Category: Technology

Google CEO Sundar Pichai has addressed the mounting criticism that followed the release of ChatGPT and the perception that Google was trailing behind in the artificial intelligence race. Speaking on Lex Fridman’s podcast, Pichai responded to narratives that suggested Google had lost its edge and even calls for him to resign, defending the company’s strategic approach and expressing confidence in the long-term vision he had laid out.

During a time when Google was under intense scrutiny for allegedly falling behind in AI innovation, particularly following the rapid success of OpenAI’s ChatGPT, critics questioned whether the tech giant had failed to keep up with the pace of AI development. Some commentators even went so far as to call for a change in leadership. Pichai, however, dismissed these concerns, saying he had full awareness of what was being built behind the scenes at Google.

“Look, lots to unpack. The main bet I made as a CEO was to really make sure the company was approaching everything in an AI-first way… setting ourselves up to develop AGI responsibly and make sure we are putting out products which embodies things that are very, very useful for people,” said Pichai.

His response comes amid a wave of media reports and industry commentary that argued Google had been overtaken by newer players in the AI space. The launch of ChatGPT marked a turning point in the public’s perception of generative AI, and Google was criticized for not having an immediate response that matched the impact of OpenAI’s chatbot. This led to a broader discussion about whether Google had lost its “magic touch” in innovation.

However, Pichai pushed back against this narrative by emphasizing the steps he had already taken internally to realign Google’s priorities around AI. He noted that even while the public doubted Google’s position in the AI landscape, the company had already started consolidating its top AI talent and technologies.

“So look, I knew, even through moments like that last year, I had a good sense of what we were building internally. So I’d already made many important decisions, bringing together teams of the caliber of Brain, and DeepMind, and setting up Google DeepMind,” he explained.

The merging of Brain and DeepMind into Google DeepMind was a strategic move to consolidate Google’s AI research capabilities and foster faster progress. This internal restructuring, Pichai implied, was not immediately visible to outsiders and might have led to misconceptions about Google’s pace in AI development.

Pichai also addressed how he personally handled the wave of negativity during that time. When asked about the lowest points in that period, he said he remained calm and focused, relying on his ability to ignore distractions and concentrate on meaningful feedback. He likened his role to that of a football coach leading a top-tier team, where performance is under constant scrutiny.

“Anytime you’re in a situation like that, a few aspects, I’m good at tuning out noise, right, separating signal from noise,” he said. He further added, “Running Google, you may as well be coaching Barcelona or Real Madrid. You have a bad season.”

Despite the intensity of the criticism, Pichai maintained that his job required him to stay grounded and discerning, particularly when dealing with feedback. He emphasized the importance of distinguishing between noise and genuine insight, recognizing that some external voices do offer valuable perspectives.

“I’m good at tuning out the noise. I do watch out for signals. It’s important to separate the signal from the noise, so there are good people sometimes making good points outside, so you wanna listen to it, you want to take that feedback in. But, internally, you are making a set of consequential decisions,” he said.

Part of the external misinterpretation, according to Pichai, stemmed from a lack of awareness about the technical and infrastructural challenges involved in scaling AI. He pointed to the difficulties in deploying and scaling massive models like Gemini, Google’s advanced large language model, as one such example.

Pichai noted that securing sufficient computational power by ramping up Tensor Processing Units (TPUs) was an effort that took time and might not have been visible or understood outside the company. These TPUs are critical to training and running large-scale AI models, and delays in scaling them could slow product development, even if the underlying research was on track.

He elaborated that while external observers may judge by public-facing product rollouts, they may not realize the internal hurdles and foundational efforts required to bring those products to market. These include hardware, compute resources, team alignment, and integration of complex research projects into usable tools.

In the case of Gemini, for example, Pichai’s comments suggest that while critics were focusing on visible outputs, the groundwork was being laid to build something more robust and sustainable in the long term. He implied that short-term criticism did not account for the larger trajectory the company was aiming for.

Pichai’s remarks suggest a belief that the company’s AI roadmap, though not always apparent externally, has been strategically sound. He expressed confidence that the decisions taken during the criticized period would eventually yield results that affirm Google’s leadership in AI.

By acknowledging the public’s perception while also offering insight into the behind-the-scenes decision-making, Pichai appeared to be balancing transparency with assurance. He remained composed in his explanation and made it clear that leadership in such a high-stakes environment requires both resilience and long-term thinking.

As Google continues to expand its AI offerings and integrate generative models like Gemini into its products, Pichai’s defense may resonate with those who value deliberate and structured innovation over rapid, headline-grabbing releases. His comments reflect a CEO who has been through turbulent times but remains committed to a vision that, in his view, is both ambitious and responsible.

In the end, Sundar Pichai’s message was clear: Google has not lost its edge but is playing a longer, more calculated game in the AI race. The foundation for this future, he argues, was being laid quietly even as the outside world questioned the company’s direction.

In the global rush to harness the power of artificial intelligence, much of the public conversation has centered on concerns about job losses. However, Demis Hassabis, CEO of Google DeepMind, has drawn attention to a more urgent issue: the risk that advanced AI systems could be misused by malicious individuals or groups. His stark warning comes at a time when AI is rapidly approaching the ability to rival or even surpass human intelligence.

The central issue, according to Hassabis, isn’t the potential for employment disruption. Instead, it is the danger of advanced AI falling into the wrong hands. Speaking in a recent interview with CNN, Hassabis stated, “A bad actor could repurpose the same technologies for a harmful end,” highlighting a looming future where artificial general intelligence might equal or exceed human cognitive abilities within just ten years. This rapid timeline demands the creation of strong governance structures to manage who can access and control these technologies.

Balancing open development with necessary safeguards is proving to be a serious challenge. There is an urgent need to prevent malicious use while still allowing AI to be employed in ways that benefit society. Evidence of AI misuse is already visible. There have been scams made more convincing through AI, false information from AI systems that damages personal relationships, and deepfake technologies used to produce sexual content without consent.

Visionaries like Hassabis are acutely aware of the dual-purpose nature of powerful AI tools. Unlike previous technological innovations, AI systems have autonomous learning abilities, making them more difficult to predict and control. This requires new, more advanced approaches to regulation and oversight that go beyond existing methods.

While job loss and automation are certainly issues, Hassabis does not see them as the most critical ones. Numerous experts have outlined the possibility that a wide range of jobs could be automated, with only a few professions staying intact in their current form. However, he views this transformation as a manageable phase in technological evolution rather than an existential crisis.

