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MassMediaLink India LLP SecurityLink India

Hafele Brings Thoughtful Intelligence to Home Security

As homes increasingly embrace intelligent living, access control has evolved into a seamless part of everyday routines. Hafele’s Horizon and Nova Digital Door Locks are designed to support this shift by offering reliable security, intuitive operation and thoughtful functionality suited to contemporary lifestyles. The Hafele Horizon Digital Lock is designed for homeowners seeking advanced access management and enhanced visibility at the entrance. With built in Wi-Fi connectivity, it allows remote operation, real time monitoring and easy management of users through a mobile application. Features such as a digital door viewer and face recognition enable homeowners to see and identify visitors before granting access. Multiple user profiles can be created for family members and guests, while smart password technology helps conceal actual PINs during entry, adding an extra layer of privacy and security. The Hafele Nova Digital Lock offers a more compact and practical solution without compromising on intelligence. Designed for ease of use, it operates on standard alkaline batteries and supports fingerprint access, PIN codes and RFID cards. Bluetooth connectivity enables short range control and user management through a mobile application, making it ideal for everyday residential use. Safety features such as intrusion alarms, door open alerts and panic exit ensure dependable performance in daily scenarios. Together, Horizon and Nova represent Hafele’s approach to smart security that adapts to real life needs. By combining intuitive technology with dependable performance, both locks deliver intelligent access solutions that enhance comfort, control and peace of mind in modern homes. Read More

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FSAI–Dubai Civil Defence Alliance Reaches500 Million People in Fire Safety Awareness; India Takes Centre Stage at World Safety Summit 2026

The Fire and Security Association of India (FSAI), as part of its strategic alliance with the Directorate General of Dubai Civil Defence (DCD), has contributed to extending fire and life safety awareness to over 500 million people across 64 countries in less than a year, marking significant progress towards the shared goal of training one billion people worldwide, and it was revealed in the World Safety Summit 2026 where FSAI represented India, held at Expo City Dubai. The summit was organised by the General Command of Dubai Civil Defence, which was attended by His Highness Sheikh Mansoor bin Mohammed bin Rashid Al Maktoum. FSAI’s participation follows a three-year Memorandum of Understanding (MoU) signed in January last year between DCD and FSAI to strengthen cooperation in fire safety, firefighting and civil defence. The MoU provides a structured framework for knowledge exchange, joint research, training programmes, awareness forums and the sharing of best practices, while fully respecting the national laws and institutional independence. FSAI was represented at the summit by Srinivas Valluri, National President, who led the Indian delegation, along with Ajit Raghavan, Presidential Member & International Affairs Chairman, FSAI, and Dipen Mehta, National Secretary, FSAI. FSAI participated in the proceedings of the World Safety Forum, a closed-door platform comprising 34 countries, where heads of delegations presented brief national reports. During the roundtable session, FSAI outlined the benefits of the alliance and highlighted India’s contribution to advancing large-scale, community-focused fire and life safety awareness. Speaking at the summit, Srinivas Valluri said, “Representing India at the World Safety Summit reflects FSAI’s commitment to global collaboration in safety. Contributing to an outreach of over 500 million people in under a year demonstrates the strength of partnerships, structured engagement and shared responsibility in protecting lives.” As part of the official agenda, FSAI leadership participated in multiple high-level engagements including closed meetings with international dignitaries and parallel sessions. Ajit Raghavan represented the association in discussions with the Dubai Youth Council, reinforcing the importance of youth engagement and future-ready capacity building in safety ecosystems. He said, “The summit underlined that sustainable safety outcomes depend on education, innovation and youth participation, areas where FSAI continues to play an active role.” During the summit, Dubai Civil Defence announced a global task force to implement Artificial Intelligence in fire and life safety systems, aimed at strengthening prevention, preparedness and emergency response capabilities. In recognition of FSAI’s contribution to the alliance, Dipen Mehta has been elected as an Executive Member of the AI Task Force, representing India on the global platform. Commenting on the development, Dipen Mehta said, “Being selected as one of only eight global delegates for this task force is both an honour and a responsibility. It reflects the confidence placed in FSAI and India’s growing participation in global safety frameworks. Our focus will be on developing practical, scalable AI-driven solutions that can be adapted across diverse environments.” With its participation at the World Safety Summit 2026 and an expanding role in international initiatives, FSAI continues to strengthen India’s presence in the global fire and life safety ecosystem while advancing its mission of building safer communities through collaboration, awareness and innovation. The Fire & Security Association of India (FSAI) is a premier national body dedicated to promoting fire safety, security, and loss prevention across India. Established in 2002, FSAI brings together a diverse community of fire professionals, security experts, architects, engineers, system integrators, manufacturers, consultants, and government representatives. With its strong presence across 25 chapters in India and 1 International Chapter in UAE. FSAI works to enhance safety standards through training programs, code development, industry collaborations, awareness drives, and technology-driven initiatives. Read More

