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Year: 2024

India Braces Against Phishing, Ransomware Surge and Alert Fatigue, Urging Swift Adoption of AI, & Automation for Security Operations

MassMediaLink India LLP SecurityLink India013 mins

Fortinet®, the global cybersecurity company driving the convergence of networking and security, has revealed the outcomes of a new survey conducted by IDC on the state of Security Operations (SecOps) in the Asia-Pacific region. The survey, commissioned by Fortinet, provides valuable insights into the current SecOps landscape, emphasizing the role of Artificial Intelligence (AI) and automation. It explores various aspects, including prevalent security practices, attack frequency and impact, detection and response times, alert fatigue, the status, and impact of automation in SecOps workflows, and challenges related to skill development within the SecOps domain. Key findings from India include: Current Security Challenges: Threats and Team Readiness SecOps SOS: Struggles with Alert Fatigue and Threat Containment Automation in SecOps: Current Adoption and Future Possibilities Beyond Threats: SecOps Preparedness and Future Priorities Simon Piff, Research Vice-President, IDC Asia-Pacific said, “Securing modern IT infrastructures requires a continuous commitment to vigilance, proactivity, and adaptability amid challenges posed by hybrid work, AI, and cloud technologies. This dynamic shift from static controls to a risk-centric cybersecurity posture aligns seamlessly with the evolving technological landscape. The integration of AI-assisted tools, reassessment of staffing, potential outsourcing, and increased automation emerge as imperative facets highlighted by the survey, emphasizing the urgency for organizations to embrace automation strategically.” Rashish Pandey, Vice President, Marketing & Communications, Asia and ANZ, Fortinet said, “In the ever-evolving threat landscape, organizations grapple with a spectrum of cyber threats targeting their digital assets. Fortinet’s Security Operations Solutions, underpinned by advanced AI, not only addresses the pressing need for automation but provides a comprehensive strategy for incident detection and response. Our commitment to empowering organizations in navigating the dynamic cybersecurity terrain is showcased through innovative solutions. These include an impressive onehour (less in most cases) average time to detect and contain threats, an 11-minute investigation and remediation average, a staggering 597% RoI, doubling of team productivity and a substantial $1.39 million reduction in expected breach costs”. Vivek Srivastava, Country Manager, India & SAARC, Fortinet said, “In the ever-evolving cybersecurity landscape, 70.7% of organizations prioritize faster threat detection through automation. At Fortinet, we recognize the imperative of swift detection and response as the cornerstone of an enhanced cybersecurity posture. Automation plays a crucial role in promptly identifying and responding to cyber threats, minimizing the window of vulnerability. Our customers’ experiences underscore this urgency, with a transformative reduction from an average of 21 days to just one hour for detection, driven by AI and advanced analytics. This signifies a fundamental step in fortifying cybersecurity defences, where time to detect and respond is paramount. Automation, in this context, emerges as the linchpin in navigating the challenges of today’s dynamic threat landscape”.

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NETGEAR Launches: GS108X and GS108MX 8-PortGigabit Switches