He draws historical parallels with earlier technological revolutions. For instance, when machines first replaced manual labor during the industrial age, societies eventually adapted by evolving new economic systems and creating fresh employment opportunities. Similarly, past technologies have often led to innovations designed to counteract the issues they introduced.

In contrast, the misuse of AI poses a different type of risk—one that is far more urgent and potentially catastrophic. While job displacement tends to unfold over time, malicious use of AI can cause sudden and possibly irreversible damage. This sharp contrast helps explain why many leaders in the tech world are more focused on AI security than employment concerns.

Prominent figures such as Elon Musk have proposed solutions like universal high income to soften the impact of job losses, but such economic safety nets do little to prevent the dangerous misuse of AI systems. As Hassabis and others point out, it’s not just the economic outcomes that need attention, but also the security and ethical implications.

Alarmingly, the threats posed by AI misuse aren’t just hypothetical. Real-world examples are already surfacing. Cybercriminals use AI to write complex phishing emails that are harder to detect. Hackers deploy AI-generated code to break into secure systems. Individuals exploit deepfake technology to produce fabricated content that invades people’s privacy and harms their reputations.

These early misuses are just the beginning. As AI systems grow increasingly powerful, the damage they can cause when misused will escalate dramatically. That looming possibility underlines the urgent need for safety frameworks to be implemented before technology outpaces regulation.

Developing such regulations poses a difficult balancing act: they must protect against harm without hindering progress. Philanthropic organizations like the Bill and Melinda Gates Foundation demonstrate how, when guided properly, technological advances can be directed toward solving some of the world’s biggest problems. This makes it even more crucial to strike a balance between security and innovation.

However, international cooperation in regulating AI presents formidable challenges. Hassabis acknowledged these hurdles during his CNN interview, stating, “Obviously, it’s looking difficult at present day with the geopolitics as it is.” Global unity is hard to achieve when national interests and rivalries over technological supremacy are so deeply entrenched.

This issue isn’t unique to AI; many global problems demand collective action. Effective AI governance will need a level of international cooperation that has rarely been seen before. Without such collaboration, patchy standards and fragmented approaches could leave the world vulnerable to bad actors exploiting gaps in oversight.

Looking back at other transformative technologies, history shows that innovation often begins with individuals driven by curiosity and vision—like Steve Jobs, who displayed remarkable initiative at just twelve years old. But while individual innovators will continue to play a vital role, AI’s complexity and impact make it a shared global responsibility.

Hassabis remains cautiously hopeful that the rising capabilities of AI will eventually push governments and organizations to realize the necessity of working together. “I hope that as things will improve, and as AI becomes more sophisticated, I think it’ll become more clear to the world that that needs to happen,” he said. He believes the growing power of AI systems will eventually make the need for coordinated regulation impossible to ignore.

The caution issued by Hassabis, a central figure in AI development, should not be taken lightly. While public debates often focus on AI replacing jobs, the far more dangerous possibility lies in its misuse by those with harmful intent. Tackling this threat will require more than just technical expertise; it will demand proactive international cooperation and an ethical framework robust enough to keep pace with AI’s rapid advancement.

As artificial intelligence continues its rapid evolution, the stakes could not be higher. Whether the technology becomes a tool for progress or a weapon of destruction depends heavily on the decisions made now. The world must prepare not just for the economic changes AI will bring, but also for the moral and security challenges that come with such transformative power.

A cybersecurity alert originally released on June 5 has now been updated with fresh warnings from the FBI, highlighting an even more dangerous threat landscape. The new advisory includes not only expanded technical details about the infamous Play ransomware campaign but also introduces a troubling new cyberattack vector—BADBOX 2.0. Additionally, authorities have provided updated insights into the cybercriminal collective known as Balloonfly, believed to be deeply embedded in the Play ransomware operations.

The Federal Bureau of Investigation (FBI), in collaboration with the U.S. Cybersecurity and Infrastructure Security Agency (CISA), issued a joint cybersecurity advisory as the scale and pace of Play ransomware attacks intensified throughout May. These threat actors have left their mark on a wide array of targets, from private enterprises to critical infrastructure providers. Their attacks span continents, affecting victims in both North and South America, and extending across Europe.

The FBI has stressed the need for immediate action from organizations of all sizes. “Act now,” the advisory warns, as Play ransomware actors rapidly accelerate their operations. The advisory, part of the larger Stop Ransomware campaign, is designed to arm organizations with the most up-to-date knowledge of the attackers’ evolving tactics, techniques, and procedures (TTPs). It also provides newly identified indicators of compromise that security teams can use to enhance detection and response.

This latest advisory update comes after joint investigations carried out in 2024 by the FBI, CISA, and the Australian Cyber Security Centre. These investigations revealed that the cybercriminals behind Play ransomware have significantly refined and altered their attack methods. The scale of the threat is underscored by the FBI’s confirmation that approximately 900 organizations had been targeted by Play ransomware actors—a figure that is triple what the FBI had previously reported.

Play ransomware operates as a closed ransomware group, meaning they act independently without the involvement of affiliates. This setup, as stated in the advisory, is meant to “guarantee the secrecy of deals” made using stolen data. Interestingly, ransom notes left for victims do not outline a specific payment demand or offer instructions. Instead, they instruct victims to initiate contact through unique email addresses hosted on one of two German domains. The FBI noted that “a portion of victims are contacted via telephone and are threatened with the release of the stolen data and encouraged to pay the ransom.” These intimidation tactics are calculated to push victims directly into negotiations under immense psychological pressure.

Technical details released by the FBI offer a clearer picture of the threat landscape. Play ransomware has been linked by cybersecurity researchers to North Korea’s state-sponsored Andariel hacking group, which is part of the Reconnaissance General Bureau of the Democratic People’s Republic of Korea. One of the key distributors associated with Play ransomware is the cybercrime group Balloonfly. Analysts believe Play ransomware is a “core component” of Andariel’s digital attack strategies.

Balloonfly reportedly uses malware backdoors to compromise Windows systems. According to Symantec Threat Hunter researchers, the group has primarily targeted businesses in the U.S. and Europe. Microsoft’s Threat Intelligence Center, along with the Microsoft Security Response Center, had previously observed Play ransomware being launched after cybercriminals exploited a zero-day vulnerability in the Windows Common Log File System. That particular vulnerability, catalogued as CVE-2025-29824, was addressed in Microsoft’s April Patch Tuesday update.

