Month: April 2026

Kunwar Vikram SinghChairmanCentral Association of Private Security Industry ( CAPSI) In an age defined by technology and globalization, it is tempting to believe that geography has lost its power. Yet, recent tensions around the Strait of Hormuz remind us that the world still hinges on narrow passages – fragile corridors whose disruption can shake the global order. India has long understood this reality through the Siliguri Corridor, a slender stretch of land that connects the Northeast to the rest of the country. Popularly known as the ‘Chicken Neck,’ it symbolizes a single point of vulnerability where disruption could have disproportionate consequences. What India experiences domestically, the world now faces globally. The Strait of Hormuz is, in every sense, the world’s Chicken Neck Nearly a quarter of global oil flows through this narrow maritime passage. It fuels the economies of Asia, sustains industries in Europe, and stabilizes global markets. Yet, its security depends on a delicate balance of power involving regional actors like Iran and external stabilizers such as the United States Navy. This balance is increasingly under strain. For decades, strategic communities described Hormuz as a ‘chokepoint’ – a technical term that, while accurate, fails to capture the scale of risk. A chokepoint can be managed. A Chicken Neck, however, represents something far more dangerous – a single point of systemic failure. India has long understood this reality through the Siliguri Corridor, a slender stretch of land that connects the Northeast to the rest of the country. Popularly known as the ‘Chicken Neck,’ it symbolizes a single point of vulnerability where disruption could have disproportionate consequences. What India experiences domestically, the world now faces globally The distinction is not semantic; it is strategic A disruption in Hormuz today would not merely interrupt shipping lanes – it would trigger cascading consequences. Oil prices would spike within hours; supply chains would falter; and inflationary pressures would surge across continents. In an interconnected world, the shock would travel faster than any naval response could contain. What has changed is not the geography of Hormuz, but the nature of threats surrounding it. Traditional deterrence assumed rational state actors. Today, the risks are more diffuse and unpredictable – ranging from drone strikes and proxy militias to cyber disruptions targeting maritime navigation. These hybrid threats lower the threshold of conflict while amplifying its impact. A tanker need not be sunk; it need only be threatened to unsettle markets. This is why the global strategic vocabulary must evolve. Recognizing Hormuz as a ‘Global Chicken Neck,’ reframes it from a regional flashpoint to a shared existential vulnerability. It also demands a shift in response First, there is an urgent need for collective security frameworks that go beyond ad hoc naval deployments. Securing critical corridors like Hormuz must become a sustained multilateral effort, involving intelligence sharing, coordinated patrols, and rapid response capabilities. Second, major economies – including India – must invest in resilience. Diversifying energy sources, building strategic reserves, and developing alternative supply routes are no longer economic choices; they are strategic imperatives. Third, nations must prepare for a new form of conflict where disruption, not occupation, becomes the primary objective. The battlefields of the future may well be these narrow corridors where global dependence is highest and defenses are most complex. For India, the lesson is particularly stark. As a nation dependent on energy flows through Hormuz and trade routes across other narrow passages, while also managing its own vulnerability at the Siliguri Corridor, it sits at the intersection of multiple Chicken Necks. This convergence demands not just awareness, but leadership. The 21st century will not be defined solely by the control of land or sea, but by the security of the corridors that connect them. In this emerging order, safeguarding the world’s Chicken Necks is not merely a matter of national interest – it is a global responsibility. The message is clear – ignore these narrow passages, and the world risks being strategically choked. Recognize them, secure them, and we may yet ensure stability in an increasingly uncertain world. Read More

Sunjoy NathCSM Counter-Terrorism and Intelligence Anyalist The Siliguri Corridor (commonly called the ‘Chicken’s Neck’) is indeed one of India’s most critical strategic vulnerabilities. This narrow strip of land, roughly 20-40km wide at points, serves as the primary overland lifeline connecting mainland India to the eight Northeastern states (the ‘Seven Sisters’ plus Sikkim), as well as providing key access routes toward Nepal and Bhutan. National Highway – 12 (NH-12) forms a vital artery along this corridor, carrying civilian logistics, essential supplies, and military movement. Any sustained disruption here could isolate millions, hamper troop deployments, and create severe economic and security risks – especially given the region’s proximity to international borders with China, Bangladesh, Nepal, and Bhutan. Recent incidents on NH-12 Recent reports indicate that mobs in Malda district, West Bengal – described in various accounts as involving radical Islamists and suspected illegal Bangladeshi immigrants – blocked NH-12 for up to 18 hours in areas like Sujapur and Mothabari. Protesters