MassMediaLink India LLP SecurityLink India06 mins

Powerful yet Cost-Effective Unmanaged Switches Built for Growing Businesses Global networking company NETGEAR introduced its latest unmanaged switches, the GS108X and GS108MX, designed to address the evolving demands of expanding businesses and the escalating speeds of connected devices. Both models feature 8 Gigabit Copper Ports, ensuring non-blocking uplink capabilities over extended distances. While the GS108X incorporates a 10Gig SFP+ Port, enabling high-speed connections spanning over 100 meters, the GS108MX offers a versatile 10G/ Multi-Gig Port, automatically adjusting to accommodate device speeds ranging from 100M to 10G, including increments of 1G, 2.5G, and 5G. As a business becomes more complex, the need for strong network connectivity grows with it. With more devices required to run day-to-day operations, business owners may find that they have outgrown the Ethernet connections on their router which is where the GS108X and GS108MX, Switch fit in. The cost-effective solution provides seamless connectivity to a router or a core switch for powerful networking with a smaller port count without compromising quality. With minimal management required, the GS108X and GS108MX are easy to set up and use for companies that may not have dedicated IT support. These switches come in a sturdy metal case that can live in a variety of places, including mounted on a wall or under a table. The fanless design also allows the switches to operate silently in a noise-sensitive environment. Enhanced with advanced features such as 802.1p traffic prioritization and jumbo frame support, these switches seamlessly integrate into sophisticated network infrastructures. The GS108X and GS108MX switches feed into the broader NETGEAR ecosystem, which provides a one-stop shop for all connectivity needs, with solutions that work seamlessly for an optimized network. “The launch of our latest switches marks a pivotal moment for businesses seeking sustainable solutions without compromising performance. With a steadfast commitment to energy efficiency and rigorous durability testing, our switches deliver not only cost savings but also the reliability crucial for modern enterprises. Empowered with robust speeds across each port, they seamlessly manage high-demand applications, ensuring uninterrupted business operations with peace of mind” Marthesh Nagendra Sales Director, India MEA South-East Asia Region, NETGEAR The technical specifications of GS108X and GS108MX Switches: These switches come in a sturdy metal case that can live in a variety of places, including mounted on a wall or under a table. The fanless design also allows the switches to operate silently in a noise-sensitive environment. Advanced features of these switches which include 802.1p traffic prioritization and jumbo frame support allow for seamless integration with more sophisticated networks. The GS108X and GS108MX switches feed into the broader NETGEAR ecosystem, which provides a one-stop shop for all connectivity needs, with solutions that work seamlessly for an optimized network. GS108X and GS108MX switches come with a Limited Lifetime warranty at no extra cost with product registration. The switches are available through authorized NETGEAR partners and other reseller channels (price on request).

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Unleashing the Thunder of Ancient Sands: The Camel Races of Egypt, Areesh Province

MassMediaLink India LLP SecurityLink India06 mins

In the land where ancient wonders rise, a tradition as old as time itself echoes through the shifting dunes of Egypt. From the vast expanses of the Sahara to the lush oases that dot the landscape, Egypt’s camel races are an emblem of the country’s rich cultural tapestry. For centuries, these majestic creatures have been revered and relied upon by Bedouin nomads and traders who traversed the treacherous desert routes. Today, their legendary speed and unwavering resilience take center stage, captivating locals and travellers alike. Uniview provided a video security solution for the International Camel Racing Championship held in Areesh Governorate, Egypt. This camel championship is one of the most magnificent camel races in the world. Staff from more than 100 countries around the world came to the scene. Egypt, as the first country to host this kind of competition, attached great importance to it. The venue for this competition is the Camel Club, located in the center of the desert in Areesh City. It can accommodate 1,500 spectators at the same time. Therefore, the cameras are required to have super zoom functionality and high-definition resolution. Furthermore, Areesh City is situated in the desert area of the Sinai Peninsula in eastern Egypt. During the camel race, the temperature can reach over 40 degrees Celsius, and in summer, it can go as high as 55 degrees Celsius. Due to the nature of the desert climate, the perceived temperature will be higher than the one displayed on the thermometer. Therefore, the IP cameras are required to have high-temperature resistance, and UNV products can meet this demand. Our cameras can still work normally in such a harsh environment. Cameras were installed on high poles, providing an overlooking view of the entire stadium. The camera placement ensured that the images covered all the tracks, players, and spectators in the project. A total of 30 high-resolution IP cameras, including the IPC2328SBR5-DPZ30 model, were installed throughout the track. This allowed them to capture the game scenes, referee’s instructions, audience expressions, and stage performances with remarkable clarity, despite the vast area of coverage. During the championship, more often than you think, camels reach the finish line almost at the same time. However, these subtle differences are often imperceptible to the human eye. To address this challenge, the UNV PTZ camera IPC6424SR-X25-VF was employed to accurately track the position of the camel contenders on the track. Additionally, the zoom camera was utilized to track their movements as they approached the finish line. This comprehensive tracking system ensures precise replay of the races, enabling the identification of the camel that emerged as the ultimate champion. Having the capability to log into mobile devices and monitor events, granting access to important figures such as the Minister of Sports, left a lasting impression on spectators who were able to witness the games with comprehensive detail and clarity through the high-resolution UNV PTZ cameras. The ability to remotely monitor the events added an extra layer of convenience and enhanced the overall spectator experience. Customer Comments As the world’s leading provider of AIoT products and solutions, Uniview covers a wide range of industries, including world-class hotels, shopping malls, banks, hospitals, education, factories, and other modern scenarios. They also take into account the unique characteristics and cultures of different regions around the world to provide technical and professional services to global customers.