However, Play ransomware’s reach is not limited to a single flaw. Other exploited vulnerabilities include CVE-2022-41040 and CVE-2022-41082, both of which affected Microsoft Exchange Server, as well as CVE-2020-12812 and CVE-2018-13379, which targeted Fortinet’s FortiOS. While all these vulnerabilities have now been patched, the FBI strongly urges organizations to apply these patches if they haven’t done so already. It is, as the advisory says, “a matter of some critical urgency.”

Initial access to networks is often achieved through the exploitation of “external-facing services such as Remote Desktop Protocol and Virtual Private Networks,” the FBI confirmed. Once inside, Play ransomware actors deploy popular command and control tools like Cobalt Strike and SystemBC, along with remote administration tools such as PsExec. After establishing a foothold, attackers scour the compromised systems for unsecured credentials. “Once established on a network, the ransomware actors search for unsecured credentials and use the Mimikatz credential dumper to gain domain administrator access,” the FBI stated.

Unfortunately, the Play ransomware saga isn’t the only urgent issue on the cybersecurity radar. In a separate advisory labeled I-060525-PSA, the FBI has also issued an alert concerning a disturbing new variant of cyberattacks targeting consumers. Dubbed BADBOX 2.0, this new threat involves compromised smart home devices, which are being used as part of a larger cybercriminal campaign.

The latest BADBOX 2.0 campaign demonstrates how threat actors are expanding their targets beyond corporate networks to individual consumers through internet-connected devices. Smart TVs, security cameras, routers, and other home IoT devices are being hijacked and exploited as entry points into larger systems or to build botnets. While the FBI has yet to release complete technical documentation for this new threat, it has urged all users—businesses and individuals alike—to immediately secure and update any smart devices in their environment.

Though it may seem like every day brings a fresh cyberattack warning, the escalation of both the Play ransomware and BADBOX 2.0 threats highlight the persistent and adaptive nature of today’s cybercriminal landscape. “Sometimes, way too oftentimes, in fact, it can feel like every day is a critical attack warning day when you work in the cybersecurity field,” one cybersecurity expert remarked. That sentiment reflects the increasing frequency and severity of digital attacks that demand constant vigilance.

The FBI and CISA have issued strong recommendations for both preventing and responding to these threats. Organizations are encouraged to:

1. Ensure all systems are fully patched, especially those known to be exploited by Play ransomware.
2. Disable unused services, particularly those exposed to the internet, such as RDP.
3. Use multifactor authentication across all access points.
4. Monitor systems for suspicious lateral movement activity.
5. Regularly back up critical data and store backups offline.
6. Train staff to recognize phishing and social engineering attempts.

The updated advisory, enhanced with critical technical insights and threat intelligence, aims to help organizations prepare and defend against some of the most sophisticated cybercriminal activities observed in recent years. Whether it’s a state-sponsored group targeting international infrastructure or a smart home device being hijacked in a residential neighborhood, the digital battleground continues to grow more complex.

In light of these developments, staying informed and taking preemptive action remains the best defense against becoming another cyberattack statistic. As both Play ransomware and BADBOX 2.0 demonstrate, the threats are real, growing, and increasingly difficult to contain without coordinated vigilance.

In a significant shift driven by technology, IBM made headlines in 2023 by laying off nearly 8,000 employees, primarily from its human resources department. This major reduction in workforce came as part of the company’s push to adopt artificial intelligence for routine HR functions. The goal was to streamline operations by replacing repetitive administrative tasks with a custom-built AI system called AskHR. This platform was designed to manage activities such as handling vacation requests, processing payroll, and organizing employee documents. The strategy, centered on IBM’s headquarters in Armonk, New York, aimed to boost efficiency and reduce operating costs.

AskHR delivered impressive results, successfully automating roughly 94 percent of the HR tasks it was assigned. As a consequence of this sweeping automation, IBM reported a massive $3.5 billion productivity boost across over 70 job categories. The decision to embrace AI not only saved time and resources but also reflected a growing trend in the tech industry. Several major companies, including Google and Spotify, have similarly adopted AI tools and automation systems to simplify internal processes and trim down support staff.

While such large-scale job reductions would typically shrink a company’s workforce, IBM’s experience defied expectations. Instead of seeing an overall decline in employment numbers, the company’s total staff count actually rose following the layoffs. IBM’s CEO Arvind Krishna, who has led the company since 2020, offered insight into this development during an interview with The Wall Street Journal. He said, “Our total employment has actually gone up, because what [AI] does is it gives you more investment to put into other areas.”

These “other areas” included departments where human skills remain essential—such as software development, marketing, and sales. Unlike roles centered on routine or rules-based tasks, these fields rely heavily on creative thinking, complex decision-making, and interpersonal communication. The investment freed up by automation allowed IBM to channel resources into hiring professionals for these high-value sectors.

Rather than viewing AI purely as a cost-cutting tool, IBM used it to enhance its business strategy by blending technological power with human insight. The company shifted its focus toward a hybrid model—automating the predictable while reinforcing areas that benefit from human innovation. New employees brought on after the HR downsizing were primarily specialists in programming, client engagement, and strategic marketing—roles that remain resistant to automation for the foreseeable future.

This transition at IBM offers a broader perspective on how technology is reshaping the world of work. Rather than simply erasing jobs, artificial intelligence is redefining the kind of roles that exist. Positions based on repetition and routine are increasingly being phased out, while those that require design, development, and personalized engagement are in greater demand. IBM’s experience serves as a powerful example of how AI not only transforms work functions but also influences the types of talent companies need.

The broader tech industry has seen similar dynamics. For instance, Duolingo, a language-learning platform that had heavily leaned on chatbot-based automation, eventually had to rehire staff when the technology failed to meet expectations. The shortcomings in AI implementation reminded companies that technology cannot fully substitute for human intuition, judgment, and creativity.

IBM’s AskHR platform offers a clear demonstration of both the strengths and limitations of AI. By 2024, the system had processed more than 11.5 million interactions. It also drastically improved internal satisfaction ratings, pushing its net promoter score (NPS) from a negative -35 to a very favorable +74 over just a few years. Despite the success, it’s worth noting that around 6 percent of user requests still required human intervention. This small but significant percentage revealed that AI cannot yet handle every scenario, especially those involving complex, sensitive, or unique circumstances.

