Data at Home, Peace at Mind: The Rise of the CEYE Ecosystem

In the contemporary epoch, our lives are increasingly mirrored within the digital realm. The boundaries between our physical existence and our virtual footprints have blurred to the point of invisibility. Consequently, the hardware we select to safeguard our homes, offices, and industrial hubs must be held to a standard that is beyond reproach. On 27 February 2026, Consistent Infosystems Pvt. Ltd. did not merely issue a corporate announcement regarding a new certificate; they articulated a renewed promise to the Indian public.

By securing the BIS-ER Certification for their extensive portfolio of 4G and Wi-Fi CCTV cameras, they have effectively established a new benchmark for what "security" signifies in the domestic market. This is not just a story of technical compliance; it is a narrative of national pride, data integrity, and the fundamental right to privacy.

The Gold Standard: Deconstructing Quality Assurance

To the uninitiated, a certification might seem like a mere "tick-box" exercise—a bureaucratic hurdle to be cleared before a product hits the shelves. However, the reality of the BIS-ER (Bureau of Indian Standards – Electronic Registration) is far more rigorous. This accreditation was secured via a laboratory authorised by the Standardisation Testing and Quality Certification (STQC) Directorate.

For those unfamiliar with the terminology, the STQC represents the "gold standard" of technical audits in India. It is a body that does not forgive mediocrity. By subjecting their hardware to these uncompromising tests, Consistent Infosystems has demonstrated that their 4G and Wi-Fi cameras are not merely aesthetically pleasing or feature-rich—they are fundamentally safe, durable, and resilient.

In the Indian context, where electrical fluctuations, extreme humidity, and intense heat are the norms rather than the exceptions, this validation is crucial. It ensures that the device won’t just work on the day of installation but will remain a steadfast guardian through the harshest of environmental cycles. This is the difference between a "gadget" and a "security solution."

Domestic Data: The "CEYE" of the Storm

Perhaps the most compelling facet of this announcement is not the physical hardware, but the invisible journey of the data it generates. For years, the "smart camera" industry has been shadowed by a persistent critique: the routing of video feeds through overseas servers. This practice has raised legitimate concerns regarding data sovereignty, foreign surveillance, and the vulnerability of private lives to international data breaches.

Consistent Infosystems has confronted this dilemma head-on with the CEYE (Consistent Eye) App. The underlying philosophy is simple yet profound: "Privacy should not be a premium feature; it must be the foundation."

Read This Article Also : How the "Made in Bharat" CEYE App is Changing the Surveillance Game.

By utilising Indian-based servers for cloud storage, the CEYE ecosystem ensures that your most private moments—the laughter in your living room, the movements in your warehouse, or the security of your storefront—remain within national borders. This localised approach offers several distinct advantages:

Legal Protection: Data stored within India is subject to Indian law, providing a clear legal framework for protection and recourse.

Latency and Speed: Because the data doesn't have to travel halfway across the globe and back, users experience faster retrieval speeds and lower latency during live monitoring.

Reduced Vulnerability: By eliminating the "leaky pipe" syndrome associated with foreign jurisdictions, the risk of cross-border data harvesting is significantly mitigated.

Breaking Down the Advantages: A Human-Centric Perspective

To truly appreciate the magnitude of this achievement, we must move past the technical jargon and look at the tangible human benefits. Consistent Infosystems is not just selling a camera; they are selling a sense of certainty.

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1. Unrivalled Network Versatility

The integration of high-speed 4G and Wi-Fi means that security is no longer a privilege of the urban elite with high-speed fibre-optic cables.

The Human Impact: Whether it is a remote farmhouse in the Western Ghats, a bustling construction site in a growing suburb, or a warehouse in a developing industrial zone, these cameras ensure that "blind spots" are eradicated. It provides the freedom to monitor anything, anywhere, regardless of the local infrastructure's limitations.

2. The Rigour of STQC Validation

The Tech: Testing conducted in elite, government-accredited laboratories.

The Human Impact: This provides absolute peace of mind regarding the physical safety of the hardware. Knowing your device has undergone rigorous stress tests for electrical and functional safety means one less thing for homeowners and business owners to worry about. It is the assurance that the device meant to protect you won't become a hazard itself.

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3. Sovereign Cloud Integration

The Tech: All data is hosted on Indian servers via the CEYE App.

The Human Impact: This is a monumental victory for cybersecurity. For the user, it translates to the comfort of knowing their private life isn't being used as a data point in a foreign server farm. It fosters a level of trust that is often missing in the modern "Internet of Things" (IoT) landscape.

4. The "Made in Bharat" Philosophy

The Tech: Indigenous manufacturing and design.

The Human Impact: Choosing these products is a direct investment in the local economy. However, the benefit is more than just patriotic. "Made in Bharat" implies a more reliable after-sales service, a supply chain that understands local challenges, and a product designed specifically for the Indian environment rather than a generic global template.

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A Vision for "Surveillance That Never Sleeps"

Mr. Yogesh Agrawal, CMD and Co-Founder of Consistent Infosystems, articulated the essence of this milestone perfectly. He emphasised that both the hardware and the software—the CEYE App—are products of a national commitment to self-reliance. This is not just about competing in a market; it is about leading a movement toward technological independence.

In a world where we are increasingly reliant on digital eyes to watch over our families and livelihoods, the question isn't just if we are being watched, but who is keeping that data safe. Consistent Infosystems has answered that question with a resounding commitment to quality and local sovereignty.

The Ethical Implications of Local Security

When we talk about CCTV, we often focus on the "criminal" element—catching a thief or monitoring a perimeter. But the ethics of surveillance are equally about the "innocent" element. How do we ensure that the tools meant to provide safety do not inadvertently compromise our privacy?