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Navigating Physical Security: Top Trends You Should Know About in 2024

MassMediaLink India LLP SecurityLink India012 mins

In the ever-evolving world of physical security, staying ahead means embracing the dynamic shifts and innovations that shape the industry’s landscape. As we set our sights on 2024, a year set to redefine security standards, Videonetics stands as a leading force committed to deciphering the upcoming trends that will impact how we safeguard our cities, premises, people, assets, and invaluable resources. Explore the following key trends to stay informed and enhance your security measures: A. Emergence of on-the-spot computing The security industry is experiencing a transformative change due to the rise of on-the-spot computing. As security systems progress and generate increasing amounts of data, the need for real-time data processing has never been more crucial. On-the-spot computing, which essentially means processing data at the edge of a network, is gaining prominence for its ability to address this need. This approach allows for quick and responsive security systems by reducing latency and processing time, enabling them to counter potential threats promptly. This emerging approach of on-the-spot computing offers clear advantages over centralized models by handling data closer to its source. It unlocks the potential for real-time processing at accelerated speeds, resulting in action-oriented outcomes. B. Multi-modal analytics for improved detection In pursuit of heightened security, the trend of security systems utilizing multi-modal analytics takes center stage. Multi-modal analytics, powered by AI, enables security systems to analyze data from various sources, including images, video footage, audio recordings, and other sensor data. This comprehensive approach allows systems to detect more intricate patterns and behaviours, significantly improving their effectiveness in identifying potential threats. Multimodality, involving the collaboration between multiple resources or systems, enhances threat detection by reconstructing the overall picture based on data from various sources and providing a more accurate depiction of an event, helping security personnel make better-informed decisions. Increased Accuracy and Robustness: Multi-modal analytics can improve accuracy in threat detection. Different modalities may capture complementary information and combining them allows the system to cross-verify and reduce false positives or negatives. Multi-modal systems are often more robust in challenging environments and detect threats detected early. For example, if one modality, such as visual data, is compromised (e.g., due to poor lighting conditions), other modalities like audio and other sensors can still provide valuable information. C. Integration of AI with visual intelligence The integration of Artificial Intelligence (AI) with visual intelligence marks a significant leap in the capabilities of security systems. By leveraging AI algorithms, systems automatically detect and track suspicious behaviour, adapting over time to improve accuracy and effectiveness. Various industries are looking to adopt AI-enabled video analytics to gain actionable insights: The integration of visual intelligence from video and images with AI and machine learning unlocks invaluable business intelligence and public safety capabilities across multiple sectors. D. Growing importance of privacy and ethics As AI becomes more integrated into security and video surveillance systems, ethical monitoring, and privacy concerns have gained more eyeballs. Responsible and collaborative AI development is critical to ensuring that systems are designed and used in a way that protects individual privacy and civil liberties. It includes preventing the misuse or abuse of data collected by security systems, and ensuring organisations & individuals maintain control over their data and store only minimum anonymized data. E. AI and cloud – A symbiotic alliance In the interconnected realm of physical security, the symbiotic alliance between AI and cloud has emerged as a trend. This trend represents integrating AI-powered solutions with cloud-based platforms, offering unprecedented flexibility, scalability, and convenience. This collaboration enhances the capabilities of security systems by leveraging the computational power and storage capacities of the Cloud. F. Increase in adoption of video Surveillance-as-a-Service (VSaaS) The surge in Video Surveillance-as-a-Service (VSaaS) adoption is reshaping the security landscape, fuelled by rapid expansion and convenient accessibility of cloud infrastructure. The widespread shift to remote work and the necessity for secure, real-time access to security data resulted in the swift embrace of cloud-based solutions. According to a Morphean survey, senior decision-makers in the UK, Germany, and Sweden saw a 3% increase, climbing from 48% in 2019 to 51% in 2021, in the adoption of cloud-based VSaaS. Key drivers behind this trend include cost-effectiveness, ease of deployment, scalability, the growing need for real-time access to data, and maintenance. VSaaS can easily integrate with other cloud-based services, such as analytics platforms, storage solutions, and AI-driven applications. This integration enhances the overall functionality and capabilities of the surveillance system. Cloud-based storage options made available by VSaaS providers offer flexibility and cost-effectiveness that allow users to choose the amount of storage they need and pay for it on a subscription basis, avoiding the need to invest in and manage on-site infrastructure. Conclusion The Path Forward: Videonetics and the Changing Security Landscape Videonetics takes a step forward, incorporating innovative solutions that align with the significant trends in 2024. Whether using on-the-spot computing for rapid threat responses or integrating ethical AI and VSaaS, Videonetics leads by example. As we navigate through 2024, we urge you to think of Videonetics as a reliable guide, embodying a commitment to excellence and forward-thinking in the realm of physical security. Join us in acknowledging these transformative shifts for a future that prioritizes safety and reflects the progressive principles that Videonetics embodies. *Views expressed in the article are solely of Videonetics