The implementation of AskHR and IBM’s broader automation efforts underscore the delicate balance companies must maintain while adopting AI. The potential gains are substantial, but the transition must be managed with precision. CEO Arvind Krishna captured this nuance when he said the automation “allowed us to invest more in areas that need human creativity and interaction.” His comment highlights IBM’s dual focus: pursuing technological advancement while also nurturing the human element essential to innovation and customer engagement.

IBM’s evolving approach has had a profound impact on how work is distributed throughout its global network of more than 270,000 employees. Tasks once handled by dozens or even hundreds of HR personnel are now efficiently managed by algorithms. However, this has not led to a wholesale reduction in workforce. Instead, the company’s employment model has evolved to prioritize skills that complement automation rather than compete with it.

By reallocating talent and resources, IBM has transformed its internal structure without abandoning its human capital. This reshaping of the workforce reflects a strategic adaptation to technological disruption. It also sends a message to other companies navigating similar changes: automation, if applied thoughtfully, does not have to come at the expense of jobs. Rather, it can be a powerful force for creating new roles and expanding organizational capabilities.

In essence, IBM’s journey illustrates the broader evolution underway in today’s workplaces. As companies adopt AI to handle the mundane and the repetitive, they must also invest in cultivating skills that AI cannot easily replicate. These include emotional intelligence, complex problem-solving, and innovative thinking—all of which remain the domain of human workers.

IBM’s story provides a valuable case study in balancing innovation with workforce development. It demonstrates that automation and employment growth are not mutually exclusive. When managed correctly, one can fuel the other. By embracing AI to handle routine tasks, IBM not only streamlined its HR functions but also opened the door to new opportunities across its enterprise.

The company’s transformation highlights how technological disruption, while inevitable, need not be feared. With a thoughtful strategy, businesses can turn potential setbacks into progress—paving the way for a more dynamic and resilient workforce in the age of AI.

India has increasingly become a favored destination for sourcing global talent. Employers across the world are turning to Indian professionals for a multitude of reasons. If you’re considering hiring from India, it’s important to understand the unique factors that make Indian talent so appealing and how to streamline the hiring process.

This article explores why India is a top location for recruiting skilled professionals and what strategies can help employers during the recruitment journey.

Indian Talent and Remote Work: An Overview

The appeal of the Indian talent pool for global remote roles lies in several key elements such as affordability, specialized skills, and cultural adaptability.

Let’stake a look at some important statistics that showcase India’s potential as a talent hub:

India is home to the world’s second-largest English-speaking population, with over 220 million individuals proficient in the language.

The Indian IT sector is on track to have 11 million professionals by 2025, positioning it as the largest IT workforce worldwide.

The freelance and remote work industry in India is expanding at a rapid pace, expected to grow at a compound annual growth rate (CAGR) of 21.3%, and projected to hit $55 billion by 2027.

When it comes to skills, Indian professionals stand out in several domains, including software development, IT support, data analysis, content creation, and digital marketing. Known for their strong technical foundation and problem-solving capabilities, Indian workers also tend to be quick learners who adapt easily to new technologies and work setups.

Top 9 Reasons Employers Hire Indian Professionals

There are numerous compelling reasons employers choose to hire from India. These range from the country’s robust educational infrastructure to economic benefits and adaptability.

1. A Vast and Skilled Workforce

India boasts one of the largest and youngest labor forces in the world. This broad talent base spans a wide range of disciplines and includes specialized skills in areas like engineering, finance, IT, and healthcare.

2. Solid Educational Background

STEM education plays a major role in India’s academic landscape. Each year, a significant number of graduates emerge with degrees in science, technology, engineering, and mathematics. Additionally, “English is a primary language of instruction from school to higher education,” making communication with international clients smooth and efficient.

3. Cost Efficiency

Hiring Indian professionals often comes with a cost advantage. “Due to differences in the cost of living and economic factors, employers can often hire skilled Indian professionals at more competitive wages compared to local hires in Western countries.” Companies also save on overhead, since remote employment eliminates the need for office space and related costs.

4. Global Market Acumen

Many Indian employees are well-versed in working with international clients. They understand the dynamics of global markets and adapt quickly to different work cultures. India’s history as a major outsourcing hub has helped build this global awareness. “India’s long-standing role as a leading outsourcing destination means its workforce is familiar with the demands and expectations of foreign employers.”

5. High-Level IT and Technical Proficiency

India’s reputation as a tech powerhouse is well-earned. The country is globally recognized for its contributions to software development and IT innovation. “Indian professionals are increasingly recognized for their innovative and creative problem-solving abilities in technical fields.”

6. Work Hour Flexibility

Indian employees often accommodate employers in various time zones. This flexibility enables companies to maintain 24/7 business operations and customer service support.

7. Consistent Quality and Work Ethic

Employers frequently commend Indian workers for their dedication and high standards. “Indian professionals are known for their powerful work ethic, dedication, and commitment to quality.” They also invest in continuous learning, which keeps their skills updated and relevant.

8. Strengthening Digital Infrastructure

India is rapidly advancing in the area of digital connectivity, which supports efficient remote work. Investments in broadband, cloud technologies, and cybersecurity have significantly enhanced remote capabilities.

9. Cultural Compatibility

Thanks to exposure to global media and multicultural experiences, Indian professionals tend to fit well into international corporate environments. “Exposure to diverse cultures and global media makes many Indian professionals culturally compatible with international workplaces.”

Steps to Hiring Indian Employees Remotely

Hiring from India remotely requires a strategic approach. Employers need to manage not only the talent search but also legal and compliance-related aspects. Here’s how to go about it:

Define the Job Role Clearly

Start by writing a precise job description that outlines the responsibilities, required qualifications, and necessary time zone overlaps.

Use Various Sourcing Platforms

Platforms like LinkedIn are ideal for posting jobs and finding candidates. For freelance or short-term roles, employers can turn to sites like Freelancer, Upwork, or Toptal. Additionally, recruitment firms that specialize in remote hiring or have Indian operations can provide further assistance.

Understand Legal and Tax Frameworks

It’s crucial to be aware of Indian employment laws, especially when hiring contractors or freelancers. Employers must also consider tax regulations for both themselves and their Indian hires, covering areas such as payroll and withholding requirements.

Screening and Interviews

After resume screening, employers should conduct virtual interviews to evaluate communication abilities, professional experience, and cultural compatibility. For technical roles, skill-based assessments may be helpful.

Digital Onboarding and Training

A structured digital onboarding process will help new hires acclimate to the company’s tools, systems, and culture. Training sessions are equally essential for a seamless transition.