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By aligning with the BIS-ER standards and insisting on domestic data storage, Consistent Infosystems is advocating for a more ethical approach to the "Smart City" and "Smart Home" revolution. They are proving that high-tech monitoring does not have to come at the cost of national or personal security.

As the security requirements of Indian enterprises and households continue to grow in complexity, the best path forward is clearly one that is built from within. This certification is a signal to the industry: the era of generic, unverified, and foreign-dependent security is coming to a close. The era of verified, domestic, and sovereign vigilance has begun.

News by - Aaradhay Sharma

How the "Made in Bharat" CEYE App is Changing the Surveillance Game.

A New Era of Vigilance: Why the BIS-ER Certification Matters

In an age where our lives are increasingly mirrored in the digital realm, the hardware we choose to protect our physical spaces must be beyond reproach. On 27 February 2026, Consistent Infosystems Pvt. Ltd. didn't just announce a new certificate; they announced a renewed promise to the Indian public. By achieving the BIS-ER Certification for their comprehensive portfolio of 4G and Wi-Fi CCTV cameras, they have effectively set a new benchmark for what "security" actually means in the domestic market.

The Gold Standard of Quality Assurance

This wasn't a mere tick-box exercise. The certification was secured through a laboratory accredited by the Standardisation Testing and Quality Certification (STQC) Directorate. For those unfamiliar with the acronyms, the STQC is the gold standard of technical audits. By subjecting their hardware to these rigorous tests, Consistent Infosystems has proven that their 4G and Wi-Fi cameras aren't just aesthetically pleasing or feature-rich—they are fundamentally safe, durable, and compliant with the stringent regulatory frameworks of the Indian market.

Domestic Data: The "CEYE" of the Storm

Perhaps the most compelling aspect of this announcement isn't the hardware itself, but where the data goes. Traditionally, many smart cameras have been criticised for routing video feeds through overseas servers, raising valid concerns about data sovereignty and foreign surveillance.

Read This Article Also : The End of the Affordable Upgrade: Memory Crisis to Slash2026 Tech Shipments

Consistent Infosystems has tackled this head-on with the CEYE (Consistent Eye) App.

"Privacy shouldn't be a premium feature; it should be the foundation," the company's philosophy suggests.

By utilizing Indian-based servers for cloud storage, the CEYE ecosystem ensures that your private moments remain within national borders. This localized approach drastically reduces the risk of international data breaches and ensures that cybersecurity protocols are aligned with Indian legal standards. It is a bold move toward true data sovereignty.

Breaking Down the Advantages: Why This Certification Matters

To truly understand the impact of this achievement, we must look at the human benefits behind the technical jargon. Here is how Consistent Infosystems is setting a new standard:

Unrivalled Network Versatility

The Tech: High-speed 4G and Wi-Fi integration.

The Human Impact: Security is no longer limited by your internet provider’s reach. Whether it is a remote farmhouse, a bustling construction site, or a warehouse in a developing industrial zone without fixed broadband, these cameras ensure that "blind spots" are a thing of the past. It offers the freedom to monitor anything, anywhere.

Read This Article Also : Predictive Power: New Relic’s AI Crystal Ball for the ModernEnterprise.

The Rigour of STQC Validation

The Tech: Testing conducted in elite, government-accredited laboratories.

The Human Impact: This provides absolute peace of mind regarding the physical safety of the hardware. In the Indian climate, where electrical fluctuations and heat are common, knowing your device has undergone rigorous stress tests for electrical and functional safety means one less thing for homeowners and business owners to worry about.

Sovereign Cloud Integration via the CEYE App

The Tech: All data is hosted on Indian servers.

The Human Impact: This is a major win for cybersecurity. By keeping data within national borders, Consistent Infosystems eliminates the "leaky pipe" syndrome where private video feeds are routed through foreign jurisdictions. For the user, this translates to faster data retrieval speeds, lower latency, and the comfort of knowing their private moments are protected by Indian law.

Read This Article Also : Ai+ Expands Horizon: Disruptive AIoT Ecosystem Set forFlipkart Debut

The "Made in Bharat" Philosophy

The Tech: Indigenous manufacturing and design.

The Human Impact: Choosing these products is an investment in the local economy. Beyond the patriotic sentiment, "Made in Bharat" means more reliable after-sales service, a supply chain that understands local challenges, and a product designed specifically for the Indian environment rather than a generic global template.

A Vision for "Surveillance That Never Sleeps"

Mr. Yogesh Agrawal, CMD and Co-Founder of Consistent Infosystems, perfectly captured the essence of this milestone. He noted that both the hardware and the software—the CEYE App—are products of a national commitment to self-reliance.

Read This Article Also : Seven Pipes, Zero Compromise: The Single-Tower Revolution IsFinally Here

In a world where we are increasingly reliant on digital eyes to watch over our families and livelihoods, the question isn't just if we are being watched, but who is keeping the data safe. Consistent Infosystems has answered that question with a resounding commitment to quality and local sovereignty.

This isn't just about selling cameras; it is about providing a compliant, high-quality monitoring solution that respects the privacy of the people it is meant to protect. As the security needs of Indian enterprises grow, Consistent Infosystems is proving that the best way to look forward is to build from within.

News by - Aaradhay Sharma

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Beyond the Kill Chain: The Rise of the Autonomous Adversary

1. The Open-Weight Dilemma: A Weapon for the Masses

For years, the "big tech" giants kept their most powerful models behind high walls. You had to ask permission (via API) to use them, and they were heavily "lobotomised" to ensure they wouldn't help you write a virus or a ransom note. In 2026, those walls have crumbled.

