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‘Your Work Now Shapes Your Life Decades Ahead’: Anna Gagarina, Career Expert, on Using AI to Land the Right Professional Path

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By the end of 2025, the AI market in HR is set to reach nearly $7 billion—almost a billion more than in 2024. Global corporations are ready to invest heavily in technology to attract top talent. But amid the surge of AI adoption, recruitment is going through turbulent times. What was once a predominantly manual process has transformed into a high-tech operation—both for candidates and employers—so much so that the market sometimes finds AI competing not with humans, but with other AI systems.

Understanding these new trends has become crucial both for career consultants and job seekers. How to avoid missing out on promising positions in an algorithm-driven world, where to find your place in the evolving tech landscape, and how to turn AI to your advantage—all of this is explained by Anna Gagarina, career development expert, founder of Job Mentor, an AI platform for career guidance.

Anna, before you began guiding others in effective job searching, you went through an extensive personal journey exploring different countries and careers. When and how did that journey begin?

I often joke that I’m the classic millennial from the memes—the one who had no clue what she wanted to be when she grew up. My career choice was entirely spontaneous: I didn’t go into business or technology; I studied history. I dedicated seven years of my life to it, winning competitions, publishing academic papers, and presenting at conferences—but even during university, I realised that teaching probably wasn’t for me. Then I wondered: who needs all this?

This personal crisis coincided with my first encounter with the business world. I had no prior experience—neither personal nor family-related. Everything started from scratch: I studied the profession, explored case studies, and observed people and companies. I took short courses in sales and marketing, and my head was bursting with information so different from the academic world I was used to. But it was during an internship at an educational company that I truly discovered a new world. I think that was my first real breakthrough in mindset—a step onto the career path I’ve been following for over 11 years.

The relocations were truly pivotal moments for me. In 2020, I was invited to work in Ireland, where I first met families who had been running their businesses for generations. That experience gave me a key insight: “It’s possible to build a business for the long term, creating a legacy and a community around it.”

Another breakthrough came to me after moving to the U.S. Here, I saw what real competition for talent looks like, how to plan a career strategically, and how to consciously and methodically build a path to success, brick by brick. In Russia, decisions are often made with a “just don’t miss out” mindset; here, people follow the principle: “Your career today is an investment in your wealth 50 years from now.”

And so much depends on your ability to build relationships—and how you do it. You can be extremely talented, but if you can’t forge connections, your talent alone won’t take you far.

At what point did you decide to focus on AI when it comes to attracting top talent?

Honestly, I’m not an early adopter or a tech evangelist.

By nature—both personally and professionally—I’ve always been a bit of a conservative. The real turning point came when I started working with companies from Silicon Valley. At first, I didn’t even handle ChatGPT very well—but I quickly learned, and then it hit me: “If even a total tech novice like me can master this, it’s clear this technology is going to change the world.”

From there, client demand pushed me further. I began to see exactly which talents the market needed, where investments were flowing, and what new opportunities and roles were emerging as these technologies advanced. That’s when I realised: as a career consultant, I simply had to move toward AI and emerging tech—because they are shaping the near future of careers.

My first large-scale experiments with AI tools started in the corporate space. As a recruiter, for example, AI-driven sourcing lets me identify more than 100 candidates a day for leading startups and draft over 50 personalized professional emails—even in a language that isn’t my own. This proactive approach helps companies hire high-quality, high-potential talent, where the balance of time and quality is impossible to overstate: every day without a qualified employee can cost a company tens of thousands of dollars. AI also delivers another critical edge—speed. With it, I can create extensive training programs, learning materials, and simulations in just hours instead of months.

You’ve developed over 40 corporate programs and advised more than 1000 HR professionals. Which project was a true breakthrough for you?

I’d say it was a project tied to an employee career management course, where I worked with HR specialists from large companies. A single 20-minute consultation with me could evolve into a full-scale project that was later implemented across companies with 10,000 or even 20,000 employees. This fundamentally changed my mindset: as an individual consultant, you work one-on-one with a client. But when your idea scales within a company of thousands, you’re genuinely influencing the system.