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5 Key Technology Trends Affecting the Security Sector in 2026

It came as a surprise that this is the 10th time that we’ve looked at the technology trends that we think will affect the security sector in the coming year. It feels like only yesterday that we sat down to write the first – a reminder of how quickly time passes, and how fast technological progress continues to move. Something that’s also become clear is that a completely new set of trends doesn’t appear year-on-year. Rather, we see an evolution of trends and technological developments, and that’s very much the case as we look towards 2026. Technological innovations regularly arrive, which impact our sector. Artificial intelligence, advancements in imaging, greater processing capabilities within devices, enhanced communications technologies…these and more have impacted our industry. Even technologies which still seem a distance away, such as quantum computing, may have some potential implications in the near-term in preparing for the future. While we focus here on tech trends, it’s worth highlighting a shift that we’ve seen in recent years: the increasing involvement and influence of the IT department over decisions related to security and safety technology. The physical security and IT departments now work in close collaboration, with IT heavily involved in physical security purchasing decisions. That influence, we feel, is central to the first of our trends for 2026… ‘Ecosystem-first’ becomes an important part of decision making At a fundamental level, the greater influence of the IT department is changing the perspective regarding security technology purchasing decisions. We call this an ‘ecosystem-first’ approach, and it influences almost every subsequent decision. Today, however, we start to see a trend that the first decision is increasingly defined by the solution ecosystem to which the customer wants to commit. In many ways, it’s analogous to how IT has always worked: decide on an operating system, and then select compatible hardware and software. The ecosystem-first approach makes a lot of sense. With today’s solutions including a greater variety of devices, sensors, and analytics than ever before, seamless integration, configuration, management, and scalability is essential. In addition, product lifecycle management, including, critically, ongoing software support, becomes more achievable within a single ecosystem. Committing to a single ecosystem – one offering breadth and depth in hardware and software from both the principal vendor alongside a vibrant ecosystem of partners – is the primary decision. The ongoing evolution of hybrid architectures A hybrid architecture as the preferred choice isn’t new. In fact, it’s something we’ve highlighted in previous technology trends posts. But it continues to evolve. Sometimes evolution can seem quite subtle. In reality, we’re seeing some fundamental shifts. We’ve always described hybrid as a mix of edge computing within cameras, cloud resources, and on-premise servers. While that’s still the same today, what’s changing is the balance of resources, as capabilities are enhanced and new use cases emerge. Edge and cloud are becoming much more significant, with the need for on-premise server computing resources reduced. This is largely a result of enhanced computing power and capabilities within both cameras and the cloud. More powerful edge AI-enabled surveillance cameras can, put simply, handle more than ever before. Improved image quality, the ability to more accurately analyze scenes and create valuable metadata have seen cameras take on tasks previously handled on the server. Similarly, with such a wealth of data being created, cloud-based resources have the analytical power required to surface business intelligence and insights to enhance operational effectiveness. There can still be legitimate reasons to retain some on-premise resources, such as network video recorders, but the true value is increasingly coming from edge devices and cloud resources. Ultimately, it’s a trend that meets both the IT department’s drive for efficiency, the security team’s desire for solution quality and effectiveness, and the data integrity and security needs of both. But, even if hybrid architectures are a trend, we must not forget that a vast majority of all solutions are still very much on-prem solutions, and this will be the case for a long time. The increased importance of edge computing In many sectors, like the automotive industry, the need and potential for edge computing has only been recognized relatively recently. As regular readers will know, however, the value of increased computing resources within devices at the edge of the network has been a feature of our technology trends predictions for several years. Enhanced capabilities mark the beginning of a new era of edge. In many ways, the increased importance of edge computing is directly related to the evolution of hybrid architectures described in the previous trend. When hybrid solutions have included edge, cloud, and server technologies, the full potential of edge AI hasn’t always been fully realized. With on-premise servers able to support some tasks, there has been less motivation to move these to the edge. This is already changing and will accelerate over the coming year. This is in part due to the enhanced AI available to the edge, within devices themselves. The discussion and decisions about where to deploy AI across surveillance solutions – using the strengths of edge AI in devices and the power of cloud-based analytics – has brought focus to the capabilities of cameras and the increasing variety of edge AI-enabled sensors. These bring benefits in both effectiveness and efficiency. Edge processing generates both business data – actionable insights derived directly from the scene – and metadata, which describes the objects and scenes within it. This information has become the basis for efficient scaling of system functionality, such as smart video searches, and for generating system wide insights. Edge processing enables a much smoother scaling of system compute performance, as the system performance grows with each added edge device. The arguments against moving more to the edge, such as cybersecurity challenges, have diminished. With the strong cybersecurity capabilities of edge devices, such as secure boot and signed OS, they now have become a strong part of the overall system security solution. Mobile surveillance on the rise Mobile surveillance solutions, like mobile trailers, aren’t a trend…