Open-weight models—systems where the entire "brain" is available for download—have reached a point of parity with the most advanced proprietary systems. For the UK’s tech sector, this is a double-edged sword. On one hand, small British startups can build world-class tools without paying "token taxes" to Silicon Valley. On the other, a malicious actor in a bedroom in Manchester can take a model like Llama 4, "un-censor" it in an afternoon, and have a world-class cyber-engineer at their beck and call.

The "safeguards" of the closed models are now easily bypassed. By fine-tuning these open systems on historical exploit data, hackers have created "Dark LLMs." These aren't just chatbots; they are specialist engines that understand the specific vulnerabilities of British legacy infrastructure—systems that were never meant to face an opponent that can think 10,000 times faster than a human.

2. The Death of Visual and Auditory Certainty

We have entered the age of "Synthetic Normalisation." In 2024, a deepfake was a novelty. In 2026, it is a daily occurrence. Major British brands now use synthetic avatars for their advertising—they are cheaper, never age, and can speak 50 languages perfectly. But this has had a devastating side effect: we have become "numb" to the AI aesthetic.

When a high-street bank uses an AI-generated presenter in its official app, it trains the public to trust synthetic faces. Fraudsters are exploiting this psychological opening.

Emotional Engineering: Instead of mass "Nigerian Prince" emails, we now see "Emotional Engineering." AI agents scrape your LinkedIn, your Twitter (X), and even your Spotify playlists to build a psychological profile.

The Live Deepfake: During a routine Microsoft Teams or Zoom call, the "Finance Director" might ask for an urgent transfer. The voice is perfect, the British accent is spot on, and the visual glitches are gone.

We can no longer rely on our "gut feeling" or "common sense." If the technology looks and sounds human, our brains are hard-wired to trust it. This is no longer a technical problem; it is a psychological crisis.

3. The Autonomous Kill Chain: AI as the Lead Aggressor

The "Cyber Kill Chain"—the traditional seven-stage model of an attack—has been completely automated. In the past, a "state-sponsored" attack required dozens of highly trained humans. Today, it requires one person and a cluster of Agentic AI systems.

The New Stages of an Attack:

Reconnaissance (Autonomous): AI "scrapers" don't just find IP addresses; they find people. They map out the social connections of every employee in a firm to find the weakest link—perhaps a disgruntled junior developer or a distracted HR manager.

Weaponisation (Polymorphic): Instead of one piece of malware, the AI generates a unique version for every single computer in the target network. If an antivirus catches "Version A," it doesn't matter—"Version B" through "Version Z" are already different.

Command and Control (Ghosting): The AI doesn't wait for instructions from a human. It makes its own decisions. If it finds a firewall, it tries 1,000 workarounds in a second. It mimics the normal traffic of the office—looking like someone browsing the BBC or checking their Outlook—to stay invisible.

This is "Machine-Speed" warfare. By the time a human analyst has finished their morning tea and sat down to look at the alerts, the attack has already completed all seven stages.

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4. The Transformation of the SOC: From Data Diggers to Strategists

For the people working in Security Operations Centres (SOCs) across the UK, the job has changed beyond recognition. The "Tier 1" analyst—the person who spent eight hours a day clicking "Close" on false alarms—is largely a thing of the past.

AI agents now handle the "drudge work." They scan the infrastructure, correlate logs, and gather evidence. When an alert finally reaches a human, it isn't a raw data dump; it's a "Contextual Dossier." The AI says: "Here is what happened, here is why it’s a threat, and here are the three ways I recommend we fix it."

The Shift in Human Skills:

Prompt Engineering vs. Coding: Analysts no longer write complex SQL queries. They speak to their tools. "Show me everyone who accessed the payroll server from an unusual location this weekend," is now a standard command.

Decision Science: The value of a human in 2026 is no longer their ability to find data, but their ability to make moral and strategic judgements. Should we shut down the entire hospital network to stop a potential infection, even if it disrupts surgery? That is a decision an AI cannot (and should not) make.

The Tier 4 Supervisor: A new role has emerged—the "Agent Supervisor." These veterans don't fight hackers; they manage the fleet of AI agents that do the fighting, ensuring the models haven't "drifted" or become biased.

5. The British Response: Governance and "Assume Impact"

In the UK, the regulatory environment has shifted from "Checklist Compliance" to "Continuous Resilience." We have moved past the "Assume Breach" mindset of 2020. In 2026, we "Assume Impact."

The focus is no longer just on stopping the hacker—it's about how quickly a British business can recover when the AI eventually finds a way in. This involves:

Identity as the New Perimeter: Since the "network" is now everywhere (home, office, coffee shop), we have stopped trying to build walls. Instead, we verify identity every single time a file is moved.

Anti-Deepfake Biometrics: Companies are moving away from passwords and even standard FaceID. We are now using "Liveness Detection"—checking for blood flow in the face or micro-fluctuations in voice patterns that AI cannot yet replicate.

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Summary: A Human-Centric Future in a Machine-Driven World

The paradox of 2026 is that as technology becomes more "intelligent," the human element becomes more valuable. The AI can write the code, but it doesn't understand the intent. It can spot the anomaly, but it doesn't understand the nuance of a high-stakes business deal.

For the British professional, the goal is not to compete with the machine, but to orchestrate it. We must remain the "Sovereign Deciders" in a world of autonomous agents. The hackers have the speed, but we—with our intuition, ethics, and ability to collaborate—still hold the ultimate "Kill Switch."

