Salto has announced that the Salto Neo electronic cylinder full range has passed a third-party verification of the Environmental Product Declaration (EPD). The EPD applies to all European, Scandinavian, Swiss, and UK mortise, cam lock, and American standard lock cylinders (mortise, rim, and deadbolt).

An EPD is a third-party-verified document that provides a transparent and detailed account of a product’s environmental impact throughout its lifecycle – from material extraction and manufacturing to end-of-life disposal. EPDS provide a credible and standardized means for both companies and consumers to assess a product’s environmental impact.

For architects, designers, developers, and other built environment professionals, an EPD offers critical insights that inform sustainable decision-making. It also ensures compliance with green building standards as well as eco-friendly construction practices. By quantifying a product’s environmental footprint, EPDs empower decision-makers to prioritize sustainable architecture.

A sustainable and unique compact design  

The Salto Neo electronic cylinder range combines advanced smart locking technology and a universally compatible cylinder that replaces an existing cylinder and fits any door with unlimited model options. Salto Neo cylinder smart locks are ideal for diverse applications across the residential, commercial, education, healthcare, and workspace industries.

• Easy to install: Easy to install and retrofit, the universally compatible Salto Neo cylinder can replace an existing cylinder and fit any door – with unlimited model options.
• Wireless connectivity: The Salto Neo Cylinder range can deliver structured, wire-free systems that enhance coverage and provide seamless, keyless access.
• Aesthetics: Available in a variety of finishes, the Salto Neo Cylinder range offers limitless choices to customize doors. They are an excellent choice for retrofitting projects.
• Digital and mobile credentials: Meet user, staff, and visitor security expectations across buildings with a seamless, keyless experience. Incorporate flexible access credentials – mobile, NFC and RFID cards, Wallet keys, and more – that deliver secure access to the right buildings, sites, and spaces.

Hikvision unveiled the latest Pro Series Network Cameras, now powered by ColorVu 3.0 – a major leap in video security technology. With dramatic upgrades in image clarity, AI-powered intelligence, and audio performance, these cameras are built to perform, day or night.

ColorVu 3.0 – AI Night Vision Like Never Before

Experience next-generation visibility even in low-light conditions. Powered by HikAI-ISP, these cameras offer:

• AI noise reduction & motion trail smoothing
• Advanced color accuracy with 3D LUT
• AI WDR for perfectly balanced brightness and shadows—automatically

AcuSense 3.0 – Smarter Surveillance, Less Effort

Say goodbye to endless footage scrolling. AcuSearch enables one-click video retrieval. Motion detection is enhanced with smarter perimeter protection. False alarms are reduced, especially in tricky night-time scenarios.

Audio 2.0 – Clearer Sound, Better Communication

Communication just got a serious upgrade:

• Dual-mic array for crystal-clear audio and noise reduction
• Smart PA speaker for amplified alerts and two-way talk
• Ideal for large and complex environments

Designed for Performance & Sustainability

With improved anti-corrosion protection and eco-friendly packaging with Tamper-Free Packaging design, the new Pro Series reflects Hikvision’s commitment to quality, durability, and environmental responsibility.

The global iris recognition market size is estimated to reach USD 35.57 billion by 2030, registering to grow at a CAGR of 23.4% from 2025 to 2030 according to a new report by Grand View Research, Inc.

Iris recognition technology uses geometric pattern-recognition systems on video images of both irises, whose intricate random patterns are distinct, stable, and perceptible from angles. The market for iris identification is experiencing high demand due to its uniqueness, stability, and security. The iris arrangement is consistent and incorporates a variety of iris traits and textures, such as stripes, furrows, coronas, and freckles.

Fast becoming the biometric of choice

The market is driven by elements like the incorporation of iris scanners in smartphones, increased fraudulent activities & security concerns, growing use in government projects, and higher demand from the consumer electronics sector. The market’s future looks bright because of potentials like the expansion of distribution channels, R&D projects, high demand from the travel and immigration sector, and rising adoption rates in businesses. Government organisations also adopt various biometric technologies to reduce cyber threats and streamline system access. One of the first police agencies to adopt iris recognition was the New York City (NYC) Police Department in April 2021.

Great potential in healthcare vertical

Establishing precise patient identification is a recurring issue in the healthcare sector. Applications for healthcare management are moving toward biometric iris recognition technologies. Iris recognition is expected to be significantly used in healthcare systems worldwide due to the advancement of current technologies and the creation of multi-layered iris authentication systems at affordable prices.