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Siddharth

What’s Next for the Security Industry in 2026? Key Trends, Plans and Focus Areas

Siddharth DahiyaCEO, Peregrine Guarding As we move into 2026, the security industry is going through a major shift. Earlier, security was mostly seen as guarding buildings, managing entry points, and responding to incidents. Today, the role of security has expanded much beyond that. It is becoming smarter, more technology-driven, and deeply connected to how businesses function. With growing urbanisation, digital operations, and rising expectations around safety, the industry is now focused not just on protection, but on prevention, planning, and continuity. Technology is playing a very important role in this change. Tools like intelligent cameras, remote monitoring systems, and automated alerts are becoming part of everyday security operations. These systems help detect unusual activity early, support faster responses, and reduce dependence on manual processes. Security teams are increasingly working in environments where technology and manpower go hand in hand. The presence of trained professionals on the ground remains essential, but their effectiveness is being strengthened by digital systems that offer real-time visibility and better control. At the same time, the nature of the security workforce is also evolving. The security professional is no longer expected to only patrol or stand at a gate. There is now a much stronger focus on training and upskilling. Personnel are required to handle smart devices, use mobile-based reporting tools, understand basic data, and interact more confidently with clients and employees. This shift is pushing the industry to invest more in continuous learning, structured development programs, and long-term career paths. Another important development is the growth of centralised and remote security operations. Instead of managing everything from individual locations, more organisations are moving towards command centres that monitor multiple sites at once. These centres bring together surveillance, incident management, and response coordination on one platform. This model is becoming far more common, helping businesses improve coverage, strengthen oversight, and respond faster to risks. It also allows on-ground teams to work with better information and support, making security operations more proactive rather than reactive. The way businesses look at security is also changing. Security is no longer being treated only as a cost or a support function. It is increasingly being seen as a critical part of business continuity, infrastructure planning, and risk management. Strong security frameworks help protect assets, ensure employee safety, support compliance, and maintain brand trust. Going forward, security leaders will be more involved in strategic discussions, contributing insights that go beyond day-to-day operations and into long-term planning. With the rise of digital systems, data is becoming a central part of security management. Access records, visitor information, camera analytics, and incident logs are now key decision-making tools. This makes data protection, transparency, and regulatory compliance extremely important. Organisations will place greater focus on building secure data practices, reliable reporting structures, and audit-ready processes. Trust, accountability, and responsible handling of information will become just as important as physical safety. Equally important is the growing attention on the people behind security services. The industry is recognising that a motivated and supported workforce is the foundation of strong security. Better healthcare support, mental well-being initiatives, stable working conditions, and timely recognition are becoming more central to workforce strategies. When security personnel feel valued and secure themselves, the quality of service improves naturally. This people-first approach will play a major role in shaping the industry’s future. Looking ahead, the security industry will be defined by its ability to adapt. The future belongs to organisations that can combine trained manpower, smart technology, and responsible practices into one integrated system. Security will no longer be limited to protection alone. It will stand for preparedness, resilience, and confidence in a fast-changing world.