One outcome of this realization was the creation of my project, Job Mentor. The idea stemmed from a very personal challenge: I ran into the classic consulting problem—my resources were limited by my time and expertise. Gradually, I began automating processes, starting with reports, content, and analytics.

Over the past two years, I’ve guided more than 200 career consultations, integrating AI into every step—from defining career paths to refining résumés and identifying the right opportunities. What started as an experiment has grown into a structured system: I begin by introducing clients to AI tools, then provide customized agents that help automate job searches and self-reflection. The result is tangible: I save hours of work, while clients gain something even more valuable—time they can spend with family instead of navigating endless applications. And this was only the first stage of the transition.

At some point, I asked myself: “Could I replace myself entirely?” That’s how the idea for a service where my calendar and 15 hours of individual work aren’t needed was born. Instead, users get a ready-made solution in just 30 minutes of interacting with the system. This drastically lowers the cost of the service and makes it accessible to a much wider audience.

Traditional career coaching doesn’t come cheap. In the U.S., an hour with a consultant averages around $400, while full-service packages often range from $2,000 to $3,000.
By contrast, an AI-powered consultation costs about $100. Of course, no algorithm can fully replace the human connection—but what if you need urgent career support and can’t afford traditional fees? For some, a job is a matter of survival; for others, it’s the chance to unlock potential and achieve a breakthrough in their field. Ultimately, expanding access to career guidance means creating a labor market that is fairer and more transparent for everyone.

How exactly do you replace your involvement? Which AI technologies and tools do you integrate into your work with clients and companies?

We’re a fully AI-based agency, so you could say that almost all of our core technologies fall under the AI umbrella. This includes agents that help automate routine tasks, notetakers that analyse and organise information, as well as tools like Perplexity for deep research and handling large volumes of data.

Such automation brings measurable business results. For example, by reducing the need for manual data processing and admin tasks, we save around $8,000–10,000 per month in operational costs (which would otherwise require 1–2 full‑time specialists). It also significantly reduces classic risks associated with consulting and recruiting businesses, such as knowledge gaps when team members leave, or over-dependency on individual experts.

Additionally, AI allows us to continuously collect and structure career data from 100+ client interactions. Most of this is unstructured information — recorded consultations that often include tens of thousands of words with low repetition and very few clear patterns. Instead of requiring consultants to manually revisit and decode these conversations, our AI instantly analyzes the material, extracts actionable insights, and organizes it for further use.

Thanks to this capability, our consultant can conduct 20–30% more career sessions per month, raising both the speed and the depth of expertise at each stage of the client journey.

Can you share an example of when AI completely transformed recruitment outcomes?

Absolutely—but like any story, there are two sides to the coin: impressive wins and some unexpected headaches.

On the positive side, today’s notetakers do much more than just record interviews like in the old Zoom days—they gather data, take smart notes, and, crucially, learn from company-specific information. This supercharges the recruitment process: from crafting job posts and writing emails to analysing candidates and enhancing communication. For example, emails and text content can now be generated automatically, slashing the recruiter’s time on routine tasks. Natural language sourcing tools allow you to describe your ideal candidate and instantly get relevant profiles—something that used to require complex Boolean searches.

But there’s a flip side. AI has dramatically increased the number of low-quality applications, including spam, making it easy for strong candidates to get lost in the noise. Candidates are using AI to whip up instant responses and cover letters, which only amplifies the flood. Recruiters who used to handle dozens of applications now face hundreds—or even thousands—forcing them to sift, filter, and compete in a whole new landscape. In a sense, AI-driven candidates and AI-powered recruiters are now battling it out on the same field.

How will these changes—AI and automation—impact the global job market in the coming years?

You can roughly divide today’s professions into three groups. The first is non-human: jobs that are already automated or will be soon. Think heavy, dangerous, or repetitive mechanical work—tasks based on algorithmic, repeatable movements. Robots are already taking over these roles, from automated warehouse workers and bartenders to delivery drivers, taxi drivers, and even nail technicians.

The second group is human + AI copilot. These are roles where systems and platforms collect, organise, and analyse data—in medicine, logistics, sales, finance, and education—but the final decision is still made by a human.