By - Aaradhay Sharma

Stolen PAN Numbers Fuel a New Wave of Financial Fraud Across India

Quick Heal Technologies Limited has raised serious concerns over a sharp rise in PAN card–related financial fraud across India. According to findings from Seqrite Labs—India’s largest malware research and analysis center—cybercriminal networks are increasingly abusing stolen Permanent Account Numbers to create fake bank accounts, obtain illegal loans, and divert government welfare benefits.

This growing wave of fraud is causing massive financial losses while permanently damaging the financial identities of unsuspecting citizens. Investigators note that the problem has intensified alongside the rapid digitisation of KYC systems. In 2025 alone, the Income Tax Department identified more than 1.2 million PAN numbers linked to suspicious shell entities, enabling activities such as benami property transactions and multi-layered money laundering operations that often slip past conventional checks.

How PAN Data Is Being Compromised

Threat actors are using multiple techniques to steal PAN information. Common methods include phishing messages posing as income tax refund notices, compromised or fake tax-filing applications, and data leaks from poorly secured online platforms. Once obtained, PAN details are combined with forged Aadhaar documents and AI-generated selfies to bypass identity verification processes at banks and fintech platforms, resulting in the creation of mule accounts.

Emerging Criminal Techniques

Cybercrime groups have begun operating organized “PAN harvesting” networks that collect PAN numbers at scale. These details are frequently sold on underground marketplaces for as little as ₹50 per PAN, making identity fraud both cheap and accessible. The use of artificial intelligence is also increasing, with deepfake images and automated identity creation helping criminals evade manual verification and speed up onboarding.

Key Safety Measures for Citizens

Quick Heal stresses that combating PAN fraud requires both advanced technology and public awareness. Solutions like its AntiFraud.AI platform aim to detect suspicious activity early, but individual caution remains critical.

To stay protected:

Never disclose PAN details through unsolicited emails, calls, or WhatsApp messages.

Confirm any PAN-related request only through official portals such as the Income Tax Department or NSDL/UTIITSL websites.

Regularly review your credit report (via platforms like CIBIL) and check Form 26AS for unfamiliar transactions.

Activate two-factor authentication on all financial and tax-related accounts.

Report suspicious activity immediately to cybercrime.gov.in or call the national cybercrime helpline 1930.

When submitting a physical PAN copy, always self-attest it and clearly mention the purpose (for example, “KYC for ABC Bank only”).

By staying informed and vigilant, individuals can significantly reduce the risk of PAN misuse in an increasingly digital financial ecosystem.

By – Aaradhay Sharma

India Sanctions ₹79,000 Crore Defence Acquisitions to Sharpen Military Edge

 In a decisive move to reinforce national security and accelerate military modernisation, India has cleared capital defence acquisitions worth approximately ₹79,000 crore. The approvals were granted by the Defence Acquisition Council (DAC), chaired by Defence Minister Rajnath Singh, underscoring the government’s commitment to strengthening combat readiness across the Army, Navy, and Air Force.

The comprehensive acquisition programme encompasses an array of advanced weapon systems, surveillance assets, unmanned platforms, and force multipliers, aimed at addressing evolving threat scenarios and enhancing deterrence across land, maritime, and aerial theatres.

Army Prioritises Precision Strike, Surveillance, and Counter-Drone Warfare

For the Indian Army, the DAC has accorded approval for the induction of loitering munition systems, significantly augmenting its ability to execute precision engagements against time-sensitive and high-value tactical targets. Complementing this capability, the Army will acquire low-level lightweight radars engineered to detect and track small, low-altitude unmanned aerial systems, a growing challenge in contemporary battlefields.

Further bolstering its long-range strike envelope, the Army will procure extended-range guided rocket ammunition for the Pinaka multi-barrel rocket launcher system, enhancing both accuracy and lethality against adversary assets. Additionally, the next-generation Integrated Drone Detection and Interdiction System (Mk-II) has been cleared for induction, providing a robust layered defence against hostile drone incursions in frontline combat zones as well as critical hinterland installations.

Naval and Air Power Receive Strategic Capability Upgrades

The Indian Navy is set to enhance its secure communication architecture with the procurement of high-frequency software-defined radios (HF SDR) in manpack configuration, enabling resilient and encrypted connectivity in diverse operational environments. The DAC has also approved the leasing of high-altitude, long-endurance remotely piloted aircraft systems (HALE RPAS), a move that will substantially strengthen persistent intelligence, surveillance, and reconnaissance coverage across the Indian Ocean Region.

The Indian Air Force will gain significant operational and training advantages through approvals for Astra Mk-II beyond-visual-range air-to-air missiles, enabling fighter aircraft to engage hostile targets at extended stand-off distances. Additional clearances include SPICE-1000 precision-guided munition kits, a full mission simulator for the Tejas light combat aircraft, and an automated take-off and landing recording system. Collectively, these inductions are expected to enhance pilot proficiency, improve flight safety, and sharpen the Air Force’s long-range precision strike capabilities.

BY: Nirosha Gupta 

Indian-made solutions in surveillance and energy management

Exclusive Insights from Consistent Infosystems at IFSEC India 2024

In a recent discussion, Nitin Bansal, a key representative from Consistent Infosystems, shared his experiences from the company's participation at IFSEC India, held at Bharat Mandapam. He emphasized the event's role in showcasing innovative Indian-made solutions in surveillance and energy management, while fostering partnerships and expanding market reach.

IT Voice: You attended IFSEC India at Bharat Mandapam recently. What stood out about your experience there?

Nitin Bansal: IFSEC India is a cornerstone event for us, and this edition at Bharat Mandapam exceeded expectations. We saw impressive visitor turnout, productive dialogues with system integrators and distribution partners, and genuine excitement for Consistent's growing lineup. It was a fantastic opportunity to solidify our brand identity and build deeper ties within the security community.