Regular Communication and Team Integration

Employers should use communication tools such as Zoom, Slack, or Microsoft Teams to maintain regular interaction. Including the new hire in virtual team meetings encourages better integration into the organization.

“To find and work with people from India, you need to know how to hire them remotely,” and using specialized platforms can greatly simplify this task.

Simplifying Hiring with Global Squirrels

Global Squirrels is a software-as-a-service (SaaS) solution designed to streamline remote hiring from India. The platform provides access to a vast pool of professionals across various sectors, allowing employers to choose candidates that best meet their organizational needs.

In addition to hiring, Global Squirrels supports payroll management—an essential part of remote employment. “Payroll is the second important measure for remote hiring; picking the right people is the first step to take.”

The system handles everything from tax and compensation calculations to benefits tracking and compliance with international labor laws, helping employers maintain legal and operational integrity.

Advantages of Using Global Squirrels for Hiring from India

Employers benefit in multiple ways when they opt for Global Squirrels:

• Access to a large and diverse talent pool
• No need to establish a local entity for hiring
• Elimination of high agency fees; only a license fee per hire is required
• Assistance with legal compliance
• Flexibility to hire both full-time employees and contractors

Meta is accelerating its efforts to create a future where smartphones are no longer the central hub of our digital interactions. Under the leadership of CEO Mark Zuckerberg, the company is making significant advancements in developing a new generation of smart glasses and augmented reality (AR) devices that could one day become the primary way people access the digital world.

Smart Glasses Offer New Levels of Versatility and Immersion

Meta’s newest innovations extend far beyond simply enhancing its Ray-Ban Stories line. Through two major initiatives, known as Supernova and Hypernova, the company is designing smart glasses tailored to meet the needs of different users and everyday scenarios.

The Supernova 2 model, scheduled for release this year, is aimed at individuals with active lifestyles, particularly cyclists and outdoor athletes. Drawing inspiration from Oakley’s Sphaera sports glasses, this upgraded version will include integrated speakers, a camera, and smart functionalities powered by artificial intelligence. The goal of these features is to deliver hands-free access to information and tools, minimizing the need to constantly pull out a smartphone.

Meta’s more sophisticated Hypernova glasses represent a significant technological leap forward. These glasses come equipped with a tiny display embedded in the right lens, enabling users to view messages, notifications, and photo previews. Although they do not yet offer full AR functionality, they bring users a step closer to a fully interactive visual experience.

With an expected price point of about $1,000, the Hypernova model is intended for consumers looking for a more advanced and powerful wearable technology option than what is currently available at the entry-level.

Laying the Foundation for a True Augmented Reality Era

While Supernova and Hypernova aim to enrich everyday experiences, Meta is simultaneously working on cutting-edge technology that could redefine how humans engage with digital content. Two highly ambitious projects, Orion and Artemis, form the backbone of this futuristic vision.

The Orion prototype, first revealed last year, marks Meta’s initial significant move into truly immersive augmented reality. Unlike today’s smart glasses that primarily display basic information, Orion will incorporate a wristband capable of detecting muscle signals and a separate processing unit to handle complex computing tasks.

This innovative combination enables sophisticated gesture controls and allows real-time interactions with virtual elements. Priced around $10,000, Orion is intended primarily for developers and early adopters, with an official release anticipated in 2026.

Following Orion, Meta is also in the process of developing a device called Artemis, targeted for a 2027 release. Artemis is expected to be lighter and more streamlined, while still utilizing advanced control systems such as the smart wristband. Designed with the average consumer in mind, Artemis aims to make augmented reality more accessible, practical, and comfortable for daily use.

Expanding Beyond Glasses to Create a Unified Wearable Ecosystem

Meta’s vision reaches beyond just glasses. The company is focused on creating a full ecosystem of intelligent wearable devices that integrate seamlessly, delivering a continuous digital experience across multiple platforms. One of these innovations includes a set of wireless earbuds featuring built-in cameras.

These earbuds will leverage artificial intelligence to assess and interpret the user’s environment in real time, providing a more immersive, context-aware experience that enhances everyday activities. In addition to the earbuds, Meta is also developing a smartwatch, although its progress has been somewhat inconsistent, facing several delays and restarts. Should it reach completion, the smartwatch would serve as a key piece in connecting all of Meta’s wearable devices into one cohesive and interactive system.

Despite Meta’s ambitious roadmap, the company faces a significant challenge: convincing users to move away from smartphones, devices that have become indispensable to modern life. Persuading people to embrace new and unfamiliar technologies will be no easy feat. Factors such as cost, convenience, and deeply ingrained user habits will heavily influence whether this major shift in personal technology truly takes place.

As Meta advances this bold vision, its success will ultimately depend on how willing users are to accept and integrate these new wearable technologies into their daily routines. The company is betting that a future dominated by glasses, earbuds, and wristbands can eventually replace the omnipresent smartphone. However, overcoming the natural resistance to change and proving the value of a new digital ecosystem will be the true measure of whether Meta’s plans succeed or fail.

Meta’s latest efforts go well beyond improving its Ray-Ban Stories,” showing the company’s intent to innovate far beyond minor updates. Regarding the upcoming Supernova 2 model, it was noted that it is “designed for active lifestyles, especially for cyclists and outdoor athletes.” Speaking about Hypernova’s potential impact, the article stated that the glasses will feature “a miniature display built into the right lens, allowing users to view messages, notifications, and photo previews.” This highlights the gradual move toward more immersive, integrated experiences.

On the more futuristic front, Orion is described as “Meta’s first serious step into fully immersive AR,” with its advanced control mechanisms allowing “sophisticated gesture control and real-time interaction with virtual elements.” Meanwhile, Artemis is being developed as “lighter and more integrated,” emphasizing a vision where everyday consumers can comfortably access advanced augmented reality features.

As for Meta’s broader ambitions,  the company is building an entire ecosystem of intelligent wearable devices that work together to create a seamless digital environment.The mention of wireless earbuds with built-in cameras and the ongoing efforts to create a compatible smartwatch illustrate how deeply Meta is committed to a connected future.

Nevertheless, the also rightly observes that while “Meta’s vision is ambitious, the real test will come from users.” User acceptance, the willingness to pay for expensive new devices, and the ability to adapt to a radically different way of interacting with technology will all be crucial in determining whether Meta’s wearable-driven future truly materializes.

Ultimately, Meta is moving at full speed to realize a vision of tomorrow where smart glasses and AR devices are at the center of our digital lives, but whether the world is ready for such a transformation remains the biggest question.