Finally, the third group is purely human: top management roles—tasks only a person can perform, overseeing both non-human and human + AI copilot teams.

Technological changes are reshaping all three groups. Essentially, a profession is becoming a platform reflecting your education and professional expertise—the foundation on which everything else, including technology, is built. For example, being an engineer is a profession, but acquiring a more specialised skill set and integrating certain technologies can turn you into, say, a machine learning operations (MLOps) engineer.

Training and learning methods are bound to change. We need to find ways to quickly acquire in-demand skills, specialise, and understand the realities of the modern workplace. AI copilots already help accelerate the junior phase, enabling professionals to move faster into human + AI copilot roles—and eventually reach purely human-level positions.

Yes, lately, we’ve seen waves of layoffs, especially among junior employees, as AI takes over. How can companies balance automation with keeping jobs?

It’s a tricky question. In practice, companies will automate wherever it makes economic sense. If robots or AI can produce a product cheaper than a human, businesses will naturally go for the cost cut. Without regulations or mandatory limits, there’s very little to slow automation down.

Yet the reality is more nuanced. Jobs stick around as long as automating a role costs more than keeping a human. Take giants like Amazon—they pour billions into warehouse and logistics automation, yet remain among the biggest employers in the sector because some tasks are simply cheaper to do by hand.

The future of work is all about reskilling and the shift to gig and project-based careers. Lifelong employment at a single company is disappearing—and the traditional idea of permanent work is fading too. More people will become small independent “businesses,” managing careers like a portfolio of projects and tasks. It’s a world of opportunity, but it demands flexibility, constant upskilling, and the ability to pivot quickly.

What’s the number-one piece of advice you’d give to someone worried that AI will take over their job?

Every time a person frees up time, it gets filled with something new. That’s how new sectors, fields of knowledge, and professions emerge. My advice would be to ask yourself: where do you want to go next? In a year, two, five, ten—and strategically, throughout your life? Where will your mind, creativity, skills, and resources create value and help solve real problems for people?

Which skills will define “new literacy” in the next 10 years?

Even sooner than a decade from now, being literate will mean knowing how to work effectively with AI as a tool. Everyone will need to grasp how these technologies function, what they can—and can’t—do, and how to craft the right prompts—a skill surprisingly few people master today.

Equally crucial will be the ability to design systems and automate routine tasks, orchestrating different agents and tools to maximise efficiency. Basic programming will no longer be just for coders—it will become a must-have for anyone building AI-powered products and services.

The ability to structure information visually and create clear, compelling designs will also be essential, helping ideas and results cut through the noise.

And, of course, critical thinking and the capacity to filter massive streams of information will be indispensable. We’ll need to digest enormous amounts of data and make smart decisions in a constantly shifting landscape. Curiosity, experimentation, and adaptability—being ready to try new approaches and pivot quickly—will become the hallmarks of both professional and personal growth.



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AI algorithms can detect vision problems years before they actually appear, says ZEISS India

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Artificial intelligence (AI) algorithms and other deep-technologies can help detect vision problems years before even any traces of their symptoms appear and therefore future of eye care and maintaining good eyesight would significantly rely on predictive and preventive innovations driven by robotics, GenAI and deep-tech, said ZEISS India, a subsidiary Carl Zeiss AG, the German optics, opto-electronics, and medical technology company.

Traditionally, eye scans relied heavily on human analysis and significant efforts required to analyse huge volumes of data. “However, AI proposes to aid clinical community with its ability to analyse huge volumes of data with high accuracy and helps detect anomalies at early stages of disease onset and thereby solving one of the biggest challenges in eye care, late detention, seen in emerging economies, including India,” Dipu Bose, Head, Medical Technology, ZEISS India and Neighbouring Markets told The Hindu.

For example, he said, conditions like diabetic retinopathy, glaucoma, or macular degeneration often begin with subtle changes in the retina. AI would be able to catch early indicators (even traces of these) years before the patients become aware of having any symptoms and take timely action to prevent irreversible blindness.

According to Mr. Bose, AI, as a well-trained partner, would be able to analyse thousands of eye images in seconds, with high degree of accuracy. It learns patterns by analysing massive datasets of eye scans and medical records, and it becomes smart enough to spot the tiniest changes/things that the human eye might miss.