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Hikrobot Offers Bespoke Automotive Sector Solutions to Spur Growth and Productivity

Hikrobot provides safe, reliable mobile robot solutions to improve logistics efficiency and reduce labor costs. The system is applicable to scenarios including pressing, welding and assembling in main engine plants. With the software platform, the integrated solution enables production data flow, agile manufacturing and lean management. Challenges Automotive Sector Faces Solution Overview By introducing robots (including LMR and FMR), workers and components are separated in the entire process. Robots transfer components from platforms to production line automatically. RCS and iWMS are upgraded to match industry features, and support different operation modes including production cycle, call button and PDA etc. This solution reduces the risk of production interruption caused by improper manual operation, and helps to maximize the performance of JIT mode. Solution Components LMR Hikrobot’s Latent Mobile Robot (LMR) is a game-changer for environments where space is limited. Its unique design allows it to slide underneath shelves, pallets, and other carriers, lift them, and transport them with ease. This eliminates the need for bulky lifting equipment and opens up valuable floor space. Hikrobot’s LMR is part of their comprehensive portfolio of Autonomous Mobile Robots (AMRs), designed to optimize operations, reduce costs, and improve safety. Key Features: FMR Hikrobot’s Forklift Mobile Robot (FMR) is very important component for warehouse automation! These robots are designed to handle standard bins and pallets with ease, using advanced laser SLAM navigation and vision technology for precise movement and obstacle avoidance. Key Features: Popular Models: Hikrobot’s FMR series is designed to streamline your logistics and material handling processes, improving productivity and safety. CMR Hikrobot’s CMR (Conveyor/Heavy-duty Mobile Robot) solutions for the automotive sector are designed to boost logistic efficiency and curb labor costs. These robots handle tasks like material transferring, assembly, and welding in main engine plants, creating an operational ecosystem where production data flows freely. Key Features: Industry Benefits: Hikrobot’s CMR solutions are part of their broader IIoT, smart logistics, and smart manufacturing offerings. RCS 2000 Hikrobot’s RCS 2000 Robot Control System is tailored for the automotive sector, enhancing automation and efficiency. Key Features: Automotive Use Cases: Benefits: Hikrobot’s RCS 2000 combines robotics with smart logistics, ideal for smart factories. Solution Advantages Background The Foshan plant is FAW-Volkswagen’s 4th plant in China, which covers approximately 1.66 million m2. Currently it is the production base of FAW-Volkswagen with the most models on the same production line. During peak period, 2,400 cars are produced per day, involving tens of thousands of components. To handle complex picking tasks and improve efficiency and accuracy, the mobile robots solution was introduced. Solution The intelligent logistics system adopted at the Foshan plant is complicated, which integrated FAW-Volkswagen’s FIS and PLP, Hikrobot’s RCS and iWMS, along with 47 LMRs. It is the first “Supermarket 2.0” solution in the automobile industry, that made factory-level collaborative intelligent logistics system a reality. Customer Benefit Read More

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ICISSM and TPCGSI Sign MoU to Jointly Organise SwaRaksha Mahotsav 2026

The International Council for Industrial Security, Safety & Management (ICISSM) and the Trade Promotion Council for Geospatial & Space Industry (TPCGSI) signed a Memorandum of Understanding (MoU) on 15 January 2026 to collaborate on the organisation of SwaRaksha Mahotsav 2026 – a global summit, exhibition and awards platform. SwaRaksha Mahotsav 2026 is scheduled to be held on 21-22 May 2026 at Vigyan Bhawan, Ahmedabad, Gujarat, and will focus on: The MoU was signed by Col. (Retd.) D. R. Semwal, Patron, ICISSM, and Sanjay Singh (Adv.), Director General, TPCGSI. The agreement broadly defines the areas of engagement and partnership between the two organisations for the successful organisation of SwaRaksha Mahotsav 2026. ICISSM is a purely non-commercial, apolitical and independent professional forum, operating without support from business groups or corporate sponsorships. The Council is founded on the principles of mutual knowledge sharing, professional growth and meaningful networking. It does not represent any pressure group or vested interest and brings together a strong network of senior security, safety and risk management professionals from industry, government, PSUs, infrastructure and critical installations, with deep expertise in industrial security, safety governance, crisis management and resilience planning. TPCGSI serves as the voice of industry, representing the interests of the Aerospace & Defence, Geospatial & Space, Marine, Unmanned Technologies and Homeland Security sectors in India. The Council works actively towards the advancement of these technologies and their applications through policy advocacy and sustained engagement with government and other stakeholders. ICISSM is a purely non-commercial, apolitical and independent professional forum, operating without support from business groups or corporate sponsorships. The Council is founded on the principles of mutual knowledge sharing, professional growth and meaningful networking. It does not represent any pressure group or vested interest and brings together a strong network of senior security, safety and risk management professionals from industry, government, PSUs, infrastructure and critical installations, with deep expertise in industrial security, safety governance, crisis management and resilience planning. The primary objective of this MoU is to foster a strategic partnership for strengthening India’s security ecosystem, while ensuring that government, industry, academia and society at large develop a deeper understanding of the evolving needs of these sectors and their contribution to the nation’s economic growth and development. Both organisations firmly believe that technology is a key driver of economic progress, and that consistent policy advocacy has helped establish a strong and effective industry voice within government corridors. Through this collaboration, ICISSM’s domain expertise and professional strength will add significant value to SwaRaksha Mahotsav, positioning it as India’s largest global platform for Aerospace & Defence, Industrial & Homeland Security, Safety, Geospatial, Space, Unmanned Technologies, Cyber Security and Marine Systems. Together, ICISSM and TPCGSI aim to foster meaningful engagement between government, armed forces, industry leaders, academia, startups and global experts, while strengthening India’s leadership in strategic and emerging technologies critical to national security and resilience. Read More