Employing iris recognition technology in cloud computing guarantees high levels of security in contrast to conventional data protection methods. Integrating cloud computing with iris recognition technology, the implementation of iris recognition technology for verification of identity by governmental organisations, as well as the application of iris recognition in the BFSI to avoid acts of fraud, are significant factors propelling the market growth. The iris recognition industry used growth strategies such as collaborations, partnerships, product launches, and strategic alliances to increase iris recognition’s global footprint to all the important regions and to fulfill the growing demand for iris recognition systems.

Summary of key findings on the iris recognition market: 

• Based on components, the hardware segment held a significant share of over 43.9% of global revenue in 2024. Hardware improvements are crucial for enhancing iris recognition systems’ accuracy, speed, and overall performance

• Iris recognition software has seen significant growth and development over the years as software has improved in accuracy over time due to developments in hardware and image processing techniques

• Based on application, the identity management & access control segment led the market in 2024, accounting for over 36.4% share of the global revenue. Solutions for iris recognition are utilised in various industries for applications, including access control and identity management

• The time monitoring segment is expected to register a CAGR of 24% during the forecast period. Due to biometric iris technology, employees don’t need to memorise passwords or fill timecards physically, while employers don’t have to worry about misplaced or lost key cards, which are frequently utilised with attendance tracking

• Based on end-use, the BFSI segment is expected to grow at the fastest CAGR over the forecast period. In the BFSI industry, iris recognition is used for biometric verification, adding an extra layer of security to transactions and access to private financial data.

Key players

Some of the key players noted by the researchers include companies such as, Thales, Idemia, Iris ID, Iritech, Princeton Identity, NEC, SAP, HID, Eyelock, and Hikvision.

According to the latest information from researchers Marketsandmarkets, the global military drone market will grow from USD 15.80 billion in 2025 to USD 22.81 billion in 2030 at a CAGR of 7.6% during the forecast period.

The analysts find that the military drone market growth is driven by increased investments in advanced military solutions to enhance defence capabilities. The rise in piracy and territorial encroachments in regions like Central Asia, South America, East Africa, the Indian subcontinent, Southeast Asia, and West Africa has led to heightened maritime patrolling and anti-piracy operations. As a result, there is a growing reliance on Unmanned Aerial Vehicles (UAVs) for maritime patrolling and identifying potential hotspots.

Battery propulsion leads

Based on propulsion, the military drone market the information is categorised into turbo engines, piston engines, and battery-powered drones. The battery segment encompasses military drones utilising lithium-ion batteries, fuel cells, and hybrid cells. During the forecast period, the battery segment is expected to exhibit the highest growth rate at 16.2%, driven by the adoption of batteries in many short- and medium-range and small drones. According to the research, high-endurance tactical and strategic drones are typically powered by turbo engines, specifically gas-powered turbojet and turbofan engines. Meanwhile, piston engines have found applications in many small military drones designed for low-power and low-speed operations. Battery or electric military drones leverage batteries for energy storage, powering electric motors.

Subsonic segment dominates

Based on speed, the military drone market is divided into subsonic and supersonic segments. The subsonic is subdivided into drones with speeds of <100 Km/hr, 100–300 Km/hr, and >300 Km/hr. Currently, the subsonic segment dominates the market, reflecting the prevalence of military drones operating at conventional subsonic speeds. Subsonic drones, characterised by speeds ranging from standstill to slightly below the speed of sound (Mach 0.8), contributed significantly to the market share in 2023. This growth is driven by an increased demand for highly autonomous drones operating at high subsonic speeds.

Strong demand in Asia Pacific

The Asia Pacific region stands out as a global leader in technology and innovation, showcasing the fastest growth in military drone adoption. Notably, countries such as China, Malaysia, South Korea, and India are making substantial investments in the development of military drone projects. India frequently procures military solutions from North America and Europe.

China, recognised for its advanced technology and efficient manufacturing capabilities, plays a significant role in the drone industry. Key Chinese companies named by the research and engaged in the manufacturing of military drones, payloads, and drone components include Autel Robotics, China Academy of Aerospace Aerodynamics, Chengdu Rainpoo Technology Co., Ltd., Aviation Industry Corporation of China (AVIC), and China Aerospace Science and Technology Corporation.

Other global major players mentioned in the report include companies from the United States such as Northrop Grumman Corporation, Raytheon Technologies Corporation, General Aeronautical Systems and Teledyne Flir; and the Israeli company, Israel Aerospace Industries Ltd.

According to a new research report on smart cities, published by Marketsandmarkets, this sector will grow to USD 1,445.6 billion by 2030 from USD 699.7 billion in 2025, at a compound annual growth rate (CAGR) of 15.6% from 2025 to 2030.

