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HR Department
Ai Data AI technology AI tools Cyber Security Data Services Data Technology GenAI HR Department

How GenAI Is Revolutionizing HR Analytics for CHROs and Business Leaders

 

Generative AI (GenAI) is redefining how HR leaders interact with data, removing the steep learning curve traditionally associated with people analytics tools. When faced with a spike in hourly employee turnover, Sameer Raut, Vice President of HRIS at Sunstate Equipment, didn’t need to build a custom report or consult data scientists. Instead, he typed a plain-language query into a GenAI-powered chatbot: 

“What are the top reasons for hourly employee terminations in the past 12 months?” Within seconds, he had his answer. This shift in how HR professionals access data marks a significant evolution in workforce analytics. Tools powered by large language models (LLMs) are now integrated into leading analytics platforms such as Visier, Microsoft Power BI, Tableau, Qlik, and Sisense. These platforms are leveraging GenAI to interpret natural language questions and deliver real-time, actionable insights without requiring technical expertise. 

One of the major advantages of GenAI is its ability to unify fragmented HR data sources. It streamlines data cleansing, ensures consistency, and improves the accuracy of workforce metrics like headcount growth, recruitment gaps, and attrition trends. As Raut notes, tools like Visier’s GenAI assistant “Vee” allow him to make quick decisions during meetings, helping HR become more responsive and strategic. This evolution is particularly valuable in a landscape where 39% of HR leaders cite limited analytics expertise as their biggest challenge, according to a 2023 Aptitude Research study. 

GenAI removes this barrier by enabling intuitive data exploration across familiar platforms like Slack and Microsoft Teams. Frontline managers who may never open a BI dashboard can now access performance metrics and workforce trends instantly. Experts believe this transformation is just beginning. While some analytics platforms are still improving their natural language processing capabilities, others are leading with more advanced and user-friendly GenAI chatbots. 

These tools can even create automated visualizations and summaries tailored to executive audiences, enabling CHROs to tell compelling data stories during high-level meetings. However, this transformation doesn’t come without risk. Data privacy remains a top concern, especially as GenAI tools engage with sensitive workforce data. HR leaders must ensure that platforms offer strict entitlement management and avoid training AI models on private customer data. Providers like Visier mitigate these risks by training their models solely on anonymized queries rather than real-world employee information. 

As GenAI continues to evolve, it’s clear that its role in HR will only expand. From democratizing access to HR data to enhancing real-time decision-making and storytelling, this technology is becoming indispensable for organizations looking to stay agile and informed.
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Technology
AI Alibaba China Cloud DeepSeek GenAI Technology

Alibaba Launches Latest Open-source AI Model from Qwen Series for ‘Cost-effective AI agents’

Alibaba Launches Lates Open-source AI Model from Qwen Series for ‘Cost-effective AI agents’

Last week, Alibaba Cloud launched its latest AI model in its “Qwen series,” as large language model (LLM) competition in China continues to intensify after the launch of famous “DeepSeek” AI.

The latest "Qwen2.5-Omni-7B" is a multimodal model- it can process inputs like audio/video, text, and images- while also creating real-time text and natural speech responses, Alibaba’s cloud website reports. It also said that the model can be used on edge devices such as smartphones, providing higher efficiency without giving up on performance. 

According to Alibaba, the “unique combination makes it the perfect foundation for developing agile, cost-effective AI agents that deliver tangible value, especially intelligent voice applications.” For instance, the AI can be used to assist visually impaired individuals to navigate their environment via real-time audio description. 

The latest model is open-sourced on forums GitHub and Hugging Face, after a rising trend in China post DeepSeek breakthrough R1 model open-source. Open-source means a software in which the source code is created freely on web for potential modification and redistribution. 

In recent years, Alibaba claims it has open-sourced more that 200 generative AI models. In the noise of China’s AI dominance intensified by DeepSeek due to its shoe string budget and capabilities, Alibaba and genAI competitors are also releasing new, cost-cutting models and services an exceptional case.

Last week, Chinese tech mammoth Baidu launched a new multimodal foundational model and its first reasoning-based model. Likewise, Alibaba introduced its updated Qwen 2.5 AI model in January and also launched a new variant of its AI assistant tool Quark this month. 

Alibaba has also made strong commitments to its AI plan, recently, it announced a plan to put $53 billion in its cloud computing and AI infrastructure over the next three years, even surpassing its spending in the space over the past decade. 