Future innovation would rely significantly on predictive and preventive innovations for eye care, where technology would play an essential role in formulating solutions that would allow for earlier detection, more accurate diagnoses, and tailored treatments, he forcast adding Indian eyecare professionals were increasingly adopting new age technologies to ensure better patient outcomes. As a result, AI, Gen AI, robotics and deeptech were causing a significant shift in clinical outcomes, he observed.

“This is precisely why we call it preventive blindness. In India, this is becoming increasingly relevant as the majority of the population do not go for regular eye check-ups and they visit an eye doctor only when their vision is already affected,” Mr. Bose said.

Early intervention would lead to better outcomes: reduce inefficiencies and reduced healthcare costs, he said. “ZEISS contributes to this by advancing medical technologies for diagnosis, surgical interventions, and visualization, ultimately improving patient outcomes and quality of life,” he claimed.

For instance, ZEISS Surgery Optimiser App, an AI-powered tool that allows young surgeons to learn from uploaded and segmented surgery videos of experienced cataract surgeons. Similarly, in diagnostics, ZEISS is also leveraging AI through the Pathfinder solution, an integrated deep learning and AI-based support tool. These technologies can support eye care professionals in making data-driven decisions by visualising and analysing clinical workflows. They leverage real-time surgical data to help young clinicians identify variations, optimise surgical steps, and improve procedural consistency.

“These insight-driven technologies are expected to help bridge experience gaps, improve surgical confidence, and ultimately enhance patient outcomes across the country,” Mr. Bose anticipated.

However, he added, tackling unmet needs and ensuring early diagnosis of diseases would require a fundamental shift: from reactive care to proactive and precision-driven eye-care. “This means leveraging technology not just to treat but to predict, prevent, and personalise patient care before even the symptoms of the disease show up,” he further said.

The eye-tech market is growing in India. The ophthalmic devices market was $943.8 million in 2024 and is expected to reach $1.54 billion by 2033, growing at 5.23% CAGR. The global eye-tech market was valued at approximately $74.67 billion in 2024 and is projected to reach $110.33 billion by 2030 at a CAGR of 6.9%.

Published – September 06, 2025 11:21 am IST



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AI and cybersecurity: India’s chance to set a responsible global digital standard

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India’s digital economy is experiencing extraordinary growth, driven by government initiatives, private enterprise, and widespread technological adoption across users from diverse socio-economic backgrounds. Artificial intelligence (AI) is now woven into the fabric of organisational operations, shaping customer interactions, streamlining product development, and enhancing overall agility. Yet, as digitisation accelerates, the nation’s cyber risk landscape is also expanding—fuelled by the very AI innovations that are transforming business.

In a rapidly evolving threat landscape, human error remains a persistent vulnerability. A recent cybersecurity survey revealed that 65% of enterprises worldwide now consider AI-powered email phishing the most urgent risk they face. India’s rapidly growing digital user base and surging data volumes create an environment for increased risks.

Yet, there’s a strong opportunity for India to leverage its unique technical strengths to lead global conversations on secure, ethical, and inclusive digital innovation. By championing responsible AI and cybersecurity, the country can establish itself not only as a global leader but also as a trusted hub for safe digital solutions.

The case for a risk-aware, innovation-led approach

While AI is strengthening security measures with rapid anomaly detection, automated responses, and cost-efficient scalability, these same advancements are also enabling attackers to move faster and deploy increasingly sophisticated techniques to evade defences. The survey shows that 31% of organisations that experienced a breach faced another within three years, underscoring the need for ongoing, data-driven vigilance.

Globally, regulators are deliberating on ensuring greater AI accountability, frameworks with tiered risk assessments, data traceability, and demands for transparent decision-making, as seen in the EU AI Act, the National Institute of Standards and Technology’s AI Risk Management Framework in the US, and the Ministry of Electronics and Information Technology’s AI governance guidelines in India.