A smart city uses advanced technologies and data-driven solutions to enhance urban living, optimise resource use, and improve sustainability. Key components include IoT sensors, AI analytics, smart grids, and connected infrastructure. These technologies enable real-time monitoring and efficient management of utilities, transportation, and public services. Smart infrastructure improves energy efficiency, reduces traffic congestion, and enhances public safety through predictive analytics.

The adoption of smart city solutions, according to the researchers, is largely driven by rapid urbanisation, environmental concerns, and the need for resilient infrastructure. Applications of these solutions range from smart waste management—which minimizes landfill use—to intelligent transport systems that reduce emissions, and green buildings that lower energy consumption. By integrating renewable energy sources and promoting eco-friendly practices, these solutions contribute to a greener future, fostering sustainable urban ecosystems that prioritise environmental conservation and improve residents’ quality of life.

Commercial smart buildings at the forefront

Commercial smart buildings are at the forefront of the smart building segment within the smart cities market, largely due to their high adoption rates in office buildings, retail spaces, and corporate office parks. This trend is driven by the demand for increased operational efficiency and cost reduction. These buildings implement various solutions, including automated building management systems (BMS) that help to reduce HVAC, lighting, and energy consumption. Smart visitor and access systems enhance security and streamline entry processes. AI-driven space optimisation and data analysis maximize the use of space based on occupancy patterns.

Additionally, IoT sensors monitor real-time environmental conditions, improving occupant comfort and facilitating facility maintenance. Collectively, these solutions enhance operational efficiency by minimizing power wastage, boosting security, and lowering operational costs. The strong demand for these solutions in commercial settings, combined with their scalability and measurable return on investment (ROI), solidifies their leading position in the market. Businesses are increasingly investing in sustainable, data-driven solutions to meet the evolving needs of modern cities.

PIM demand drives smart transport segment

Passenger information management (PIM) is expected to experience the fastest growth rate within the smart transportation segment of the smart cities market. This is largely due to its essential role in improving commuter experiences and operational efficiency. PIM systems utilise real-time information, the Internet of Things (IoT), and artificial intelligence (AI) to provide accurate and timely details about transit schedules, delays, and routes.

This information is delivered through mobile applications, digital signage, and in-vehicle systems. PIM enhances commuter satisfaction, encourages the use of public transport, and helps to reduce traffic congestion. The rapid growth of urban areas and the increasing demand for seamless, technology-driven transportation solutions are key factors driving the adoption of PIM.

Furthermore, the integration of PIM with smart ticketing platforms and mobility-as-a-service solutions enhances accessibility. As the focus shifts toward sustainable transport initiatives and data-driven city planning, the scalability of PIM, along with its ability to streamline transit networks, is driving its growth within the intelligent transport ecosystem.

Significant population in Asia creates greatest geographical demand

The Asia Pacific region is projected to experience the highest CAGR in the smart cities market during the forecast period. This growth is driven by urbanization, the rise of a growing middle class, and increasing government investments in digital infrastructure. The significant population increase, particularly in India, China, and Southeast Asia, is creating greater demand for smart urban solutions. Initiatives such as India’s Smart Cities Mission and China’s New Urbanization Plan are key factors contributing to this growth.

Additionally, an improved macroeconomic outlook, the expansion of 5G networks, and public-private partnerships are promoting the development of smart cities in areas such as energy, transportation, and public services. Marketsandmarkets analysts also suggest that the adoption of new technologies, along with goals for environmental sustainability, is further fueling market expansion. As megacities continue to develop, the Asia Pacific region is well-positioned to lead global innovation in smart cities, creating technology ecosystems and catering to a large consumer base that seeks an enhanced urban quality of life.

Major players

The major vendors covered in the smart cities market report include companies such as Cisco, IBM, Microsoft, Siemens, Hitachi, Schneider Electric, Huawei, NEC and ABB. These players have incorporated various organic and inorganic growth strategies, including collaborations, acquisitions, product launches, partnerships, agreements, and expansions to strengthen their international footprint and capture a greater share in the smart cities market. These organic and inorganic strategies have allowed market players to expand across geographies by offering solutions to smart cities.

MOBOTIX has received three new SySS certifications for the MOBOTIX One and MOBOTIX 7 platform, and MOBOTIX c71 Nurseassist – powered by Kepler Vision Technologies.

This is the first SYSS certification for the new MOBOTIX One platform and the MOBOTIX c71 Nurseassist, which specialises in the healthcare market. All tests were carried out by the renowned SYSS GmbH, a leading provider of penetration tests in Germany.

“For MOBOTIX, cyber security is an integral part of our product promise,” explains Christian Cabirol, CTO of MOBOTIX. “With the current certifications, we are once again demonstrating that our products – from robust all-round cameras to highly specialised, AI-supported system solutions – also set standards in IT security.”