CNBC talked with Kai Wang, Asia Senior equity analyst at Morningstar, Mr Kai told CNBC that “large Chinese tech players such as Alibaba, which build data centers to meet the computing needs of AI in addition to building their own LLMs, are well positioned to benefit from China's post-DeepSeek AI boom.” According to CNBC, “Alibaba secured a major win for its AI business last month when it confirmed that the company was partnering with Apple to roll out AI integration for iPhones sold in China.”

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GenAI
Compliance Cyber Security cysecurity GenAI

Cyfox Launches OmniSec vCISO: Harnessing GenAI for Comprehensive Compliance and Cybersecurity Management


Cysecurity News recently interviewed CYFOX (https://www.cyfox.com/) to gain an in-depth understanding of their new platform, OmniSec vCISO (https://www.cyfox.com/omnisec). The platform, designed to simplify compliance and bolster security operations, leverages advanced generative AI (genAI) and aims to transform what was traditionally the manual processes of compliance into a seamless, automated workflow.

GenAI-Powered Automated Compliance Analysis

One of the platform’s most innovative features is its use of genAI to convert complex regulatory texts into actionable technical requirements. OmniSec vCISO digests global frameworks such as ISO and GDPR, as well as regional mandates, and distills them into clear, prioritized compliance checklists.

Bridging the Data Gap with Dual Integration

For years, security teams have contended with disparate data sources and laborious manual assessments. OmniSec vCISO addresses these challenges through a dual-integration approach: lightweight, agent-based data collection across endpoints and API-driven connections with existing EDR/XDR systems. This method delivers a unified view of network activities, vulnerabilities, and overall security posture, enabling organizations to rapidly identify and address risks while streamlining day-to-day operations.

The system is designed to work with multiple compliance standards simultaneously, allowing organizations to manage overlapping or similar requirements across different regulatory frameworks. Notably, once an issue is resolved in one compliance area, OmniSec vCISO aims to automatically mark corresponding items as fixed in other frameworks with similar criteria. Additionally, the platform offers the flexibility to add new compliance measures—whether they are externally mandated or internal standards—by letting users upload or define requirements in a straightforward manner. This approach keeps organizations current with evolving legal landscapes and internal policies, significantly reducing the time and effort typically required for gap analysis and remediation planning.

Intuitive Interface and Real-Time Reporting

OmniSec vCISO is built with the end user in mind. Its intuitive Q&A dashboard allows security leaders to ask direct questions about their organization’s cybersecurity status—whether querying open vulnerabilities or reviewing asset inventories—and receive immediate, data-backed responses. 

Detailed visual reports and compliance scores facilitate internal risk assessments and help convey security statuses clearly to executive teams and stakeholders. Furthermore, the platform incorporates automated, scheduled reporting features that aim to ensure critical updates are delivered promptly, supporting proactive security management.

Future-Forward Capabilities and Broader Integration

During the interview, CYFOX representatives outlined ambitious future enhancements for OmniSec vCISO. Upcoming integrations include support for pulling employee data from systems such as Active Directory and Google Workspace. These enhancements are intended to enable the incorporation of user behavior analytics and risk scoring, thereby extending the platform’s functionality beyond asset management. By evolving into a single hub for all tasks a CISO faces—from compliance remediation to cybersecurity training and awareness—the platform seeks to simplify and centralize the complex landscape of modern cybersecurity operations.

Data Security and Operational Simplicity

OmniSec vCISO is engineered with robust data security at its core. All information is transmitted and stored on CYFOX-managed servers using stringent encryption protocols, ensuring that sensitive data remains secure and under the organization’s control. The platform’s automated, genAI-driven approach aims to reduce manual intervention, allowing organizations to achieve and maintain compliance with minimal operational overhead.

A Measured Step Forward

OmniSec vCISO represents a practical response to the evolving challenges in cybersecurity management. By automating compliance gap analysis, offering the flexibility to add both new and internal compliance frameworks, and managing multiple standards concurrently—with automatic cross-compliance updates when issues are resolved—the platform delivers a balanced solution to the everyday needs of CISOs and compliance officers. The insights shared during the Cysecurity News interview highlight how CYFOX is addressing real-world challenges in modern cybersecurity.