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Safeguarding Heritage: CP PLUS Fortifies Ayodhya Ram Janmabhoomi & Shree Mandira Parikrama Prakalpa Puri Temple with

MassMediaLink India LLP SecurityLink India07 mins

Cutting-Edge Made-in-Bharat IP Technology In a historic stride toward ensuring safety and security, CP PLUS, a global company in advanced security solutions, has successfully fortified the entirety of Ayodhya City, covering all the auspicious sites in the city such as Ram Janam Bhoomi Temple, Hanuman Gadhi Temple, Kanak Bhawan, Nageshwar Nath Temple, Ram ki Pauri along with the Ayodhya Dham Railway Station, etc. to ensure safe passage for all the devotees traveling to the birthplace of Lord Ram. While, on the other hand covering Shree Mandira Parikrama Prakalpa Puri Temple and the redevelopment project around the Sri Jagannatha Temple in Puri, Odisha, CP PLUS secured the entirety of the premises with leading-edge Made-in-Bharat IP-based advanced CCTV solutions. Both Ayodhya and Puri Cities, steeped in historical and cultural importance, draw pilgrims and tourists from around the world. The need to ensure passenger safety, preserve heritage, and safeguard against security threats prompted the initiation of these monumental security projects. Ayodhya and Puri Cities faced several challenges prior to the CP PLUS intervention, including high footfall, the delicate balance of modern security with heritage preservation, surveillance blind spots, and the imperative need for quick and efficient emergency response capabilities. In Ayodhya, CP PLUS collaborated intimately with local authorities, tailoring a security solution for the project. The synergy between CP PLUS and local authorities ensured the seamless integration of the security solution with the city’s fabric. The collaboration extended to business owners, fostering a collective commitment to safeguarding Ayodhya’s cultural treasures. The meticulously planned deployment included strategically positioning cutting-edge IP cameras throughout the city, boasting high-resolution imaging, advanced analytics, and low-light performance to capture detailed and clear footage. Similarly, in Puri, CP PLUS executed a bespoke security solution designed explicitly for the Sri Jagannatha Temple redevelopment project. The strategic execution of CP PLUS’ tailored security solution involved close coordination with stakeholders. The project not only fortified the Sri Jagannatha Temple but also set a benchmark for security in redevelopment endeavors. The advanced technology integrated into the IP cameras, including high-resolution imaging and advanced analytics, ensures a vigilant watch over the sanctified grounds, contributing to the overall safety of devotees and heritage assets. The comprehensive deployment featured advanced IP cameras strategically located on the premises, equipped with high-resolution imaging, advanced analytics, and low-light capabilities to ensure detailed and clear footage. The deployment in both cities meticulously considered the historical and cultural significance, ensuring that CP PLUS’ cameras seamlessly integrated with the architectural aesthetics while adhering to modern security standards. CP PLUS, with its emphasis on technological innovation, has not merely fortified physical spaces but has also fortified a sense of trust and security within the communities of Ayodhya and Puri. The company’s commitment to balancing heritage preservation with modern security demands resonates through these monumental projects, exemplifying a harmonious blend of tradition and innovation. As CP PLUS continues to make strides in securing sacred and culturally significant sites, its impact extends beyond the realm of surveillance technology, fostering a legacy of safety, reverence, and cultural preservation. The company remains dedicated to pushing the boundaries of security solutions, reflecting its commitment to creating a safer and more secure world for generations to come. “It is our privilege to contribute to safeguarding these esteemed projects and the devotees embarking on these sacred journeys. We are steadfast in our commitment to leveraging technology for creating safer and more secure environments, upholding heritage preservation and modern security requirements across the nation and beyond“ Aditya KhemkaManaging Director, CP PLUS CP PLUS takes immense pride in fortifying Ayodhya City, the Ayodhya Dham Railway Station, and the entire redevelopment project around the Shree Mandira Parikrama Prakalpa Puri Temple with cutting-edge IP cameras. These projects stand as a testament to CP PLUS’ unwavering commitment to innovating security solutions, catering to diverse needs while respecting the cultural and historical context of each deployment. As a trailblazer in the realm of advanced security and surveillance, CP PLUS continues to pioneer technology for safer and more secure environments, bridging the gap between heritage preservation and modern security requirements.

