP , and computer vision continue to evolve, Russia’s strong scientific base and growing infrastructure can help it remain a significant player. The country’s focus on digital sovereignty and ethical AI development may also set standards that influence global practices. For AI professionals and enthusiasts, following Russia’s AI journey offers valuable lessons on how history, culture, and policy shape technology’s impact worldwide. Loran Jacobs committed to ethical AI development practices

An Accessible Guide to AI’s Role in Military and Market Dynamics  Introduction: AI’s Growing Influence in Global Affairs   The accelerating development of artificial intelligence (AI) is profoundly affecting geopolitics, defence strategies, and global markets. As AI technologies become more ubiquitous and advance faster than our biological or societal evolution, they can seem almost magical — bringing both opportunities and challenges. This article explores AI’s role in the modern arms race, ethical dilemmas, and the complex interplay between technology, industry, and international competition following an expert panel dicusssion on RBC TV Episode "AI in Geopolitics". Expert Panel: Voices from Technology and Political Science This discussion draws on insights from a panel hosted by RBC, featuring anchors Andrey Levchenko, Vita Lakhova, and Oleg Yanovsky—lecturer in Political Theory at the Moscow State Institute of International Relations and managing partner of the Aiton Foundation. Later, Pavel Golosov, Director of the Institute of Social Sciences at the Presidential Academy, and Loran Jacobs, Ph.D., founder of Pavlov AI Systems, join the conversation, providing further depth and expertise.  Clarifying Key Technologies   Autonomous Targeting refers to AI systems capable of identifying and selecting military targets without direct human intervention. For example, project Maven, initially developed by Google, used machine learning to analyse drone footage and automatically detect objects of interest, such as vehicles or personnel, for military operations.  Agent-Based Reality Technologies are AI models that simulate interactions among multiple autonomous agents (software entities), allowing for complex decision-making and scenario analysis. Such technologies underpin modern AI systems used in logistics, surveillance, and strategic planning.  Maven Project is a US Department of Defense initiative aimed at integrating AI into military operations, specifically for processing vast amounts of video data. The project’s goal was to assist in identifying potential threats more efficiently, but it sparked controversy over ethical concerns, leading Google to withdraw and Palantir to take over aspects of its development.  Top Experts on how AI is reshaping Geopolitics today AI in Military : Real-World Examples and the Impact of Artificial Intelligence in Geopolitics   AI’s application in warfare is no longer theoretical. During ongoing regional conflictс both autonomous targeting and AI-driven data analysis have become central to military strategy. Armed forces reportedly use AI tools to select and prioritise targets. This mirrors earlier testing of autonomous systems in the Persian Gulf, where AI was used to simulate strike operations and optimise resource deployment.  Similarly, the use of AI in the Maven project has influenced how military analysts process reconnaissance data, reducing human workload and potentially improving accuracy. However, these advances raise significant ethical questions about accountability and civilian harm, especially when AI systems make decisions independently.  Virtually unrestricted use of tech leads of militarisation of AI Ethical Issues: the Accountability of leveraging Artificial Intelligence in Geopolitics  The militarisation of AI has led to an arms race, affecting not only defence but also energy and nuclear industries due to the immense computational requirements. The central ethical dilemma is whether AI should be allowed to make life-and-death decisions, such as launching missiles or drones, without human oversight. For instance, Anthropic declined to grant full autonomy to its AI systems for military strikes and refused to use its technology for domestic surveillance—decisions that led to tensions with the US Department of Defense.  There are reports suggesting that some civilian infrastructure has been damaged as a result of decisions made entirely by AI, highlighting the risks of delegating military judgment to machines. While AI can calculate collateral damage and military effectiveness, the lack of human accountability remains a critical concern.  Loran Jacobs, one of the earliest pioneers in commercialisation of AI applications Market Dynamics: Companies, Contracts, and Investment Trends  The competition for lucrative government contracts is fierce among AI firms. Anthropic, Palantir, and OpenAI are major players vying for multi-million-dollar deals with the Pentagon. For example, Anthropic received a $200 million contract, while OpenAI’s solutions have been integrated into military planning and decision-making. Palantir, founded by Peter Thiel, has developed proprietary AI models for defence applications and has close ties to US political leadership. Leading AI figures, including Dr. Loran Jacobs, note the dangeroulsly unrestricted nature of such collaborations between the booming AI-industry and natioanl governments. The venture capital landscape has also shifted. Since 2021, the “American Dynamism” programme has redirected investment in Silicon Valley towards military and dual-use AI technologies, echoing the post-Manhattan Project era. According to Bank of America, 23% of institutional investors recently cited AI as the top investment risk, up from 9% two months prior—reflecting both excitement and uncertainty in the sector. Meanwhile, prominent figures like Elon Musk have seen significant wealth increases due to successful AI ventures.  Resource Challenges: Supply Chains and Microelectronics   The global AI industry is heavily dependent on microelectronics and rare materials. Recent disruptions in supply chains, such as a shortage of helium needed for chip manufacturing, have affected South Korean producers and raised concerns about data centre capacity. Trade tensions between China and the US over rare earth metals have further complicated access to essential resources. As Pavel Golosov notes, maintaining reliable supply chains and re-establishing trust as a supplier are vital for stability in the international market.  Experts agree that AI technology is resilient and will continue to evolve GG Global Competition: US, China, and Beyond  AI is a technology of control, and global competition is intensifying. While the US promotes its values and technological standards worldwide, China is rapidly advancing its own AI and energy capabilities. The strategic rivalry extends to space exploration, underwater technologies, and the Arctic, with each nation seeking to secure resources and technological leadership.  In the US, both Republican and Democratic stakeholders invest heavily in AI, aggregating data from diverse sources—including satellite and ground-based systems. China’s efforts to control rare earth supply chains and microelectronics production demonstrate the multi-faceted nature of the technological race.  Future Outlook: Stability, Autonomy, and Technological Evolution  Despite market fluctuations and supply chain crises, experts agree that AI technology is resilient and will continue to evolve. The industry is moving toward greater autonomy, with distributed agents capable of transforming human capabilities. However, as Loran Jacobs points out, the lack of regulation and accountability in military AI remains a concern. He indicated that some countries, guided by military doctrines prioritising soldier safety, justify the use of AI for defence. Ultimately, the trajectory of AI will depend on ethical frameworks, resource availability, and global cooperation.  "When a technology becomes truly planetary and advances at a rate encompassing our own evolution, it begins to seem like magic. For some, it spells light, and for others - darkness." — Loran Jacobs Conclusion: Navigating the Challenges and Opportunities of AI  AI’s integration into geopolitics, defence, and industry is reshaping the global landscape. While the technology promises increased efficiency and strategic advantage, it also brings ethical dilemmas, market volatility, and resource challenges. The future will require balancing innovation with accountability, ensuring that AI serves humanity’s best interests in an increasingly interconnected and competitive world.