 By Cysecurity Staff – March 10, 2025

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technology modification
AI Systems AI technology CISO data security GenAI Technology technology modification

Navigating AI and GenAI: Balancing Opportunities, Risks, and Organizational Readiness

 

The rapid integration of AI and GenAI technologies within organizations has created a complex landscape, filled with both promising opportunities and significant challenges. While the potential benefits of these technologies are evident, many companies find themselves struggling with AI literacy, cautious adoption practices, and the risks associated with immature implementation. This has led to notable disruptions, particularly in the realm of security, where data threats, deepfakes, and AI misuse are becoming increasingly prevalent. 

A recent survey revealed that 16% of organizations have experienced disruptions directly linked to insufficient AI maturity. Despite recognizing the potential of AI, system administrators face significant gaps in education and organizational readiness, leading to mixed results. While AI adoption has progressed, the knowledge needed to leverage it effectively remains inadequate. This knowledge gap has decreased only slightly, with 60% of system administrators admitting to a lack of understanding of AI’s practical applications. Security risks associated with GenAI are particularly urgent, especially those related to data. 

With the increased use of AI, enterprises have reported a surge in proprietary source code being shared within GenAI applications, accounting for 46% of all documented data policy violations. This raises serious concerns about the protection of sensitive information in a rapidly evolving digital landscape. In a troubling trend, concerns about job security have led some cybersecurity teams to hide security incidents. The most alarming AI threats include GenAI model prompt hacking, data poisoning, and ransomware as a service. Additionally, 41% of respondents believe GenAI holds the most promise for addressing cyber alert fatigue, highlighting the potential for AI to both enhance and challenge security practices. 

The rapid growth of AI has also put immense pressure on CISOs, who must adapt to new security risks. A significant portion of security leaders express a lack of confidence in their workforce’s ability to identify AI-driven cyberattacks. The overwhelming majority of CISOs have admitted that the rise of AI has made them reconsider their future in the role, underscoring the need for updated policies and regulations to secure organizational systems effectively. Meanwhile, employees have increasingly breached company rules regarding GenAI use, further complicating the security landscape. 

Despite the cautious optimism surrounding AI, there is a growing concern that AI might ultimately benefit malicious actors more than the organizations trying to defend against them. As AI tools continue to evolve, organizations must navigate the fine line between innovation and security, ensuring that the integration of AI and GenAI technologies does not expose them to greater risks.
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Technology
AI Autonomous Vehicle Testing GenAI Predictive Maintenance Technology

Generative AI Set To Transform Automotive Industry

Generative AI Set To Transform Automotive Industry

For the car sector, generative AI (GenAI) has the potential to transform how automobiles run and are maintained. GenAI's ability to learn from massive volumes of data, make intelligent decisions, and improve processes makes it extremely useful in this industry.

Autonomous Vehicle Testing

One of the most significant applications of GenAI in the automotive sector is in the realm of autonomous vehicle testing. Traditional testing methods, which rely heavily on physical prototypes and real-world trials, are both time-consuming and costly. GenAI, however, offers a groundbreaking alternative. By creating detailed simulations that replicate real-world conditions, GenAI enables comprehensive testing of autonomous systems in a virtual environment. These simulations can mimic a wide range of scenarios, from adverse weather conditions to complex urban traffic patterns, ensuring that autonomous vehicles are rigorously tested before hitting the roads.

This approach not only accelerates the development cycle but also significantly reduces costs. Manufacturers can identify and address potential issues early in the design phase, minimizing the risk of costly recalls and enhancing the overall safety of autonomous vehicles.

Predictive Maintenance

Another area where GenAI is making a substantial impact is predictive maintenance. Modern vehicles are equipped with a plethora of sensors that continuously monitor various components and systems. GenAI can analyze this in-vehicle data to accurately forecast potential component failures. By identifying signs of wear and tear or impending malfunctions, GenAI enables proactive maintenance, preventing unexpected breakdowns and reducing downtime.

This predictive capability is precious for fleet operators, who can optimize their maintenance schedules and ensure their vehicles remain in peak condition. For individual car owners, it translates to fewer trips to the mechanic and a more reliable driving experience.

Enhancing User Experience

GenAI is also set to revolutionize the user experience in next-gen automotive. Advanced AI algorithms can personalize various aspects of the driving experience, from adjusting seat positions and climate control settings to recommending optimal driving routes based on real-time traffic data. By learning from user preferences and behaviors, GenAI can create a highly customized and intuitive driving environment.