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Unraveling the Dynamics – Does AI Complicate or Simplify Cybersecurity?

MassMediaLink India LLP SecurityLink India07 mins

Gaurav RanadeCTO, RAH Infotech The integration of artificial intelligence (AI) into cybersecurity has sparked intense debate and speculation in recent years. On one hand, there’s the promise of AI revolutionizing defense capabilities, while on the other, concerns about its potential pitfalls loom large. As businesses grapple with the daunting task of safeguarding their digital assets against a myriad of cyber threats while staying in line with the AI adoption trend, the question arises – does AI complicate or simplify cybersecurity? To unravel this conundrum, we must first understand the intricate interplay between AI and cybersecurity, and how these two realms intersect to shape the future of digital defense. Join us as we delve into the profound impact of AI and its potential to revolutionize the cybersecurity landscape. The Promise of AI for Cybersecurity The advantages of AI in cybersecurity are manifold, offering a paradigm shift from traditional systems. While 53% of organizations are in the early stages of AI adoption, 93% of security leaders anticipate its transformative impact within five years, with 89% actively pursuing AI projects. This growing adoption highlights the advantage AI offers for cybersecurity. Here are a few ways AI revolutionizes cybersecurity: Machine Learning Advantage At the heart of AI lies machine learning (ML), enabling systems to autonomously learn from past experiences without human intervention. As developers continuously refine ML capabilities, AI evolves to anticipate and counter future threats, akin to human learning but without the constraints of time-consuming input. Enhanced Pattern Recognition ML, complemented by human training, empowers AI to discern meaningful patterns within vast datasets, minimizing false positives and focusing human operators’ attention on critical issues. This mitigates the common challenge of alert fatigue, where operators risk oversight amidst an inundation of unnecessary alerts. Automation of Laborious Tasks AI automates labor-intensive tasks such as event monitoring and analysis, enhancing the efficiency and efficacy of cybersecurity operations. By relieving human operators of mundane tasks, AI allows them to focus on strategic decision-making and threat mitigation. Closing the Workforce Gap The integration of AI addresses the 2023 projected shortfall of 3.5 million cybersecurity professionals. AI-powered tools like endpoint detection and response (EDR) and security orchestration, automation, and response (SOAR) bolster defense capabilities, bridging workforce gaps and fortifying resilience against evolving threats. Future Reshaping Looking ahead, AI’s integration is poised to further reshape cybersecurity landscapes. According to an IDC report, By 2026, 85% of enterprises are expected to leverage AI, ML, and pattern recognition to augment human expertise, enhancing productivity and foresight amidst evolving threats. Complexities in AI-driven Cybersecurity While the integration of artificial intelligence (AI) holds immense promise in cybersecurity, it also presents a myriad of challenges and risks. Here’s a closer look at the complexities involved: Data Privacy Concerns The adoption of AI in cybersecurity necessitates access to large datasets, raising significant data privacy concerns. As AI systems require extensive data for training and analysis, organizations must navigate governance complexities to ensure compliance with privacy regulations and mitigate associated risks. Reliability and Accuracy Ensuring the reliability and accuracy of AI-driven cybersecurity systems is paramount. These systems are susceptible to false positives and negatives, which can undermine their effectiveness. Robust data preparation processes play a crucial role in enhancing reliability and accuracy, mitigating risks associated with data poisoning and algorithmic biases. Transparency Challenges The lack of transparency in AI systems poses a significant challenge for cybersecurity experts. Without clear insights into how AI arrives at specific decisions, validating and understanding these decisions becomes difficult. Addressing transparency challenges is essential to foster trust and confidence in AI-driven cybersecurity solutions. Bias Mitigation Bias, both in training data and algorithms, represents a critical concern in AI-driven cybersecurity. Biased data and algorithms can lead to skewed outcomes and undermine the fairness and effectiveness of cybersecurity systems. Mitigating bias through comprehensive data collection, preprocessing, and algorithmic adjustments is essential to ensure the integrity and equity of AI-driven cybersecurity solutions. In conclusion, the role of AI in cybersecurity is both promising and precarious. While it offers unprecedented potential to fortify defense mechanisms and combat evolving threats, its integration demands a delicate balance. By acknowledging the complexities and embracing best practices, organizations can unlock the transformative capabilities of AI, navigating the intricate cybersecurity landscape with resilience and foresight. In this interplay between innovation and risk, strategic implementation becomes the linchpin for success, propelling organizations towards greater security and readiness in a dynamic digital ecosystem. *Views expressed in the article are solely of the Author