IT Voice: Which products did Consistent highlight at the event this time?

Nitin Bansal: We presented a range of cutting-edge surveillance and power support technologies. Highlights included our state-of-the-art surveillance devices, plus PoE UPS systems, compact UPS units, and specialized CCTV UPS options. These are engineered for dependable, energy-efficient operation in various security setups.

Yogesh Agrawal, CMD & Co-Founder of Consistent Infosystems, described IFSEC India as an essential hub for industry networking and creative advancements. He pointed out that the company's 2025 lineup demonstrates a dedication to crafting high-quality solutions that meet the demands of contemporary security frameworks. With India's rapid advancements in digital networks, surveillance systems, and smart urban projects, companies like Consistent are gearing up to drive this progress through tech-driven innovationsIn addition to product demos, Consistent boosted visitor interaction with an IFSEC Prize Giveaway, giving attendees daily chances to win rewards over the event's duration. This strategy aims to enhance connections with security experts, integration specialists, and tech collaborators who are key to India's evolving security sector.

Here's a closer look at the showcased product lineup:

CCTV IP Camera

This model boasts IP66 rating for full weather resistance, adjustable housing for three access points, and robust anti-jamming features. It operates effectively in temperatures from -10°C to 55°C. Available in both bullet and dome configurations.

CCTV Camera Power Supply

Reliable power is essential for surveillance cameras. Consistent's 4-Port and 8-Port units, available in switching and single-output variants, are tailored for powering security cameras. Utilizing advanced high-frequency switching tech, they offer a sleek, dependable design with built-in power status LEDs.

By - Aaradhay Sharma

Hikvision is revolutionizing Access Control with its latest innovations

In 2025, the access control market is completing its transformation from a hardware-centric business focused on locks and card readers to a Software-Defined Ecosystem (SDE). This shift is moving security from isolated "silos" to unified platforms that orchestrate entire smart building operations.

The following key trends define this movement toward software-driven environments:

1. Platform Economy and Recurring Revenue

Shift from Products to Subscriptions: Value capture has moved from one-time hardware sales to recurring software revenue and cloud subscriptions.

Sticky Ecosystems: Manufacturers now focus on building integrated software platforms (e.g., Hikvision's HikCentral or ICT's open platforms) that offer deep integration, making them "stickier" than individual hardware products.

2. Cloud-Native and Hybrid Architectures

Centralized Management: Cloud-based systems are the dominant trend in 2025, allowing security teams to manage multiple global sites from a single remote platform.

Hybrid Cloud Bridge: Many organizations use hybrid models to modernize, keeping sensitive data on-premise while leveraging cloud software for analytics and remote operations.

3. Convergence of Physical and Digital Identity

Building Identity Graph: Access control is evolving into a map of "people, permissions, and building services".

IT/Security Integration: Physical security systems are increasingly managed by IT platforms like Microsoft and ServiceNow, integrating physical access into the broader Enterprise Identity and Access Management (IAM) stack.

Cyber-Physical Defense: Integrated software logs now cross-reference physical entry data with cybersecurity events to detect insider threats.

4. AI and Data-Driven Orchestration

Proactive Security: AI and machine learning analyze vast data streams from access logs and video feeds to detect anomalies, such as unusual after-hours behavior, and trigger automated lockdowns.

Operational Intelligence: Software-defined systems use occupancy data to automate building functions like HVAC and lighting, optimizing energy efficiency based on real-time presence.

5. Transition to Wallet-Native Credentials

Mobile Ecosystems: The market is shifting from proprietary apps to wallet-native credentials embedded directly in Apple and Google Wallets.

Interoperability: New communication standards like Aliro are being developed to create a universal protocol between mobile devices and readers, further breaking down hardware proprietary barriers.

6. Modular and Software-Flexible Hardware

Hardware Agnostic: Modern hardware is increasingly modular, allowing for software-driven updates to add features like QR code reading or face recognition without replacing the entire terminal.

Web-Based Management: Second-generation professional hardware now features native web management, reducing the need for heavy local installations.

The market research agency Research and Markets estimates the global biometric authentication market will reach around $ 8.8 billion in 2026, growing at a CAGR of 16.3%. Biometric technologies – like iris and palm recognition – have made significant strides, becoming increasingly applicable in high-security environments. They provide superior security compared to traditional or pure face recognition access control systems, remarkably reducing the risk of unauthorized access.

Hikvision is revolutionizing Access Control with its latest innovations, embracing a software-defined ecosystem. Its second-generation professional access control products boast advanced features like web management, flexible authentication, and converged security solutions. This shift enables seamless integration with video security, intercom, and alarm systems, providing a unified security solution.

With the overwhelming response to MinMoe face recognition terminal series, Hikvision has been at the forefront of biometric innovation, now offering more advanced biometric access control solutions including iris recognition terminal, face & palm recognition terminal to bolster access control security. These technologies make biometric access systems more versatile and reliable. Hikvision is leveraging biometric technologies like iris and palm recognition for enhanced security.

 By - Aaradhay Sharma

CP PLUS and Qualcomm Technologies

CP PLUS and Qualcomm Technologies have announced a first-of-its-kind collaboration to introduce a new generation of AI-enabled, insight-driven video security solutions tailored for India’s rapidly evolving industrial and public safety landscape. This collaboration brings together CP PLUS’ robust product ecosystem and distribution network with the advanced on-device AI and edge-processing capabilities of Qualcomm Dragonwing processors, along with the Qualcomm Insight Platform to accelerate the adoption of intelligent, real-time and actionable video analytics.  This scalable, actionable and one-stop-solution enabled through edge boxes in the Video Management System (VMS), addresses safety-focused use cases across enterprises, industry, home, institutional and public infrastructure and sets new benchmarks for video security industries worldwide.