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Protection Against Harm to Elections in all fairness

Co-author Introduction Our country’s election is a civilizational, cultural and even festive time where over a billion people come together in a shared national act. It is that crucial time when the Constitution places complete power in the hands of every adult citizen, regardless of wealth, status, caste, religion, or social privilege. As the Election Commission of India has often described in its post-election reports, the general elections are ‘the most diverse expression of popular will in human history.’ The sheer magnitude of the exercise is staggering, over 912 million voters1 thousands of political candidates, millions of polling personnel, and polling stations in terrain as remote as the Siachen base camp and the Sundarbans. In India, the right to vote is a statutory right, and elections are governed by Article 326 of the Indian Constitution, which establishes universal adult suffrage, allowing every citizen aged 18 or above to vote, subject to the qualifications prescribed by law. The detailed provisions relating to registration of voters, conduct of elections and disqualifications are laid down in the Representation of the People Act, 1950 and 1951, as the exercise of the right to elect depends entirely on statutory provisions. The Hon’ble Supreme Court of India has consistently held that the right to vote is not a Fundamental Right, but a right created by the Constitution and regulated by Parliament. The freedom to free and fair elections and express choice is protected under Article 19(1)(a) as part of freedom of speech and expression, a fundamental right. The Hon’ble Supreme Court held in the case of Jyoti Basu v Debi Ghoshal, 1982, that “the right to elect, fundamental though it is to democracy, is anomalously enough neither a fundamental right nor a common law right. It is pure and simple a statutory right.” Yet the vast and intricate mechanism of ‘election’ is fragile. Elections are susceptible to disruption, manipulation, distortion, or corruption through various means, including digital deception, psychological warfare, misinformation campaigns, and foreign influence. The Hon’ble Supreme Court held in Indira Gandhi v. Raj Narain (1975),2 “Democracy is meaningful only if elections are free and fair.” This principle was elevated to the level of the Basic Structure of the Constitution, meaning no law, no government, and no authority can dilute or compromise this requirement. Chapter IXA, ‘Offences Relating to Elections,’ was not part of the original Indian Penal Code (IPC)1860. It was introduced into the IPC by the Indian Elections Offences and Inquiries Act, 1920. Chapter IXA aimed to codify specific offences related to the electoral process within the main body of Indian criminal law to ensure free and fair elections and protect the free exercise of electoral rights. Before 1920, laws regarding election offenses were likely scattered or less formally defined. The 1920 Act brought these specific offences under one chapter (Sections 171-A to 171-I) of the IPC. The Indian Elections Offences and Inquiries Act, 1920 was enacted to provide punishment for malpractices related to elections and to establish procedures for conducting inquiries into disputed elections to legislative bodies constituted under the Government of India Act. It was passed by the Indian Legislative Council and received the Governor General’s assent on September 14, 1920. The Act extended to the whole of British India and aimed to address corrupt practices such as bribery, undue influence, personation, false statements, and illegal payments during elections. This Act also amended Indian Penal Code by inserting new provisions specifically dealing with election offenses, now found in Chapter IX-A (Sections 171-A to 171-I)3. It empowered authorities to take various actions for investigating election malpractices, including enforcing the attendance of witnesses, compelling document production, examining witnesses under oath, and conducting searches. The Act was significant because it laid down a legal framework for safeguarding the integrity of elections and provided a mechanism to punish electoral offenses systematically. The transition to the Bharatiya Nyaya Sanhita marked a historic shift. Enacted in 2023 and effective from July 1, 2024, the BNS replaced the IPC with a more modern, decolonized code. Electoral offences were consolidated into Chapter IX (Sections 169-177), retaining the core structure of the old provisions while enhancing clarity and penalties.4 These rules are made to keep our elections clean, fair and free from cheating. The law covers actions like giving money for votes, threatening or pressuring voters, using fake identities to cast votes, spreading false information about candidates, breaking spending rules, or misusing power at polling stations. Given this foundational role of elections in India’s constitutional arrangement, it becomes essential to understand what harms elections, how such harm has evolved, and how Indian law has tried, and often struggled, to keep pace with the changing nature of these threats. This article attempts to explore the journey in depth, through a detailed legal, social and national security analysis, it evaluates what ‘harm to elections’ truly means in today’s India; how past laws, particularly the colonial-era IPC, tried to address these harms; how the BNS modifies and modernizes the framework; and what gaps, challenges and opportunities remain. Background to offences related to elections under ipc The concept of offenses against elections in India traces back to the colonial era, when the British administration sought to regulate electoral conduct to maintain order in a nascent representative system. The Indian Penal Code of 1860 (IPC), enacted under British rule, laid the foundational legal framework by criminalizing acts like bribery (Section 171B), undue influence (Section 171C), and personation at elections (Section 171D), which were seen as direct threats to fair polling. These provisions were influenced by English common law and aimed at preventing corruption in limited franchise elections during the Raj. Post-independence, with the adoption of universal adult suffrage in 1950, election offenses evolved amid growing political competition. The Representation of the People Act (RPA), 1951, expanded on IPC by defining corrupt practices such as booth capturing, intimidation, and electoral fraud, making them punishable to ensure free and fair elections. The 1970s marked a dark chapter with the Emergency (1975-1977), when criminals began entering politics…