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Mastering HTTP DDoS Attack Defence: Innovative Strategies for Web Protection

MassMediaLink India LLP SecurityLink India08 mins

Jaspal SharmaTechnical Director – India & Middle East Radware Understanding HTTP DDoS Attacks An HTTP DDoS attack is a type of denial-of-service attack where the attacker aims to make a website or web service unavailable to its intended users by overwhelming the target with a flood of HTTP requests. These attacks exploit the stateful nature of the HTTP protocol, consuming server resources and bandwidth to the point where legitimate requests cannot be processed. Unlike other DDoS attacks that rely on volumetric tactics to saturate the network layer, HTTP DDoS attacks are more insidious. They typically require fewer resources from the attacker, making them not only cost-effective but also harder to detect and mitigate. Attackers often use compromised web servers and botnets to launch such attacks, further complicating the identification of malicious traffic. Understanding HTTP DDoS Attacks & Radware’s Mitigation Strategies In the ever-evolving landscape of cyber threats, Distributed Denial of Service (DDoS) attacks remain one of the most pervasive and damaging types of cyberattacks. Among these, HTTP DDoS attacks specifically target the layer at which web applications operate, making them both sophisticated and challenging to mitigate. With over a decade of experience in the cybersecurity industry, Radware has established itself as a leader in providing cutting-edge solutions to protect against such threats. This article aims to educate the market on HTTP DDoS attacks and demonstrate how Radware’s innovative products offer robust protection and mitigation strategies. The Threat Landscape The threat landscape for HTTP DDoS attacks is constantly expanding, with attackers continually developing new techniques to evade detection. Some common methods include using HTTP GET or POST requests to consume server resources, leveraging malformed HTTP headers to confuse web applications, and employing slowloris attacks that open and maintain multiple connections to the server without closing them, eventually exhausting server resources. These attacks can have devastating effects on businesses, including service disruption, loss of customer trust, and significant financial losses. The need for effective mitigation strategies has never been more critical. Radware’s Mitigation Solutions Radware’s approach to mitigating HTTP DDoS attacks is multifaceted, combining advanced detection techniques with proactive mitigation strategies. At the core of Radware’s solutions is the DefensePro product line, which includes real-time, behavioural-based detection capabilities that can accurately distinguish between legitimate traffic and DDoS attacks. Detection and Mitigation Radware’s DefensePro utilizes advanced algorithms and machine learning to analyze traffic patterns and identify anomalies that may indicate an HTTP DDoS attack. Once an attack is detected, DefensePro immediately initiates mitigation strategies tailored to the specific characteristics of the attack. This ensures that legitimate traffic is not impacted, maintaining service availability and performance. Behavioural-Based Analysis Unlike traditional DDoS mitigation solutions that rely on predefined thresholds and signatures, Radware’s solutions use behavioural-based analysis to dynamically adapt to changing attack patterns. This allows for the detection of sophisticated, multi-vector attacks that might otherwise go unnoticed. Cloud DDoS Protection In addition to on-premises solutions, Radware also offers cloud-based DDoS protection services. Radware’s Cloud DDoS Protection Service provides scalable, elastic DDoS mitigation capabilities, ideal for businesses that operate significant online services. This service leverages global scrubbing centres to absorb and mitigate attack traffic, redirecting only clean traffic to the customer’s infrastructure. Integrated Application & Network Security Radware’s solutions are designed to provide comprehensive protection across both application and network layers. This integrated approach ensures that businesses are protected against a wide range of cyber threats, from volumetric network attacks to sophisticated application-layer attacks. Best Practices for HTTP DDoS Protection While Radware’s products offer robust protection against HTTP DDoS attacks, it’s essential for businesses to adopt a proactive security posture. Some best practices include: Conclusion HTTP DDoS attacks represent a significant threat to businesses operating online. However, with Radware’s cutting-edge detection and mitigation solutions, organizations can protect themselves against these attacks, ensuring their services remain available and secure. By combining advanced technology with best practices in cybersecurity, Radware empowers businesses to stay one step ahead of cyber threats. In the face of an ever-changing cyber threat landscape, Radware’s commitment to innovation and excellence in cybersecurity offers businesses the assurance they need to operate confidently in the digital world.