Addressing the media, Aditya Khemka, Managing Director, CP PLUS. said, “AI is redefining the future of security, moving video security from passive recording to intelligent, real-time decision support. As India’s leading video security brand, we have a responsibility to shape this transition with solutions that are reliable, scalable and built for the needs of a rapidly evolving market. Our collaboration with Qualcomm Technologies strengthens this commitment by combining CP PLUS’s deep industry leadership with cutting-edge on-device AI technology. Together, we are building the next generation of video intelligence designed in India and ready for the world.”

“This collaboration enables us to drive innovation and build cutting-edge-AI video intelligence solutions that unlock new possibilities for operational and industrial sectors,” stated Nakul Duggal, EVP &Group General Manager, Automotive, Industrial & Embedded IoT and Robotics, Qualcomm Technologies, “By combining Qualcomm’s Insight Platforms with CP PLUS’ deep industry footprint in India, we are enabling solutions that deliver real-time, actionable insights and elevate video security capabilities from traditional monitoring to intelligent, insight driven video management.”

“This collaboration permits us to drive innovation and construct cutting-edge-AI video intelligence options that unlock new potentialities for operational and industrial sectors,” said Nakul Duggal, EVP & Group Common Supervisor, Automotive, Industrial & Embedded IoT and Robotics, Qualcomm Applied sciences, “By combining Qualcomm’s Perception Platforms with CP PLUS’ deep {industry} footprint in India, we’re enabling options that ship real-time, actionable insights and elevate video safety capabilities from conventional monitoring to clever, perception pushed video administration.”

With the choice to course of video on-premises by edge AI, the answer retains delicate knowledge on website, lowering publicity to exterior networks. This air-gapped structure delivers resilience important for India’s industrial and public security setting

 By - Aaradhay Sharma

Banks and ATMs operate in high-risk environments where even a single security

Banks and ATMs operate in high-risk environments where even a single security Fire Solutions lapse can lead to financial loss, data compromise, and customer mistrust. To address these challenges, a Hybrid Intrusion & Fire Detection Alarm Solution provides an intelligent, layered defense combining both wired and wireless technologies, offering complete protection against intrusion, burglary, fire, and emergency events. This system is built around the Hikvision AX Hybrid PRO Series Control Panel, designed for 24×7 banking environments that demand reliability, remote monitoring, fast detection, and secure alert transmission.

Hikvision Hybrid Security for Banking Infrastructure: Bank branches and ATM lobby rooms require uninterrupted monitoring of multiple threat points—entrances, vault rooms, ATM machines, server and public interaction zones.

Vessel verification & cable damage prevention

Wind farms face threats such as cable theft, vandalism, and an inherent vulnerability to ocean-going vessels. Constant variations in weather makes security monitoring even harder.

Here, Hikvision‘s Cooled Bi-Spectrum Sphere PTZ Cameras can be linked to AIS and radar systems, delivering instant visual check-ins and alerts on approaching vessels.

That same system can detect other approaching threats towards submarine cables. Failing components can be detected before they break down, enabling predictive maintenance of offshore wind turbines.

 By - Aaradhay Sharma

IT teams and physical security teams operated in silos

The physical access control industry is undergoing a significant transformation, driven by emerging technologies and evolving organizational security needs. As businesses prioritize secure, efficient, and scalable access control solutions, key trends are shaping the future of physical access control systems. Security leaders must stay informed to ensure their organizations are ready for the next generation of access management.

Convergence of IT and Security: The CIO-CSO Partnership

Traditionally, IT teams and physical security teams operated in silos, each focusing on separate aspects of organizational protection. However, as physical access control systems become more interconnected with IT infrastructure, collaboration between CIOs and CSOs has become essential.

The integration of mobile credentials, biometric authentication, and identity management platforms requires a holistic approach — one that bridges the gap between cybersecurity and physical access control. By aligning IT and security strategies, organizations can create standardized policies that address both cyber threats and physical security risks. This integrated approach enhances risk mitigation, reduces reliance on proprietary access control solutions, and enables a more cohesive security framework.

Key Takeaways

Physical security requires a layered approach combining technology, personnel, and protocols to effectively protect modern businesses from evolving threats.

The convergence of physical and digital security means vulnerabilities in one area can compromise the other, making integrated security solutions increasingly important.

Regular security audits and employee training are as crucial as advanced technology in maintaining a robust security posture.

Proactive security measures not only protect assets but also build trust with employees and customers while ensuring business continuity.

Touchless Technology: Enhancing Hygiene and Efficiency

The growing demand for touchless access solutions has been a game-changer, particularly due to the heightened focus on hygiene and reducing physical contact in the wake of the global pandemic. Touchless systems, which often rely on motion sensors, facial recognition, or mobile credentials, offer a modern and hygienic way to navigate buildings without the need to touch any surfaces.

These technologies not only improve hygiene but also reduce wear and tear on physical hardware. As more users interact with access systems, devices are subjected to frequent use and potential damage. Touchless technology extends the lifespan of devices by reducing the frequency of contact and minimizing physical strain. This results in fewer maintenance needs and cost savings in the long run.

As organizations focus more on the well-being of their employees and visitors, touchless systems become a significant part of the access control landscape. They enhance the overall user experience by making entry faster and more convenient while promoting a safer, cleaner environment.

Smart Automation: Streamlining Operations

The next in the access control trends list is Automation. By integrating access control systems with building management platforms, businesses can automate a wide range of processes, such as locking schedules, occupancy monitoring, and visitor registration. Automated systems reduce the manual effort involved in managing security tasks and provide a more efficient approach to operational management.