allegedly used bamboo poles, burning tires, and stone-pelting, halting traffic including Indian Army convoys heading toward the Northeast and border areas. This was reportedly triggered by local grievances (such as incidents involving migrant workers elsewhere), but the location in a sensitive border district with a history of demographic shifts, smuggling, and cross-border issues amplified concerns. Central forces and state police eventually intervened, but the episode highlighted law-and-order gaps on a nationally vital route. Similar protests and blockades have occurred in nearby Murshidabad district (e.g., in Beldanga), often over local issues like migrant worker deaths, leading to temporary halts in road and rail traffic. These are not unprecedented in West Bengal, where highway disruptions have been used as protest tactics. Broader context and long-standing concerns This is not an isolated or entirely new threat. Analysts and officials have warned for years about the risks of demographic changes in North Bengal and the corridor region due to large-scale illegal immigration from Bangladesh. Radical Islamist voices (e.g., statements during past agitations like anti-CAA protests by figures such as Sharjeel Imam) have explicitly discussed ‘choking’ the corridor to isolate the Northeast. Radical Islamist networks linked to groups in Bangladesh have been flagged in intelligence reports for potential interest in disrupting this chokepoint. Assam Chief Minister Himanta Biswa Sarma and others have publicly highlighted how unchecked infiltration could lead to areas where loyalty in a crisis might not align with India, especially if Hindu populations drop below critical thresholds in key pockets. Malda and Murshidabad have long been noted for porous borders, smuggling (including fake currency), and demographic shifts that complicate security. Broader geopolitical angles include China’s interest in the area (via Doklam and infrastructure), post-2024 shifts in Bangladesh politics, and occasional rhetoric from across the border about the corridor’s vulnerability. India has responded with measures like: However, enforcement remains uneven, particularly in West Bengal, where state-central tensions often play out. Realistic assessment A full, coordinated ‘plan’ by radical Islamists and illegal immigrants to permanently sever NH-12 and cut off the Northeast would face massive practical hurdles – India’s security apparatus (Army, paramilitary, intelligence), alternative air/ rail options (though limited in scale), and the political fallout. Short-term disruptions, however – like the recent Malda blockade – are feasible and dangerous as proof-of-concept or pressure tactics, especially amid local politics or communal tensions. They erode deterrence and signal weakness. The core issue is structural – porous borders + demographic engineering + radical ideology + weak local governance = heightened risk in a hyper-sensitive geography. Sustained illegal immigration has altered voting patterns, land control, and social dynamics in parts of the corridor, making internal sabotage more plausible than pure external invasion. Sunjoy Nath, CSM Counter-Terrorism and Intelligence Anyalist, has over 28 years of experience in Physical Security, Open-Source Intelligence (OSINT), Social Media Intelligence, and fraud investigations. He is a military veteran and a member of the INTERPOL Metaverse Expert Group. He is also a member of APDI and ASIS, and serves as the State Councillor (West Bengal) for ICISSM. Mr. Nath is qualified in Counter Insurgency and Counter Terrorism from Rashtriya Raksha University.Additionally, he is an Sectional Committee member of BIS in the subject of Banking and Finance and Mentor of Niti Aayog. He is the Founder of EDCI, Kolkata. (www.edci.co.in). What should happen India cannot afford complacency here. The Northeast’s integration depends on reliable connectivity; its defense depends on preventing the Chicken’s Neck from becoming a noose. Public pressure, transparent reporting, and accountability for failures in law enforcement matter more than alarmism. If specific new intelligence or developments emerge beyond these reports, they should be scrutinized rigorously by authorities rather than amplified unchecked. Read More

As urban populations grow, cities are turning to smart transportation solutions to reduce congestion, improve safety, and enhance the overall commuting experience. PRAMA India, a premier indigenous video security brand, is making significant strides in enhancing smart cities and safe cities through its advanced technologies. The Smart Transportation includes key components: PRAMA’s Smart City Solutions PRAMA’s solutions deliver value through innovative technologies and services that enhance urban living, improve safety, and promote sustainability. Some key areas include: Benefits: PRAMA’s AI-Powered Solutions PRAMA integrates Artificial Intelligence (AI) into its video security systems, enabling features like: Smart City Market Growth The smart city market in India is growing rapidly, driven by government initiatives and increasing urbanisation. As the world population continues to grow, cities are becoming increasingly crowded and in need of more efficient infrastructure and service offerings. Internet of Things (IoT) technologies are improving efficiency, sustainability and livability. Environmental concerns have been gaining traction in recent years, and citizens are demanding sustainable solutions. Smart energy systems and