Blending History, Art, and AI in an Interactive Experience

The Fabric of Saint Peter and Minecraft Education have collaborated to create a videogame that allows students to explore the Vatican’s Basilica, its history, and its community. This interactive experience, titled “Peter is Here: AI for Cultural Heritage,” introduces players to the Vatican’s architectural and spiritual legacy while engaging them in restoration and craftsmanship challenges.

Cardinal Gambetti: A Fusion of Humanism and Technology

Cardinal Mauro Gambetti, Archpriest of the Vatican Basilica, unveiled the project at the Foreign Press Association of Rome. He described it as a synergy between artificial intelligence and cultural heritage, aiming to bring people closer to Saint Peter’s Basilica while offering a spiritual experience.

A Virtual Journey Through Saint Peter’s Tomb and Restoration Work

The game’s adventure begins at the Tomb of Saint Peter, guiding players through archaeological discoveries and virtual restoration efforts based on 20th-century research. Instead of isolating players in a solo experience, the game promotes collaboration and community engagement, mirroring the teamwork involved in real-life historical preservation.

Pope Francis’ Message on Beauty and Brotherhood

During the announcement, Cardinal Gambetti referenced a recent letter from Pope Francis to Corriere della Sera, where the Pope emphasized the importance of “disarming words” and “arming hearts with beauty and fraternity.” The game aligns with this vision, providing an opportunity for both young people and adults to explore Saint Peter’s Basilica in an interactive and meaningful way.

Educational Tools for Teachers, Students, and Parents

The game includes group tasks, guided debates, and a digital Portfolio tool for students to document their reflections. These features encourage collaborative learning, stimulating discussions on cultural heritage and the significance of restoration efforts.

A Free and Accessible Cultural Experience

Designed to enrich historical and spiritual understanding, the game is available for free on Minecraft Education and can be downloaded from the Microsoft Store. By merging tradition with technology, Saint Peter’s Basilica becomes a virtual meeting point, fostering appreciation for one of the world’s most iconic landmarks.

Zoho founder Sridhar Vembu recently raised concerns on X about an increasing trend among intelligent and well-educated Indian Americans, particularly those with parents in engineering or technology, shifting their career focus toward finance. This pattern reflects what has already transpired in the U.S. over the past few decades, where some of the brightest minds have gravitated toward Wall Street.

Vembu, an IIT Madras graduate who moved to the U.S. and later returned to India, shared a personal anecdote from 1994. After earning his PhD from Princeton, he was advised by a former Silicon Valley engineer—who had transitioned to finance—to join a quantitative trading team. However, he chose an engineering role at Qualcomm, even though it paid less, staying true to his personal values and his father’s early guidance.

In 1996, he founded a software development company named AdventNet, which was later rebranded as Zoho Corporation in 2009. Earlier this year, Vembu stepped down as CEO and assumed the role of chief scientist at Zoho.

Concerns Over an Increasing Shift to Finance

Vembu sees this growing preference for finance over engineering as a troubling trend. He argues that instead of addressing critical challenges in fields such as engineering, infrastructure, and healthcare, many talented individuals are now pursuing financial careers that focus on “making money from money.”

While finance plays a vital role in the economy, an excessive emphasis on it can lead to long-term societal decline. Vembu warns that economies driven primarily by financial markets tend to weaken over time, a lesson that history has repeatedly reinforced.

Public Reaction to Vembu’s Views

His statement struck a chord with many social media users, sparking widespread discussions. Many people echoed his concerns, noting that engineering and other technical fields often lack the lucrative incentives that finance offers, making them less appealing career choices despite their crucial contributions to society.

One user stressed the need for improved compensation structures and a more supportive ecosystem to encourage individuals to tackle complex engineering problems. The user wrote, “Completely agree with the sentiment. Unfortunately, solving hard engineering problems doesn’tpay high money. Something we’ll have to look at the incentives and compensation structures and the ecosystem. Ppl shouldn’t find it an aversion as they have to go through hoops to get the resources to work in hard engg problems. Some abundance mindset needed by capital allocators.”

Concerns About a Declining Engineering Focus

Several users cautioned that when a nation’s brightest minds favor finance over engineering, it signals an impending decline. They pointed out that many developed countries have seen a similar pattern, where talented individuals move away from innovation-driven industries toward financial speculation.

Some suggested that governments, especially in developing nations, should intervene to prevent this shift. They argued that economies still in their growth phase require robust engineering and technological advancements to secure long-term stability, rather than an overreliance on financial speculation.

A user remarked that the trend could have negative consequences for developing nations, as they need strong engineering talent to build infrastructure and drive technological progress. Without such focus, these countries risk stagnation.

The Impact of Financial Market Volatility

Another aspect of the discussion touched upon the unpredictability of financial markets. One user reflected on their personal experience, stating that recent downturns in Indian markets reignited their desire to build something tangible—such as a manufacturing business—instead of relying solely on stock market fluctuations.

This perspective highlights the growing concern that careers in finance may not always offer long-term stability. Some users expressed frustration over the disproportionate financial rewards in speculative markets compared to careers in innovation-driven industries.

The Historical Pattern of Talent Moving Toward Finance

The pattern Vembu described is not new. In the U.S., a similar shift occurred over the past few decades, where many top graduates from elite universities gravitated toward Wall Street, lured by high salaries and financial incentives.

This phenomenon led to a decline in the number of highly skilled professionals pursuing careers in scientific research, engineering, and manufacturing. Critics argue that this shift contributed to reduced innovation in sectors that are critical for long-term economic growth.

Now, a comparable trend appears to be taking hold among Indian Americans, raising concerns that the brightest minds may increasingly focus on finance rather than technology and engineering.

Financial Incentives and Career Choices

Many netizens believe that financial rewards play a decisive role in career decisions. Finance offers significantly higher salaries and quicker financial gains compared to engineering, making it an attractive choice for young professionals.

A user emphasized the financial disparity between the two fields, pointing out that despite the intellectual rigor of engineering, it does not offer the same monetary incentives as finance. This imbalance discourages talented individuals from pursuing careers that require solving complex real-world problems.

Another user suggested that for the trend to reverse, capital allocators and policymakers must create a more attractive environment for engineering and technological careers. They argued that an “abundance mindset” is necessary to ensure that engineers have the resources they need to innovate and contribute meaningfully to society.