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Building the Green Factory : How Smart Manufacturing Creates a Sustainable Future

The industrial sector is at a crossroads. As the engine of the global economy, it consumes 37% of global energy while facing tightening carbon regulations worldwide. Manufacturers must now contend with unstable energy costs, resource scarcity, and the urgent call for climate action. The pressure is no longer just to produce more, but to produce smarter, cleaner, and with true sustainability. The Hidden Cost of Traditional Operations For decades, factory operations were highly inefficient, struggling to fix problems only after they occurred. The old ‘run-it-till-it-breaks’ model created ‘energy black holes’ that drained resources and profits, placing a heavy burden on the environment. Equipment is typically maintained only after failure, causing severe downtime, but the real cost comes earlier. Consider an unmonitored motor running slightly above specification or an oven with undetected heat loss; these act as a constant energy drain and silently increase the carbon footprint. This reactive approach extends to infrastructure. Vast production floors keep lights and HVAC running around the clock for human workers – often the largest source of ‘non-production’ energy waste. Older systems lack visibility into these invisible inefficiencies, from air compression leaks, which alone can waste 20-30% of the energy output, to electrical cabinet overheating. Manufacturers remain blind to major cost-saving and sustainable transformation opportunities. In this data vacuum, the balance sheet and biosphere suffer. The Intelligent Pivot: From Blind Spots to Precision Power The future of manufacturing relies on intelligent technology to shift away from costly, reactive operations toward high-precision, proactive green practices. This transformation embeds AI and advanced sensing to optimize power use, eliminate waste, and minimize carbon footprints. Central to this shift is innovative equipment optimization. Low-power robotics, motors, and systems are managed by intelligent algorithms that dynamically adjust operations to match demand with minimal power use. AI-enhanced thermal monitoring provides 24/7 oversight, detecting signatures of inefficiency or failure to enable predictive maintenance and targeted green upgrades. Equally transformative is smart logistics and the “dark warehouse”. Recognizing that climate-controlled storage drains utilities, facilities now deploy automated guided vehicles and handling platforms that operate perfectly in darkness. This allows massive storage zones to transition to near-zero energy for lighting and climate control, proving productivity and environmental protection can become a unified goal. Technology in Action: Hikvision’s Green Manufacturing Transformation The commitment to smart, sustainable production is not abstract theory – it is integrated into real-world operations. At Hikvision’s manufacturing bases, the company has implemented these AIoT solutions to strengthen its green manufacturing and ESG performance, turning commitments into verifiable, industry-leading practices. For decades, factory operations were highly inefficient, struggling to fix problems only after they occurred. The old ‘run-it-till-it-breaks’ model created ‘energy black holes’ that drained resources and profits, placing a heavy burden on the environment Such a technology-driven initiative has delivered high-impact results: The Green Factory is where business growth meets environmental responsibility. As AI, automation, and thermal solutions become the backbone of sustainable manufacturing, more innovators are moving early to lead the low-carbon shift. Want the practical playbook? Explore our smart manufacturing white paper: how large-scale AI powered video intelligence transforms efficiency and accelerates smart manufacturing. Index: To see how Hikvision integrates green commitments into operations and broader value chain, please read our ESG Reports. [1] The International Energy Agency. (2023). IEA – Industry Energy System Overview [2] Future Market Insights. (2025). Compressed Air Leak Detection Market Report Read More