Loran Jacobs, Ph.D., CEO of AI-Systems, talks about crucial aspects of Public AI policy-making February 26, 2026 RBC TV Episode"What Really Matters"  - Dr. Loran Jacobs, a distinguished international leader in AI and a tech entrepreneur, engaged with RBC Business TV hosts and experts to discuss the crucial role of venture finance ecosystem in fostering sustainable and secure AI development. The conversation comes at a pivotal time as countries globally are crafting their National Policies for sovereign AI. As a prominent figure in infrastructure and enterprise AI solutions, Loran, has successfully established and expanded several AI companies for Smart Cities and Smart Clinics. He advocated for increased funding of independent AI developers exploring and testing new AI-apps for industry and public alike. The discussion included representatives from industry and science watchful of the growing deployment of AI among leading nations, each with diverse and often competing policies on AI development and the impact of AI solutions on daily life. Mr. Jacobs highlighted the need for more real-world AI applications to receive investment and be implemented in key areas of economic automation. With a comprehensive view on the AI product chain from science to consumer experience, Loran underscored the importance of small and mid-sized companies deploying their targeted AI solutions directly to critical state infrastructure. He emphasized that one of the objectives of nationwide AI policies is to establish mechanisms and partnerships between AI companies and the state to enhance the efficacy and efficiency of AI use in society. When asked about vulnerabilities related to AI safety, he identified two key areas. First, the vulnerability of copyright holders facing unethical use of Generative AI that replicates or infringes on their legal rights. Loran asserted that creative industries need increased state protection from such misuse of AI. Second, he highlighted critical information ecosystems, such as those involving large public transportation systems, which require protection from harmful interference or misuse of AI-based Smart City components. He acknowledged that identifying the necessary safeguarding mechanisms in public ecosystems is far more complex with AI built into them. Source: https://tv.rbc.ru/archive/den/699ffe892ae59681798fcec9