Government Intervention and Policy Changes

Some users proposed that governments should take proactive measures to address the issue. One suggestion was to implement policies that provide better financial incentives for engineers, such as higher salaries, research grants, and tax benefits for innovation-driven industries.

Another proposal involved creating stricter regulations on speculative financial activities while simultaneously promoting careers in science, technology, engineering, and mathematics (STEM). By shifting incentives, policymakers could help ensure that more individuals choose careers that contribute to long-term economic and technological development.

Balancing Finance and Engineering

While Vembu acknowledges the importance of finance, he warns that an economy overly dependent on it is unsustainable. Many users agreed, arguing that finance should function as a tool to support technological and industrial growth, rather than being the primary driver of an economy.

One user noted that financial markets should be a means to fund innovation rather than an end in themselves. They pointed out that when speculation overtakes productive industries, economies become fragile and prone to crises.

The Role of Cultural and Educational Influences

Another aspect of the discussion touched on how cultural and educational influences shape career choices. Many Indian American students grow up in households where financial stability is highly valued. Given the high earnings potential in finance, parents may encourage their children to pursue careers in the field.

A user commented that many young professionals view finance as a “safe” and lucrative career choice compared to engineering, which requires years of technical expertise with often lower financial rewards. They argued that shifting this perception requires systemic changes in both education and industry.

Vembu’s Call for a Shift in Mindset

Vembu’s perspective ultimately calls for a broader reassessment of career priorities. He urges talented individuals to focus on solving real-world problems through engineering, technology, and infrastructure development rather than being drawn solely by financial incentives.

His views align with a growing sentiment that economies must balance financial activities with innovation-driven industries to ensure sustainable growth. Without a strong foundation in engineering and technological advancements, nations risk long-term stagnation.

Conclusion

Sridhar Vembu’s concerns about the increasing shift of Indian American talent toward finance instead of engineering have sparked a significant debate. While finance is essential to the economy, an overemphasis on it at the expense of technological and engineering innovation poses long-term risks.

Netizens largely supported Vembu’s perspective, pointing out the need for better financial incentives and structural changes to encourage careers in engineering and scientific research. Some advocated for government intervention to prevent excessive brain drain into finance, while others stressed the importance of shifting societal and educational mindsets.

As financial markets remain volatile and engineering-driven industries continue to shape the future, the debate over career priorities is unlikely to subside anytime soon. Vembu’s call for a renewed focus on engineering and problem-solving serves as a crucial reminder of the role innovation plays in long-term economic prosperity.

The increasing wave of tech layoffs, the rise of AI automation, and growing political resistance against the H-1B visa program have led to mounting speculation about its uncertain future. A recent viral post on Blind, an anonymous workplace forum, suggests that major tech companies may already be preparing for potential restrictions on the program—by shifting jobs offshore.

An H-1B worker on the platform shared a theory that aligns with ongoing trends in the tech industry: layoffs in the U.S. are not solely driven by AI-driven efficiencies but may also be part of a broader strategy to move jobs to India before the H-1B program faces significant limitations or even a potential end.

The Blind post highlighted the aggressive expansion efforts made by major tech giants such as Amazon, Google, Microsoft, and Meta in India in recent months. According to the user, some teams at Amazon have already been “repatriated” to India as part of a broader initiative to transfer work overseas.

This observation aligns with a series of major investments by U.S. tech firms in India. Over the past year, Google has pledged $10 billion for digital expansion in the country, while Microsoft has launched multiple data centers and expanded AI research in the region. Meta, meanwhile, has significantly increased hiring in India, particularly for core engineering roles.

The Blind user suggested that these developments indicate tech CEOs are strategically balancing cost-cutting layoffs in the U.S. with workforce expansion in India, all while insulating themselves from potential political backlash.

The post sparked a debate on the forum, with some agreeing with the user’s viewpoint. “If H1B goes away, very few of those jobs will go to US workers. They will be outsourced. The only ‘safe’ ones are customer-facing tech roles. I know the hateful ones on Blind don’t want to hear that but it’s the truth,” one user responded.

However, not everyone shared the same opinion. Another user countered, “Offshore teams never worked and won’t ever work, they’re only useful for ancillary functions. MAGA base doesn’t care about H1Bs as much as illegal immigrants from the southern border. Besides, most H1Bs stay in coastal cities dominated by immigrant-loving liberals.”

If you believe an 8-character password is enough to keep your accounts secure, think again. In today’s AI-driven world, that assumption might be outdated. Advanced artificial intelligence tools are now giving cybercriminals unprecedented abilities to breach security measures and steal credentials.

Recent research has shown that AI can predict passwords with alarming accuracy just by analyzing keystroke sounds. In some cases, when typing was monitored over Zoom, AI systems correctly guessed passwords over 90% of the time. Additionally, AI-powered password-cracking tools can execute millions of guesses in an instant, rendering weak passwords useless in minutes. Given this, it is no surprise that weak or compromised passwords account for roughly 80% of security breaches.

The traditional password system is no longer sufficient. As cyber threats evolve, so must our approach to security.

AI Has Revolutionized Password Cracking

The days when hackers manually attempted “password123” or used basic brute-force techniques are long gone. AI-driven tools now make the process faster and more sophisticated. Security Hero reports that AI-based software such as PassGAN can successfully crack 51% of common passwords in under a minute.

Additionally, AI has improved credential stuffing attacks, where previously breached passwords are tested across multiple websites to gain unauthorized access. The speed and efficiency of machine learning models mean that short, simple passwords—especially those that contain common words or phrases—can now be cracked almost instantly. If your password is weak or reused across multiple accounts, AI will likely be able to break it.

Why Traditional Passwords Are No Longer Enough

Relying solely on passwords has become a major security flaw. People often create passwords based on personal information, such as pet names, birthdays, or variations of common phrases. Attackers are aware of these patterns, and AI has made it easier than ever to exploit them.

Even additional security measures like security questions and SMS-based one-time passwords have proven vulnerable to attacks. Moreover, if major password managers have been compromised in the past, it raises an important question: why continue depending on passwords alone?

Recognizing this vulnerability, technology companies are developing “passwordless” authentication methods that eliminate the need for users to remember complex strings of characters. The reality is that simple passwords and repeated logins are no match for hackers equipped with AI and access to billions of leaked credentials. To stay protected, it is crucial to adopt stronger security measures.

The Rise of Passkeys, Biometrics, and More Secure Authentication Methods

Thankfully, several more secure and user-friendly authentication options are emerging. One major advancement is the use of passkeys—a technology promoted by the FIDO Alliance and supported by tech giants like Apple, Google, and Microsoft.