For example, in an emergency scenario, automated lockdown protocols can trigger swift and coordinated responses across multiple locations. This ensures that all entry points are secured immediately, and relevant authorities are notified, without requiring manual intervention. Similarly, automated systems can adjust access privileges for users based on factors like location, time of day, or security risk level, ensuring that only authorized individuals can access specific areas at appropriate times.

Smart automation enhances operational efficiency by eliminating the need for time-consuming administrative tasks and improving security coverage. With automation, organizations can focus on higher-priority security concerns, knowing that routine tasks are being handled automatically.

By - Aaradhay Sharma

Advanced Features That Transform Security

As AI tools enter everyday workflows, companies are confronting a new concern: employees relying on personal AI accounts for work without oversight. eScan (MicroWorld Technologies Inc.) has introduced a tenant control feature for ChatGPT within its Enterprise DLP platform to address this growing data sovereignty gap.

The update arrives at a time when organisations are actively adopting AI assistants, but the lines between personal and corporate use continue to blur.

Why Personal AI Accounts Create Data Blind Spots

When employees use personal ChatGPT accounts to draft content or analyse documents, organisations lose visibility into what information has been shared. Corporate ChatGPT Enterprise accounts offer audit and compliance capabilities, but personal accounts bypass these controls.

The risks are tangible. Incidents like confidential semiconductor designs uploaded by Samsung employees or legal documents shared through personal AI tools at a law firm highlight how sensitive data can slip into unmanaged environments. Once information enters a personal AI account, organisations cannot retrieve or verify how it is stored or used.

These concerns persist even as AI boosts productivity. While many employees save time through AI assistants, most enterprises still cite data security and privacy as their biggest hurdle to wider adoption.

eScan Enterprise DLP introduces industry-first data control for WhatsApp & messaging applications

NewsSecurity

By Express Computer On Nov 25, 2025

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eScan announced a breakthrough industry-first capability in its Enterprise Data Loss Prevention (DLP) solution: bi-directional clipboard and drag-drop control for messaging applications. This innovation addresses a critical gap in enterprise security by enabling organisations to prevent sensitive data from leaving the organisation through platforms like WhatsApp and Viber, while simultaneously allowing employees to receive and process information from external contacts through these same channels.

The feature emerged from a real-world challenge faced by a lead-generation company whose inside sales representatives handle hundreds of customer leads daily. While the company needed to prevent employees from sharing proprietary lead information via WhatsApp, completely blocking copy-paste functionality would have crippled productivity, as sales teams regularly receive leads from external partners through the same platform.

“We were stuck between security and productivity,” said the CIO of the lead-generation firm that piloted the solution. “Our sales teams need WhatsApp to do their jobs, but we were leaking valuable customer data through the same channel. Traditional DLP solutions only offered an all-or-nothing approach, which wasn’t practical for our business.”

The problem extends far beyond lead-generation companies. Legal firms handling client-privileged information, healthcare organisations managing patient data, and financial advisors dealing with investment portfolios all face similar challenges. WhatsApp has become the communication tool of choice across industries precisely because of its speed and convenience, but this same accessibility makes it a prime vector for data exfiltration.

A recent study found that approximately 25% of employees share confidential company information through messaging platforms, often without malicious intent. In one documented case, a healthcare professional inadvertently shared patient records via WhatsApp while discussing a case with a colleague, resulting in regulatory penalties. In another incident, a financial consultant copied investment strategies from internal documents and pasted them into a WhatsApp conversation, compromising proprietary trading information.

Current Enterprise Responses Fall Short

Most large organizations currently block AI platforms entirely. While this approach eliminates data leakage risks, it also restricts valuable business applications. Consequently, customer service teams lose access to powerful communication enhancement tools.

Additionally, sales professionals cannot leverage AI for dataset analysis. Similarly, legal teams miss opportunities for document review automation. Therefore, blanket blocking approaches reduce overall productivity and customer experience quality.

eScan’s Innovative Solution Approach

In response to these challenges, eScan launches enhanced Enterprise DLP capabilities. Specifically, the solution provides granular controls for AI platform interactions. Furthermore, it delivers comprehensive protection across multiple channels simultaneously.

The enhanced system monitors email communications, cloud services, and endpoint devices. Additionally, it tracks external device usage and file transfers. Consequently, organizations maintain complete visibility over data movement patterns.

Advanced Features That Transform Security

The solution includes several cutting-edge security features. First, content-aware filtering identifies sensitive information automatically. Next, encryption protects data during transmission and storage. Moreover, shadow copying creates backup records for audit purposes.

Additionally, OCR-based image scanning detects confidential content in visual formats. Furthermore, watermarking capabilities track document origins and usage. Finally, real-time monitoring provides immediate alerts for suspicious activities.

 By - Aaradhay Sharma

Enterprises can choose a cloud-based set-up or an on-premise set-up with enhanced security and controls.

Coforge, a global digital services and solutions provider,  has introduced Forge-X, a new engineering and delivery platform designed to support large-scale AI-driven software development. The company says the platform is built on agent-based AI principles and is meant to change how software is planned, built, tested, and maintained across the full development lifecycle. Forge-X has been created by the firm’s Advanced Engineering Services unit and follows an AI-native approach that runs through both software and product development processes.

Forge-X brings together tools, AI agents, and collaboration features in one system. The platform can coordinate work across teams in different locations and link with external systems, including Jira, LeanIX, Ardoq, and ServiceNow. It supports roles across the development chain, such as product owners, architects, developers, testers, and operations teams. Each step of the lifecycle is supported by automated and context-aware actions that aim to improve alignment with business needs.