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Matrix Revolutionizes Video Surveillance with All Color Cameras in Turret Enclosure

MassMediaLink India LLP SecurityLink India03 mins

Matrix, a leading player in security and telecom solutions, proudly introduces the Matrix All Color Cameras, marking a significant leap forward in video surveillance technology. Engineered to provide vivid colored images in low-light conditions, these IP cameras redefine the standard for sharper, clearer visuals, especially during nighttime operations. In the landscape of remote site monitoring, video surveillance plays a pivotal role in ensuring the safety and security of both human and material assets. It also serves as a crucial tool for enforcing compliance and boosting overall productivity. The launch of the Matrix All Color Series IP Cameras in Turret Enclosures reflects a strategic move by Matrix to broaden its product portfolio while upholding the brand’s commitment to durability and performance. These versatile cameras excel in a spectrum of surveillance applications, including corporate offices, hospitals, hotels, and residential areas. The incorporation of SONY STARVIS SERIES sensors and advanced lenses equips these cameras to deliver outstanding low-light performance, capturing color images even in low-light/ no-light environments. This capability not only enhances identification but also reduces false alarms, offering valuable forensic evidence. The cameras serve as visible deterrents, contributing significantly to heightened security measures. From retail and healthcare to education and critical infrastructure, the All Color Series exhibits unmatched versatility. The product stands out with its revolutionary low-light color imaging technology, strict adherence to cyber security compliance, a robust design featuring turret enclosures, and a simplified installation process. Certification to meet national and international standards, including IP67, CE, FCC, BIS, ROHS, NDAA, and STQC’s cyber secure certification, further underscores Matrix’s commitment to quality and innovation in this latest addition to its security solutions lineup.

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Invixium Welcomes Akhil Gupta as National Sales Manager for India