India’s digital policy regime is evolving with the enactment of the Digital Personal Data Protection Act and other reforms. Its globally renowned IT services sector, increasing cloud adoption, and digital solutions at population scale are use cases for nations to leapfrog in their digital transformation journey. However, there is a continued need for collaboration for consistent standards, regulatory frameworks, and legislation. This approach can empower Indian developers as they build innovative and compliant solutions with the agility to serve Indian and global markets.

Smart AI security: growing fast, staying steady

The survey highlights that more than 90% of surveyed enterprises are actively adopting secure AI solutions, underscoring the high value organisations place on AI-driven threat detection. As Indian companies expand their digital capabilities with significant investments, security operations are expected to scale efficiently. Here, AI emerges as an essential ally, streamlining security centres’ operations, accelerating response time, and continuously monitoring hybrid cloud environments for unusual patterns in real time.

Boardroom alignment and cross-sector collaboration

One encouraging trend is the increasing involvement of executive leadership in cybersecurity. More boards are forming dedicated cyber-risk subcommittees and embedding risk discussions into broader strategic conversations. In India too, this shift is gaining momentum as regulatory expectations rise and digital maturity improves.

With the lines between IT, business, and compliance blurring, collaborative governance is becoming essential. The report states that 58% of organisations view AI implementation as a shared responsibility between executive leadership, privacy, compliance, and technology teams. This model, if institutionalised across Indian industry, could ensure AI and cybersecurity decisions are inclusive, ethical, and transparent.

Moreover, public-private partnerships — especially in areas like cyber awareness, standards development, and response coordination — can play a pivotal role. The Indian Computer Emergency Response Team (CERT-In), a national nodal agency with the mission to enhance India’s cybersecurity resilience by providing proactive threat intelligence, incident response, and public awareness, has already established itself as a reliable incident response authority.

A global opportunity for India

In many ways, the current moment represents a calling to create the conditions and the infrastructure to lead securely in the digital era. By leveraging its vast resource of engineering talent, proven capabilities in scalable digital infrastructure, and a culture of economical innovation, India can not only safeguard its own digital future but also help shape global norms for ethical AI deployment. This is India’s moment to lead — not just in technology, but in trust.

This article is authored by Saugat Sindhu, Global Head – Advisory Services, Cybersecurity & Risk Services, Wipro Limited.

Disclaimer: The views expressed in this article are those of the author/authors and do not necessarily reflect the views of ET Edge Insights, its management, or its members



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Nvidia says GAIN AI Act would restrict competition, likens it to AI Diffusion Rule

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If passed into law, the bill would enact new trade restrictions mandating exporters obtain licenses and approval for the shipments of silicon exceeding certain performance caps [File]
| Photo Credit: REUTERS

Nvidia said on Friday the AI GAIN Act would restrict global competition for advanced chips, with similar effects on the U.S. leadership and economy as the AI Diffusion Rule, which put limits on the computing power countries could have.

Short for Guaranteeing Access and Innovation for National Artificial Intelligence Act, the GAIN AI Act was introduced as part of the National Defense Authorization Act and stipulates that AI chipmakers prioritize domestic orders for advanced processors before supplying them to foreign customers.

“We never deprive American customers in order to serve the rest of the world. In trying to solve a problem that does not exist, the proposed bill would restrict competition worldwide in any industry that uses mainstream computing chips,” an Nvidia spokesperson said.

If passed into law, the bill would enact new trade restrictions mandating exporters obtain licenses and approval for the shipments of silicon exceeding certain performance caps.

“It should be the policy of the United States and the Department of Commerce to deny licenses for the export of the most powerful AI chips, including such chips with total processing power of 4,800 or above and to restrict the export of advanced artificial intelligence chips to foreign entities so long as United States entities are waiting and unable to acquire those same chips,” the legislation reads.

The rules mirror some conditions under former U.S. President Joe Biden’s AI diffusion rule, which allocated certain levels of computing power to allies and other countries.

The AI Diffusion Rule and AI GAIN Act are attempts by Washington to prioritise American needs, ensuring domestic firms gain access to advanced chips while limiting China’s ability to obtain high-end tech amid fears that the country would use AI capabilities to supercharge its military.

Last month, U.S. President Donald Trump made an unprecedented deal with Nvidia to give the government a cut of its sales in exchange for resuming exports of banned AI chips to China.



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