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LiDAR

“Mission: Possible”–Stopping the heist before it happens with LiDAR

Martin VojtekBusiness Director 3D Surveillance at Hexagon’sSafety, Infrastructure & Geospatial division Seven minutes. That’s how long the recent Louvre heist took. In broad daylight, a group of thieves rode up on a construction platform, smashed display cases, stole several historical jewels tied to the Napoleonic dynasty and escaped on scooters before anyone in the control room even realised what was happening. It sounds like a scene straight out of ‘Mission: Impossible.’ Only this time, Tom Cruise wasn’t there. In movies, we often see tight webs of red laser beams guarding treasures, with the hero gracefully sliding between them. Reality, however, is far less cinematic. Most museums still rely on mechanical sensors, simple infrared barriers, cameras and the most fallible component of all – the human eye. But the human eye doesn’t measure space. A camera records an image, but it doesn’t know that a display case has shifted by three centimeters, or that a visitor’s hand just crossed an invisible boundary. That’s where a new kind of perception comes in – LiDAR. From Hollywood fantasy to real-world security Forget the tangled maze of laser beams you’ve seen in films. A modern 128-channel rotating LiDAR fires hundreds of thousands of laser pulses per rotation – and it does this up to 10 times per second. That’s millions of spatial measurements every second, creating an invisible web of light that maps the scene in 3D, without anyone ever noticing. What LiDAR builds is called a point cloud – a live three-dimensional model of the environment. The system constantly compares this ‘snapshot’ with the current scene. If anything changes – a hand moves closer to an artifact, a case is displaced or an object disappears – LiDAR detects it instantly. When technology sees in 3D LiDAR technology (such as LidarVision, developed by Hexagon), brings true 3D situational awareness into museums and galleries. It doesn’t just see that someone is moving; it knows where, how fast and in what trajectory. Each detected object is tracked with its precise dimensions, velocity and spatial position. If a visitor steps too close to a protected exhibit, the system triggers an alarm. Pan-tilt-zoom (PTZ) cameras automatically turn to the exact spot and start recording. The operator no longer has to stare at dozens of screens, hoping to catch the right moment. LiDAR data also serves as forensic evidence – allowing investigators to replay the incident as a full 3D reconstruction. They can see exactly how intruders moved, from entry to exit, with centimeter precision. Beyond thieves: Everyday situational awareness LiDAR isn’t just a tool against master criminals. It helps with daily operations, too – recognizing when someone lingers suspiciously near a sensitive exhibit, when an unauthorised object enters the room or even when a visitor collapses. The system can trigger a silent alert, notify security staff or automatically redirect nearby cameras. History that never comes back Art theft is not a cinematic rarity – it’s a recurring tragedy. In 1990, 13 paintings worth more than half a billion dollars vanished from Boston’s Isabella Stewart Gardner Museum. None have ever been recovered. Even Leonardo da Vinci’s Mona Lisa was stolen from the Louvre in 1911 – though it was miraculously found two years later. That case, however, remains the exception. Thieves often fail to realise that cultural artifacts are not commodities. When they melt them down for gold or strip them for gems, they don’t just destroy value – they erase history. Spatial understanding is the future of security No security system is flawless. But while cameras merely watch, LiDAR understands space. From a single compact device, it monitors the 3D environment in real time, detects anomalies and reacts immediately. Modern security is no longer about higher fences or better cameras. It’s about spatial understanding – knowing what is happening in the room right now. Read More