Passkeys replace traditional passwords with cryptographic key pairs linked to a user’s device, often requiring biometric authentication such as a fingerprint or facial recognition to unlock. Unlike passwords, these keys cannot be stolen or guessed, making them highly resistant to phishing attacks and AI-powered password cracking.

In addition to passkeys, biometric authentication methods—including facial recognition, voice identification, and fingerprint scanning—are gaining popularity. Hardware security tokens, which require physical possession, provide another layer of protection. Even when biometric authentication is used, it is often combined with cryptographic measures to ensure security. For example, a deepfake voice alone will not be enough to bypass modern biometric safeguards.

Leading tech companies are already implementing these security features. Windows Hello, Apple’s iCloud Keychain passkeys, and Google’s passwordless sign-ins are a few examples. Enabling these options can help prevent AI-driven cybercriminals from compromising accounts.

Six Steps to Strengthen Your Digital Security

You do not need to be a cybersecurity expert to safeguard yourself against AI-powered threats. By following a few essential practices, you can significantly enhance your online security:

1. Use a password manager – Instead of creating passwords yourself, rely on a password manager to generate long, random, and unique passwords for each account. This makes brute-force attacks nearly impossible. Even sophisticated AI struggles to crack a randomly generated 16-character password, especially if it is unique to each site.
2. Enable multi-factor authentication (MFA) – MFA adds a critical layer of security. Even if an attacker manages to obtain your password, they will still need access to a second factor—such as your phone or fingerprint—to gain entry. Authentication apps like Google Authenticator are safer than SMS-based verification, which can be intercepted.
3. Adopt passkeys and biometric authentication – If available, switch to passkeys or biometric logins for better security.
4. Be cautious with personal information – Avoid sharing details such as birthdates, pet names, and schools on social media. AI-powered tools can scrape this data to guess security questions or passwords. Additionally, be mindful of where you store biometric data—uploading face or fingerprint scans to untrustworthy apps can put your identity at risk.
5. Stay vigilant against phishing attacks – Even the best security measures can be compromised if you fall for phishing scams. AI-generated phishing attacks are becoming increasingly sophisticated. Always verify suspicious requests, avoid clicking on unfamiliar links, and routinely monitor account activity.
6. Keep your devices and software updated – Installing the latest updates ensures you benefit from security patches and AI-driven protection features in your operating system and security apps.

As artificial intelligence continues to advance, cybercriminals are finding new ways to exploit outdated security practices. The era of simple passwords is coming to an end, and relying on traditional login methods is no longer safe. By embracing new authentication technologies such as passkeys, biometrics, and multi-factor authentication, users can protect their digital lives from the growing threat of AI-powered cyberattacks.

Artificial intelligence is transforming industries and workforces across the globe, but it could also lay the foundation for an entirely new economic system.

Although the concept of AI has existed since the mid-1900s, the technology surged into mainstream discussions following the introduction of OpenAI’s generative AI chatbot, ChatGPT, in November 2022.

“But [generative AI] isn’t just another invention,” said Aneesh Raman, chief economic opportunity officer at LinkedIn. “It’s a turning point, forcing us to rethink not just what work is, but what it means to be human at work.”

The Decline of the Knowledge Economy

Raman compared AI’s impact to that of the Industrial Revolution, stating that it is ushering in a new era.

“For centuries, work was about our physical abilities on farms, and then again in the factories,” he explained. “It’s only been the past couple decades that work has been about our intellectual abilities.”

Now, a fresh economic shift is taking place—what Raman calls the “innovation economy.”

With automation handling more physical tasks and AI taking over many intellectual functions, human workers will increasingly be defined by their social capabilities, Raman said.

“The knowledge economy is on the way out, and a new economy is on the way for us humans at work,” he stated. “I’m calling it the innovation economy.”

In this emerging economic landscape, “human innovation and our uniquely human skills, like social and emotional intelligence” will be essential, he added.

According to Raman, the critical skills in this new economy include creativity, curiosity, courage, compassion, and communication—qualities he refers to as “the 5 C’s.” These abilities are fundamental to fostering innovation, enabling people to generate fresh ideas, challenge conventional norms, collaborate effectively, and build together.

AI as a Tool for Innovation

Beyond reshaping the nature of work, AI is poised to democratize innovation on an unprecedented scale, said Raman.

“The systems of work have traditionally privileged pedigree over potential—very few humans across history have had the right credentials and the right connections to get access to the capital they needed to turn ideas into inventions,” he noted.

A study conducted by economist Raj Chetty and other researchers introduced the term “lost Einsteins” to describe promising innovators whose socioeconomic backgrounds limit their opportunities.

The study analyzed tax and school district records of over one million U.S. patent holders and discovered that children with parents in the top 1% of the income distribution were ten times more likely to become inventors than those whose parents had incomes below the median.

“Where [AI] is set to have the biggest impact is in helping people sitting on great ideas and great inventions finally bring those ideas to life,” Raman said.

AI not only has the potential to automate routine tasks but can also serve as “your sounding board, your co-founder, your coder” and more, he added.

He illustrated the potential of AI with examples: “Think about what happens when an entrepreneur in Brazil can prototype a climate technology solution without needing a full engineering team. Or when a teacher in rural India can build and deploy an educational platform without needing to write code.”

AI’s Impact on the Job Market

Beyond fostering innovation, AI is also reshaping the employment landscape.

“Jobs are changing so fast that pedigree signals we’ve long relied on, like where you went to school or what big-name company you’ve worked for in the past, are no longer useful predictors of future success,” Raman said.

Instead, skills have taken on greater importance in the evolving job market.

Traditionally, technical knowledge and expertise have been labeled as “hard skills,” while social and emotional intelligence has been categorized as “soft skills.” However, as AI increasingly replicates many intellectual tasks, human abilities such as emotional intelligence are becoming the new “hard skills,” Raman asserted.

Thus, those who embrace adaptability will thrive in this new job market. “The winners of this new era of work will be those who lean in and learn to adapt—or put a different way, ‘disrupt yourself or be disrupted,’” he stated.

LinkedIn data collected from 1,991 executives across nine countries indicates that nearly 90% of C-suite executives consider AI adoption a top priority for 2025. In the Asia-Pacific region, this figure rises to 94%.

Given AI’s growing influence, it is crucial for workers to familiarize themselves with AI tools while honing the uniquely human skills that artificial intelligence cannot replace, Raman emphasized.