Moreover, GenAI-powered virtual assistants can provide real-time assistance and support, enhancing convenience and safety. For instance, these assistants can help drivers navigate unfamiliar routes, find nearby amenities, or even diagnose minor vehicle issues on the go.

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Supreme Court
Advertising AI generated Deepfake AI threats Cyber Security GenAI McAfee Social Media Supreme Court

Supreme Court Directive Mandates Self-Declaration Certificates for Advertisements

 

In a landmark ruling, the Supreme Court of India recently directed every advertiser and advertising agency to submit a self-declaration certificate confirming that their advertisements do not make misleading claims and comply with all relevant regulatory guidelines before broadcasting or publishing. This directive stems from the case of Indian Medical Association vs Union of India. 

To enforce this directive, the Ministry of Information and Broadcasting has issued comprehensive guidelines outlining the procedure for obtaining these certificates, which became mandatory from June 18, 2024, onwards. This move is expected to significantly impact advertisers, especially those using deepfakes generated by Generative AI (GenAI) on social media platforms like Instagram, Facebook, and YouTube. The use of deepfakes in advertisements has been a growing concern. 

In a previous op-ed titled “Urgently needed: A law to protect consumers from deepfake ads,” the rising menace of deepfake ads making misleading or fraudulent claims was highlighted, emphasizing the adverse effects on consumer rights and public figures. A survey conducted by McAfee revealed that 75% of Indians encountered deepfake content, with 38% falling victim to deepfake scams, and 18% directly affected by such fraudulent schemes. Alarmingly, 57% of those targeted mistook celebrity deepfakes for genuine content. The new guidelines aim to address these issues by requiring advertisers to provide bona fide details and final versions of advertisements to support their declarations. This measure is expected to aid in identifying and locating advertisers, thus facilitating tracking once complaints are filed. 

Additionally, it empowers courts to impose substantial fines on offenders. Despite the potential benefits, industry bodies such as the Indian Internet and Mobile Association of India (IAMAI), Indian Newspaper Association (INS), and the Indian Society of Advertisers (ISA) have expressed concerns over the additional compliance burden, particularly for smaller advertisers. These bodies argue that while self-certification has merit, the process needs to be streamlined to avoid hampering legitimate advertising activities. The challenge of regulating AI-enabled deepfake ads is further complicated by the sheer volume of digital advertisements, making it difficult for regulators to review each one. 

Therefore, it is suggested that online platforms be obligated to filter out deepfake ads, leveraging their technology and resources for efficient detection. The Ministry of Electronics and Information Technology highlighted the negligence of social media intermediaries in fulfilling their due diligence obligations under the IT Rules in a March 2024 advisory. 

Although non-binding, the advisory stipulates that intermediaries must not allow unlawful content on their platforms. The Supreme Court is set to hear the matter again on July 9, 2024, when industry bodies are expected to present their views on the new guidelines. This intervention could address the shortcomings of current regulatory approaches and set a precedent for robust measures against deceptive advertising practices. 

As the country grapples with the growing threat of dark patterns in online ads, the apex court’s involvement is crucial in ensuring consumer protection and the integrity of advertising practices in India.
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Technology Threats
AI concerns Cybersecurity GenAI LLMs Technology Technology Threats

The Growing Cybersecurity Concerns of Generative Artificial Intelligence

In the rapidly evolving world of technology, generative artificial intelligence (GenAI) programs are emerging as both powerful tools and significant security risks. Cybersecurity researchers have long warned about the vulnerabilities inherent in these systems. From cleverly crafted prompts that can bypass safety measures to potential data leaks exposing sensitive information, the threats posed by GenAI are numerous and increasingly concerning. Elia Zaitsev, Chief Technology Officer of cybersecurity firm CrowdStrike, recently highlighted these issues in an interview with ZDNET. 

"This is a new attack vector that opens up a new attack surface," Zaitsev stated. He emphasized the hurried adoption of GenAI technologies, often at the expense of established security protocols. "I see with generative AI a lot of people just rushing to use this technology, and they're bypassing the normal controls and methods of secure computing," he explained. 