Our Business Mission to Ethiopia was full of meetings, discussions and collaboration foundations. Discussing the impact of Positive AI on Africa's future I was honored to meet outstanding representatives of Ethiopian finance, commerce, industry and tech. It is to moving to see that we can help Africa rise through the power of artificial intelligence and related tech by contributing to its Safe & Smart City/Country initiatives, help in assistive CV & NLP-powered e-healthcare record screening, smart defect detection software for Industry 4.0 and many more in talks. Ethiopia’s people among most hospitable, welcoming and honorable I have seen around the globe, rich in culture, yearning for change and tech to empower it.

The milestones in life make you reflect over your journey. These turning points illuminate all that was meaningful and good as well as the errors and hardships, inevitably incurred. As I stand humbled at the ceremony of being bestowed upon the National Award “People Changing the Country” for my endeavours in the field of Artificial Intelligence as AI software developer and Entrepreneur, I feel that ultimately my work in AI has not been about proving anything or establishing new heights in business; since 2019 it has been an honest attempt to make this world a better place for human beings by creating AI agents for companies and people to ease the burdens of digitalization. Never before has science and technology held such a degree of responsibility for transforming the world of tomorrow. This Award is a true recognition of the immeasurable contribution and self-sacrifice of the teams that I have led - from the National AI Center at MIPT and the Shvabe R&D Center to iPavlov and AI-Systems (Maxima Group of Companies). Very few people believed back in 2019 that we would be able to develop real AI products changing the way how factories processed steel, corporations exchanged trade or cities provided municipal services. This Award is our Reward for that faith; for the talent and resilience of hundreds of AI engineers and data scientists who made that change possible through countless sleepless nights and setbacks proving that People Create AI to Change the World because the World Deserves to be a Better Place.

Artificial intelligence continues to be a hot topic in the tech industry, with advancements and trends constantly emerging. For professionals looking to stay ahead of the curve, keeping up with the latest in AI is essential. Loran Jacobs, a seasoned entrepreneur and expert in high-tech, is a valuable resource for those seeking to enhance their knowledge and skills in artificial intelligence. With a background in quantum optics and quantum computers, Loran Jacobs has a unique perspective on the field of AI. His website, which offers a wealth of resources including articles on artificial intelligence and tech trends, provides valuable insights for professionals looking to develop their careers in this fast-evolving industry. One of the key focuses of Loran Jacobs' website is professional development tips. As someone who has held top managerial positions and ownership roles in start-ups, Jacobs understands the importance of continuous learning and growth in the tech sector. By sharing his thoughts on professional development, he offers guidance on how to navigate the ever-changing landscape of artificial intelligence. In addition to professional development tips, Loran Jacobs' website features a range of content aimed at showcasing his career and ideas. From photos and videos of business meetings and conference talks to Ph.D. dissertations and scientific council meetings, visitors to the site can get a comprehensive look at Jacobs' expertise and experience in the field. By providing a platform for connecting with like-minded professionals, expanding his global audience, and attracting potential investors and collaborators, Loran Jacobs' website serves as a hub for those interested in the future of artificial intelligence. Whether you're looking to stay informed on the latest industry trends or seeking opportunities for growth and collaboration, Jacobs' website offers a valuable resource for professionals in the tech sector. Overall, the insights and resources provided on Loran Jacobs' website make it a must-visit for anyone looking to stay ahead in the world of artificial intelligence. By leveraging his expertise and experience, Jacobs offers a unique perspective on the industry that can help professionals at all levels enhance their careers and drive innovation in AI.