Enterprises can choose a cloud-based set-up or an on-premise set-up with enhanced security and controls.

Sudhir Singh, CEO and Executive Director, Coforge said AI with its cognitive and generative capabilities, possesses the remarkable ability to revolutionise every facet of an organisation, including customer service, operations, research, sales and marketing, finance, and human resources.

"With Quasar, we seek to set up our clients to harness the transformative power of AI at scale, at speed, and without any limits," Singh said.

By - Aaradhay Sharma

Designed with user convenience in mind, the projector features

Now transform your living space into a cinematic universe with a massive 635 cm (250”) screen, perfect for movies, gaming, and binge-worthy shows. The 90° tilt mechanism allows effortless screen adjustment for optimal viewing angles, minimizing glare, eye strain, and neck discomfort during long sessions

The projector’s ultra-bright LED lamp, delivering an impressive 12,000 lumens, ensures crystal-clear, vivid visuals even in well-lit rooms. With 4K UHD support, every frame comes alive with lifelike detail and remarkable color accuracy.

Zebronics, India’s leading brand in IT peripherals, consumer electronics, and lifestyle accessories, proudly announces the launch of its latest innovation,  Zebronics Pixaplay 38 Projector. Designed to elevate home entertainment to cinematic heights, the Pixaplay 38 combines cutting-edge technology, vibrant visuals, and immersive sound to deliver an extraordinary viewing experience. 

Zebronics, India’s leading brand in IT Peripherals, Home Entertainment & Lifestyle accessories has introduced ZEB-PixaPlay 18,  Smart LED Projector in a vertical design. The ZEB-PixaPlay 18 promises to redefine home cinema experience and is ideal for consumers who enjoy big-screen entertainment, be it for movies, streaming shows, live sports and even gaming. The projector also comes with powerful built-in speakers to complete the experience.

The ZEB-PixaPlay 18 has the capability to project a screen size of a whopping 508cms, bringing the complete theater experience at home. Enjoy this large setup with the in-built smart features of the projector that supports downloading various apps from the store, so you can enjoy even OTT and other platforms

Powered by a quad-core processor, the Pixa Play 54 offers smooth performance and effortless navigation. Its smart projector functionality, along with support for apps and screen mirroring (Miracast and iOS), provides endless entertainment possibilities.

Designed with user convenience in mind, the projector features an intuitive remote control and auto keystone adaptation for hassle-free setup. The long-lasting 50,000h LED lamp guarantees years of enjoyment without the need for replacements.

 By - Advik Gupta

cyber resilience strategies are holding up against a worsening cyber threat landscape

A new global study by Cohesity, a leader in AI-powered data security and resilience, shows that despite widespread adoption of cyber resilience strategies in India, about 50% of organisations have gaps that need addressing.

The ‘Risk-Ready or Risk-Exposed: The Cyber Resilience Divide’ report, which was polled from 3,200 IT and security decision-makers in eleven countries, reveals the reality of the resilience divide – highlighting that while cyber threats are escalating in both volume and complexity, many organisations remain ill-equipped to respond effectively. This disconnect is leading to measurable business impact—financially, operationally, and reputationally—amid misplaced confidence in their cyber resilience.

SAN JOSE, Calif. – August 15, 2024 – Cyber resilience research commissioned by Cohesity, a leader in AI-powered data security, reveals organizations overestimate their cyber resilience capabilities and maturity, leading to significant business continuity disruptions and ransom payments. The Cohesity Global Cyber Resilience Report 2024 polled from over 3100 IT and Security decision-makers in eight countries1 confirms the threat of cyberattacks – especially ransomware – continues to rise, with the majority of respondents falling victim to a ransomware attack in the last six months, and most having paid a ransom in the past year. Moreover, most respondents said the threat of cyberattacks to their organization’s industry of operation has or will increase in 2024 compared to 2023.

According to respondents, companies’ cyber resilience strategies are holding up against a worsening cyber threat landscape, with close to 4 in 5 (78%) respondents saying they have confidence in their company’s cyber resilience strategy and its ability to ‘address today’s escalating cyber challenges and threats’.2 At the same time, over 2 in 3 (67%) respondents revealed they had been the ‘victim of a ransomware attack’ in 2024; 96% said the threat of cyberattacks to their industry would increase or had increased this year, with close to 3 in 5 (59%) saying it had or will increase by over 50% compared to 2023.

AI-enhanced storage platforms can detect ransomware activity in real-time with up to ninety-nine percent accuracy by monitoring file behavior and entropy.

Enterprises with layered ransomware-resilient architectures recover data up to three hundred and fifty times faster compared to those using conventional backups alone.

Emerging solutions such as Zero Trust storage frameworks and quantum-resistant encryption methods are becoming critical for sustained ransomware defense.

"Cyberattacks have become an unavoidable reality, and organizations can't afford to be unprepared," said Vasu Murthy, senior vice president and chief product officer, Cohesity. "But prevention alone isn't enough. That's why Cohesity is focused on helping organizations approach resilience more comprehensively, so they can withstand attacks, recover faster, and safeguard business continuity and reputation. Our newest capabilities build on this foundation, giving customers confidence in knowing their data is protected, recovery processes are proven, and their risk posture is continuously being optimized."

A key element of Cohesity’s approach is the integration of AI into its platform. Its product, Gaia, leverages generative AI to provide advanced data insights, anomaly detection and threat scanning, allowing organisations to protect and make sense of their data in ways that traditional backup solutions cannot.

“We’ve modernised the discussion from traditional storage to security. Generative AI on top of data is the next frontier for enterprises everywhere, including the UAE and wider Middle East,” says Poonen.

By - Aaradhay Sharma