waste management solutions are adopting IoT technologies and leveraging data from connected devices. Smart grids are especially important for increasing reliability and security during outages, security threats, and other unexpected events. IoT sensors are used in smart waste management to monitor garbage cans, optimise waste collection schedules, and reduce litter. The Smart Cities market is growing further, as governments are seeing the potential they can bring for both sustainable and economic growth. A Smart City project focuses on leveraging technology and data-driven solutions to enhance citizens’ quality of life, improve infrastructure, and promote sustainable development. A Safe City project, on the other hand, prioritises citizen safety and security through technology-enabled solutions. While Smart City projects focus on broader urban development, Safe City projects concentrate on ensuring citizen safety and security. Both initiatives often overlap, and many cities implement them together to create a holistic urban ecosystem. As urban populations grow, cities are turning to smart transportation solutions to reduce congestion, improve safety, and enhance the overall commuting experience. PRAMA India, a premier indigenous video security brand, is making significant strides in enhancing smart cities and safe cities through its advanced technologies The Smart Cities and Safe Cities market is segmented. It is divided into various focus areas, including: How PRAMA’s Smart City solutions deliver value PRAMA’s Smart City solutions deliver value through various innovative technologies and services. Their solutions focus on enhancing urban living, improving safety, and promoting sustainability. Some key areas where PRAMA’s solutions add value include: PRAMA’s AI-enabled Security Applications The incorporation of artificial intelligence (AI) into video security technologies is bringing significant transformation in its outcomes. The AI has made Video Content Analytics (VCA) more accurate and added empowering predictive capabilities. The security industry is entering into a new era of video security, with AI -based technology applications, helping video monitoring to entirely new use cases that provide more tangible benefits across the verticals. Bespoke Smart City and Safe City Solutions PRAMA’s Smart and Safe City Solutions include the City Surveillance Solution, Mobile Enforcement Solution & Transportation Solution, etc. Some notable PRAMA products and solutions related to Smart Transportation include: Overall, PRAMA’s Smart City solutions aim to create more livable, sustainable, and efficient urban environments. PRAMA’s Smart City solutions deliver value through innovative technologies and services that enhance urban living, improve safety, and promote sustainability. Overall, AI enhances the effectiveness, efficiency, and reliability of video security systems, enabling them to protect people and property better. PRAMA’s AIsense Cameras are designed to provide superior performance in video security management through several advanced features: Smart City and Traffic Management Customised Smart City and Safe City solutions PRAMA offers tailored solutions for diverse needs, including city surveillance, crowd control, school surveillance, traffic management, and healthcare security. These solutions address specific challenges in urban environments. Indigenous Manufacturing helps to reduce the import duty and tax burden on the Smart Cities plan. As part of the ‘Atmanirbhar Bharat’ initiative, PRAMA manufactures its products locally, ensuring high quality and reliability while supporting the Indian economy. Advanced Traffic Management Systems (ATMS) in Smart Cities help manage traffic more efficiently. PRAMA’s traffic management solutions optimise traffic flow, reduce congestion, and enhance road safety through automated monitoring and analytics. Integration with Smart City Infrastructure is key to security management and sustainability. PRAMA’s systems seamlessly integrate with other smart city technologies, creating a cohesive and efficient urban ecosystem. Smart Cities are not just about smart security and smart living; they also create new economic opportunities. They also help the job creation objectives. The implementation of smart and safe city technologies creates jobs in sectors such as IT, urban planning, and security. They are future-ready cities of a new-age India. Read More

Aditya KhemkaManaging Director, CP PLUS Every second, a surveillance camera is making silent decisions. It captures light, converts it into digital information, compresses that information into manageable streams, and sends it across networks to be stored, analysed, or viewed in real time. What appears to be a simple video feed is, in reality, a carefully balanced equation – one where bitrate, bandwidth, and storage work together to determine how effective, efficient, and reliable a surveillance system truly is. Security, at its core, is about clarity. And clarity in the world of video surveillance is governed not just by resolution or frame rate, but by the invisible mathematics behind the scenes. Bitrate determines how much visual information is captured per second. Bandwidth dictates how that information travels across networks. Storage defines how long that intelligence can be preserved. Together, these three elements form the technical backbone of every CCTV system, from a single home camera to a nationwide smart city deployment. Bitrate is often the most