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Security

The Coaching Revolution : Redefining Leadership in Physical Security

Major Paul DevassyCEO of IIRIS Knowledge,Vice Chairman of Asis APAC Board I have been a corporate security professional in various organisations spanning different states & types of organisations. The common approach that I had been applying was that of a salesperson. My entire being was being focused on providing a solution to any potential issue that might pop up. The issues would be anything under the sun – I had to give advice on how the elimination of Osama Bin Laden would affect the organisation, what would the affect be the death of a local politician be on operations in a state, the change of regime in the neighbouring country, when would the rains start, what would be the impact of the floods, what would be the affect of a strike in a state, would counting of votes in a general election affect the security situation, what would be the impact of the cyclone on the city. This, and myriads of other issues are thrown at the security fraternity and I over time become hard wired to respond to these queries. I morphed into a lean mean solution giving machine, and soon this permeated into all aspects of my life. This solution giving model was satisfying for me as I felt that I had completed my task & proved my worth. Did it work for the client? Maybe yes – especially while addressing a crisis. I do really think that it assisted in the short term. What about the long term? So, the role of being a solution provider became ingrained into my DNA. Jocularly I used to refer to myself being a living Aqua Regia for any risk focused query. I am sure all risk professionals would also be facing a similar predicament. About 36 months ago on the suggestion of a friend I embarked on the journey of becoming a life coach. Was it disruptive for me and my way of thinking? – Immensely! For starters the foundation of being a coach is too able to listen to empathetically to understand the clients’ challenges and what the client wants. Efficiently use open ended questions, understand what is it that the client wants which would be the contracting phase of the coaching session. Then move at the pace that the client wants to foster a sustainable growth while never be judgemental. All this was contrary to my practice as a corporate security professional. A mentor of mine had in the passing mentioned that we must sell security for our clients to buy security. That made me a proponent of a 24/7 full court press attack mode. It was a major exercise in self-control to override my instincts which had been forged with repetitive actions of being a solution provider. I had to mindfully stop being a salesman of Corporate Risk vertical. Selling as a Salesperson vs. Selling as a Coach A classical salesperson always walks onto the field like a quintessential soccer striker with only one thought in mind. The focus is always on scoring the goal. In the case of salesperson everything that is said and does is always concentrated in securing the sale. They always talk of features & benefits as if they were goods laid out on a stall. Salespersons’ words push & press, like a person leaning on a door until it opens. The measure of success is by the score on the board. The relationship is a trade – coin for goods, nothing more. The guiding question is simple – “How can I make them buy?” Their eyes stay on the short road, the one that ends at the cash register. They use all tools available in the craft – pitches, coaxes, cajoles, and do always keep bargaining, looks for connections that can be leveraged for the final push. So, when the proverbial dust settles, the salesperson walks away with a customer. In comparison, a coach is cut from another cloth. The archetypical coach is a gardener tending to the garden. They always think of the soil, of sunlight, of slow, steady & sustainable growth. Coach’s focus is not on the product, but on the person who is representing the organisation. The coach asks questions the way a gardener tests the texture of the earth. Always listening as a gardener who is connected to the earth for the faint stir of roots. The approach is open and gently perusing. In this mindset the success is not a number but a change – a lift in skill, a rise in confidence. The relationship is not a trade but a journey. It is built on trust, like a bridge that grows plank by plank. The question is different: “How can I help them grow?” Adopting a coach’s mindset changes the focus to following the seasons, not the day. The coach’s tools may appear to be small but in the end is mighty – listening, questioning, feedback, and understand their concerns and unique context. More importantly listen for the unsaid. Most importantly with this mindset inculcating a non-judgemental thinking approach assists in facilitating self-discovery, strategic thinking, and capability-building. All of this ends up in establishing a stronger and sustainable relationship which is built for the long run. Coaching Mindset vs. Sales Mindset: Who Prevails in Corporate Risk? I personally have been in the salesperson mindset all my life. But I believe as corporate risk professionals, we must evolve from having a salesman mindset to a coaching mindset for sustainable growth. A coaching outlook brings big advantages over the traditional sales approach. It builds real client ownership. Clients find solutions themselves empowered instead of just being told what to do by the salesperson. This creates stronger buy-in & commitment in the long run. A coaching mindset also has a long-term impact. Wherein it goes to builds skills & confidence in client teams. They become self-reliant & less dependent. This can be counter intuitive to being with but has a positive impact on the entire relationship chain. It…

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