Zaitsev draws a parallel between GenAI and fundamental computing innovations. "In many ways, you can think of generative AI technology as a new operating system or a new programming language," he noted. The lack of widespread expertise in handling the pros and cons of GenAI compounds the problem, making it challenging to use and secure these systems effectively. The risk extends beyond poorly designed applications. 

According to Zaitsev, the centralization of valuable information within large language models (LLMs) presents a significant vulnerability. "The same problem of centralizing a bunch of valuable information exists with all LLM technology," he said. 

To mitigate these risks, Zaitsev advises against allowing LLMs unfettered access to data stores. Instead, he recommends a more controlled approach. "In a sense, you must tame RAG before it makes the problem worse," he suggested. This involves leveraging the LLM's capability to interpret open-ended questions and using traditional programming methods to fulfill queries securely. "For example, Charlotte AI often lets users ask generic questions," Zaitsev explained. 

"What Charlotte does is identify the relevant part of the platform and the specific data set that holds the source of truth, then pulls from that via an API call, rather than allowing the LLM to query the database directly." 

As enterprises increasingly integrate GenAI into their operations, understanding and addressing its security implications is crucial. By implementing stringent control measures and fostering a deeper understanding of this technology, organizations can harness its potential while safeguarding their valuable data.
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Technology
AI AI in Cybersecurrity Cybersecurity Jobs GenAI ML Technology

The Future of Cybersecurity Jobs in an AI-Driven World

 

The Future of Cybersecurity Jobs in an AI-Driven World Artificial Intelligence (AI) is revolutionizing the cybersecurity landscape, enhancing both the capabilities of cyber attackers and defenders. But a pressing question remains: Will AI replace cybersecurity jobs in the future? AI is sparking debates in the cybersecurity community. Is it safe? Does it benefit the good guys or the bad guys more? And crucially, how will it impact jobs in the industry? 

Here, we explore what modern AI is, its role in cybersecurity, and its potential effects on your career. Let’s delve into it. 

What is Modern AI? 

Modern AI involves building computer systems that can do tasks usually needing human intelligence. It uses algorithms and trains Large Language Models (LLMs) with lots of data to make accurate decisions. These models connect related topics through artificial neural networks, improving their decision-making through continuous data training. This process is called machine learning or deep learning. AI can now handle tasks like recognizing images, processing language, and learning from feedback in robotics and video games. AI tools are now integrated with complex systems to automate data analysis. This trend began with ChatGPT and has expanded to include AI image generation tools like MidJourney and domain-specific tools like GitHub Copilot. 

Despite their impressive capabilities, AI has limitations. AI in Cybersecurity AI is playing a big role in cybersecurity. Here are some key insights from a report called "Turning the Tide," based on interviews with 500 IT leaders: 

Job Security Concerns: Only 9% of respondents are confident AI will not replace their jobs in the next decade. Nearly one-third think AI will automate all cybersecurity tasks eventually. 

AI-Enhanced Attacks: Nearly 20% of respondents expect attackers to use AI to improve their strategies by 2025. 

Future Predictions: By 2030, a quarter of IT leaders believe data access will depend on biometric or DNA data, making unauthorized access impossible. Other predictions include less investment in physical property due to remote work, 5G transforming network security, and AI-automated security systems. 

"AI is a useful tool in defending against threats, but its value can only be harnessed with human expertise”, Bharat Mistry from Trend Micro reported. 

AI's Limitations in Cybersecurity 

Despite its potential, AI has several limitations requiring human oversight: 

Lack of Contextual Understanding: AI can analyze large data sets but can't grasp the psychological aspects of cyber defense, like hacker motivations. Human intervention is crucial for complex threats needing deep context. 

Inaccurate Results: AI tools can generate false positives and negatives, wasting resources or missing threats. Humans need to review AI alerts to ensure critical threats are addressed. 

Adversarial Attacks: As AI use grows, attacks against AI models, such as poisoning malware scanners to misidentify threats, will likely increase. Human oversight is essential to counter these manipulations. 

AI Bias: AI systems trained on biased data can produce biased results, affecting cybersecurity. Human oversight is necessary to mitigate biases and ensure accurate defenses. 


As AI evolves, cybersecurity professionals must adapt by continuously learning about AI advancements and their impact on security, developing AI and machine learning skills, enhancing critical thinking and contextual understanding, and collaborating with AI as a tool to augment their capabilities. Effective human-AI collaboration will be crucial for future cybersecurity strategies.
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