misunderstood component of surveillance technology. At its simplest, bitrate refers to the amount of data transmitted every second, usually measured in kilobits or megabits per second. A higher bitrate means more data is being used to represent the video, resulting in sharper details, smoother motion, and clearer playback. Lower bitrates, on the other hand, reduce data usage but can lead to pixelation, motion blur, or loss of critical detail, especially during fast-moving events. Every second, a surveillance camera is making silent decisions. It captures light, converts it into digital information, compresses that information into manageable streams, and sends it across networks to be stored, analysed, or viewed in real time. What appears to be a simple video feed is, in reality, a carefully balanced equation – one where bitrate, bandwidth, and storage work together to determine how effective, efficient, and reliable a surveillance system truly is Imagine two cameras watching the same scene. One operates at a high bitrate, capturing fine details like license plates, facial expressions, and subtle movements. The other uses a low bitrate to conserve storage. When an incident occurs, the difference becomes stark. One provides usable evidence. The other delivers a blurred approximation of reality. This is why bitrate is not merely a technical specification; it is a direct determinant of investigative value. However, bitrate does not exist in isolation. It is influenced by multiple factors, including resolution, frame rate, compression technology, and scene complexity. A camera monitoring a quiet corridor at night will naturally produce a lower bitrate than one watching a busy intersection during peak hours. More movement, more light variation, and more detail all require additional data to represent accurately. Resolution plays a significant role here. A 4K camera captures four times as many pixels as a Full HD camera. Naturally, it requires a higher bitrate to maintain the same level of clarity. Frame rate also contributes. A camera recording at 30 frames per second captures twice as many images as one recording at 15 frames per second, increasing the data load. Add advanced features like Wide Dynamic Range, low-light enhancement, or AI analytics overlays, and the data requirements grow further. Bitrate is often the most misunderstood component of surveillance technology. At its simplest, bitrate refers to the amount of data transmitted every second, usually measured in kilobits or megabits per second. A higher bitrate means more data is being used to represent the video, resulting in sharper details, smoother motion, and clearer playback. Lower bitrates, on the other hand, reduce data usage but can lead to pixelation, motion blur, or loss of critical detail, especially during fast-moving events This is where compression technologies enter the equation. Modern codecs such as H.265 and advanced proprietary algorithms like CP PLUS InstaStream and AI-InstaStream are designed to reduce the amount of data required without sacrificing visual quality. Instead of treating every pixel equally, intelligent compression focuses on what matters most – human figures, vehicles, and areas of interest – while reducing the data allocated to static backgrounds. The result is significantly lower bitrates, reduced storage requirements, and more efficient network utilisation. Bandwidth is the pathway through which this video data travels. It represents the capacity of a network to carry information from cameras to recorders, servers, or remote viewers. If bitrate is the volume of water, bandwidth is the width of the pipe carrying it. A high-bitrate camera connected to a low-bandwidth network can create congestion, resulting in lag, dropped frames, or interrupted streams. In large-scale deployments, bandwidth planning becomes critical. Consider a facility with 100 cameras, each transmitting at 4 Mbps. The total bandwidth requirement quickly reaches 400 Mbps. Without proper network infrastructure, such a system could become unstable or inefficient. This is why modern surveillance systems increasingly rely on edge processing. By performing analytics directly within the camera, only relevant data or alerts need to be transmitted, dramatically reducing bandwidth consumption. Bandwidth also plays a crucial role in remote access scenarios. Whether it is a parent checking on their child at school, a temple live-streaming events to devotees, or a control room monitoring multiple locations, the ability for multiple users to view the same feed simultaneously depends heavily on efficient bandwidth management. Intelligent streaming technologies ensure that the same camera feed can be delivered to several viewers without overwhelming the network. Storage is the final piece of the equation – the memory of the surveillance system. It determines how long video footage can be retained for review, investigation, or compliance purposes. Storage requirements are directly tied to bitrate and recording duration. A higher bitrate produces larger file sizes. A longer retention period requires more storage capacity. To understand this relationship, consider a simple example. A single camera recording at 4 Mbps generates roughly 43 gigabytes of data per day. Over a month, that amounts to more than a terabyte of storage. Multiply that by dozens or hundreds of cameras, and the storage demands become substantial. This is why efficient bitrate management and advanced compression technologies are essential…