MassMediaLink India LLP SecurityLink India05 mins

This new appointment is instrumental in maintaining and bolstering the company’s strong presence in India Akhil Gupta Invixium, a global company in biometric access control, workforce & visitor management solutions recently announced the appointment of Akhil Gupta as the new National Sales Manager to spearhead sales and growth initiatives in India. In this role, Akhil will be responsible for continuing and growing Invixium’s successful trajectory in the region by strengthening the company’s large customer base, driving sales strategies, nurturing key partnerships, and securing new opportunities. With this appointment, Invixium aims to further penetrate the growing critical infrastructure and industrial sectors like refineries, airports, data centers, construction sites, pharmaceuticals, manufacturing plants, etc. across tier 2 and tier 3 cities in India. Akhil brings over 20 years of stellar experience in sales leadership roles and a proven track record of driving key strategies for business development in the security industry. Before joining Invixium, Akhil held senior sales roles at Auto ID Systems, Force Identification, and Evolis Card Printers where he excelled at strategic planning and sales execution. His extensive background in leading commercial and industrial projects aligns with Invixium’s mission to deliver rugged biometric solutions tailored for the most unclean and harsh working conditions of industrial and critical infrastructure sectors. “India has always been at the forefront of our global strategy,” said Shiraz Kapadia, CEO & President at Invixium, “With this appointment, we aim to further solidify our position and get aligned with the explosive economic growth in India with a keen focus on its expansive industrial and critical infrastructure sector. We are certain that Akhil’s experience, high energy, and industry knowledge will be a key advantage for us in delivering our modern and state-of-the-art biometric solutions to India’s fast-growing and demanding market.” “Joining Invixium represents an exciting opportunity to contribute to a company with a global standing for addressing real-world security and productivity challenges,” said Akhil Gupta, “Their reputation for integrity and professionalism is a hallmark of their success and a shared belief of mine. I look forward to working more closely with customers, partners, and other key stakeholders to foster stronger collaborations and drive business growth.” Invixium champions a non-traditional, unique, custom-made approach, understanding that a one-size-fitsall approach does not work when it comes to security solutions. Invixium is renowned for its problem-solving approach and is the only biometric solutions provider that delivers biometric access control, workforce, and visitor management solutions purpose-built for demanding sectors such as oil and gas, airports, manufacturing, and construction. Headquartered in Toronto, Canada, with presence in India, Middle East, UK, USA, Latin America, and Africa, Invixium designs and manufactures rugged biometric solutions that leverage the latest technologies to provide businesses with a unified end-to-end solution for access control, workforce management, and visitor management. Their fully integrated hardware, software, and mobile platform solution helps improve the health, safety, productivity, and security of enterprises and industries using accurate data capture and intelligent data analytics. With sales exceeding tens of thousands of products in over 60 countries and deployments at major enterprises and industries across a broad spectrum of verticals, Invixium strives to provide industry-leading biometric solutions that are not only visually stunning, but also intuitive for ease of use and install. Invixium products are proudly Made in Canada.

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Hikvision India Introduces the LatestNVR 5.0 to Revolutionize the Product Experience

MassMediaLink India LLP SecurityLink India05 mins

Hikvision India has recently introduced the latest generation of firmware for its network video recorders, NVR 5.0, leading the innovative change from traditional recorders to AIoT (Artificial Intelligence of Things) NVR. The AIoT NVR takes intelligent operations, protection, connection, and application functionality to new heights, offering users an innovative, smart, and seamless experience. Hikvision has been evolving the user experience with successive generations of GUI. NVR 3.0 provided the basic video management needs; NVR 4.0 introduced the new AI functions. The NVR 5.0 delivers a refreshing product experience for users with intelligent operations, offering a smooth UI experience with three vital aspects – intuitive live view, faster and smarter playback, and visualized real-time alarm and response. Intuitive live view The new intuitive live view feature makes it easier for users to monitor the real-time channel status more clearly. Customized views can be created for different viewpoints and the system can be configured to meet the needs of multi-screen timed switching. Faster and smarter playback One of the highlights of the NVR 5.0 is the ‘AcuSearch’ feature. With this advanced new function, users can enjoy faster and more accurate video searches during playback. This innovative search capability allows users to focus on specific targets of interest with just one click, improving overall search efficiency. ‘Smart Search’ settings allow users to draw rule boxes or intrusion lines at the location of an event to quickly filter and easily identify targets entering a particular area. The ‘Slice Playback’ function enhances video retrieval still further by enabling users to visually locate the segments they want to replay. These features work together to improve overall search efficiency, helping users to quickly and easily find the information they need. Real-time alarm and response Real-time alarm and response have also been significantly enhanced with NVR 5.0. The onestop event center provides centralized and visual displays of alarm events, enabling security operators to respond swiftly and effectively. The alarm popup feature – combined with event lists, screen views, and captured images – provides a seamless and closed-loop approach to addressing security incidents promptly. Besides the intelligent operations, NVR 5.0 integrates automatic perimeter protection with self-learning by embedding an inference engine in the NVR. The self-learning perimeter protection adopts self-deployment with no manual intervention required. It combines reasoning and training into one with automated algorithm iteration, which greatly improves the accuracy of the algorithms and reduces the false alarms, while also requiring minimal user input. Moreover, the NVR 5.0 offers intelligent connectivity capabilities by enabling direct access for a wide array of devices, enhancing convergence functions. It provides smart audio and video linkage for instant response and data storage, and also supports alarm, access control, and other AIoT application access, facilitating centralized management. NVR 5.0 is also designed to integrate seamlessly with a diverse range of application scenarios to meet different management requirements and improve management efficiency. These applications augment its capabilities and versatility in different environments including entrance and exit management in single-lane scenarios, time & attendance, passenger flow and time-lapse photography.

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