As part of comprehensive tests, the cameras and solutions were checked by SYSS GmbH for vulnerabilities, potential points of attack and defense mechanisms with regards to the web interfaces. The MOBOTIX 7 platform has once again demonstrated its cyber security capabilities and the new MOBOTIX One platform was also certified, confirming that it meets the highest cyber security standards at market launch. The MOBOTIX c71 Nurseassist designed for use in care facilities, with its integrated fall detection AI, also successfully passed the strict test standards.

“Data security is a key decision criterion – especially in sensitive areas such as healthcare or critical infrastructures,” emphasises Cabirol. “We not only develop high-performance cameras, but also holistic, trustworthy systems. The three new SYSS certifications are a strong signal to our customers and partners worldwide.”

G4S has been awarded the contract as the principal security provider for Sizewell C, the new 3.2GW nuclear power station under construction on the Suffolk coast.

G4S will supply and support the main Sizewell C construction sites, as well as securing the project’s off-site infrastructure locations, including its bus operations centre where the project’s hydrogen-powered bus fleet will be maintained, two park and ride locations, and an accommodation campus.

At the project’s peak, G4S will employ up to 350 people, and the vast majority will be recruited from the local community. It is estimated that employees will complete around 300 apprenticeships over the life of the contract, ranging from level 2 to degree level 7 qualifications. G4S already has 220 employees at Sizewell C project locations and 14 are undertaking apprenticeships.

G4S also secures the Hinkley Point C nuclear power project, which is under construction in Somerset.

James Self, Account Director for G4S at Sizewell C said: “We are really proud to be a trusted partner for this vital project and we are committed to playing our part in having a significant positive impact on the local community. We are investing in developing our people to ensure they get the most out of their careers at Sizewell C. We have employed people from a wide range of backgrounds who haven’t worked in security before, but have transferable skills and we provide the training they need.

“The security solutions deployed will encompass cutting-edge systems and security technology – many of which have been tried and tested successfully at Hinkley Point C – and around 300 Enhanced Security Officers (ESOs).

Experience at Hinkley brings benefits

“Whenever possible and applicable, we will use what we have learnt at Hinkley Point C to bring the greatest benefit to this project, whether that’s the use of the best technology and systems, or the highest quality training and development for our people.”

Physical security team roles also include supervisors, team leaders and duty security managers. The security control room forms the hub for site incident and emergency management, enabling all site communications and the issuing of security tasks.

This will be supported by nuclear site regulation compliant technical infrastructure to provide high-security data storage, sourced through a local supply chain and a dedicated team of experts and engineers to maintain it, who live and work in the local area.

One of the biggest clean energy projects in Britain, Sizewell C will provide low-carbon electricity to six million homes for at least 60 years and save nine million tonnes of carbon dioxide from entering the atmosphere annually.

Supporting employment across the UK

The project will support thousands of jobs across the UK, creating 1,500 apprenticeships, and will deliver 70% of its construction value to British suppliers. It is already delivering £2.5bn in contracts to nearly 300 UK suppliers and is committed to spending £4.4bn in the East of England alone across the construction period.

Damian Leydon, Site Delivery Director, said: “G4S bring the very highest level of safety and security to all our sites in Suffolk, making an important contribution in helping us deliver this incredible project for the UK.

Genetec has integrated its Autovu Cloudrunner, the company’s vehicle-centric investigation system (VCIS), with the Saferwatch real-time alerting and reporting platform. Initially developed for the Hawaii Department of Law Enforcement, the integration brings together Cloudrunner’s vehicle search capabilities and Saferwatch’s live communication tools into a single platform, enhancing how public safety agencies and communities coordinate in real time during incidents involving vehicles of interest.

The initiative was born out of the Hawaii Department of Law Enforcement’s pressing need to strengthen situational awareness and inter-agency communication. Saferwatch was already being used widely throughout the state, providing secure, real-time communications between citizens, public institutions, and law enforcement. Their vision was to combine real-time technologies to enhance public safety, not only to respond more quickly to incidents, but also to proactively identify potential threats before they escalate.

“This partnership represents a major step forward in how we protect our communities across Hawaii,” said Mike Lambert, Director, Hawaii Department of Law Enforcement. “By integrating Genetec advanced license plate recognition technology with the Saferwatch real-time alert platform, we’re giving our officers and public safety partners the tools to act faster, smarter, and with greater precision. This technology helps us stay one step ahead while keeping transparency and community trust at the forefront.”

Improving situational awareness with real-time data

Cloudrunner automatically captures license plate information, vehicle characteristics (colour, type, make, and model), and driving behaviours, regardless of time of day or weather conditions. With this data now available within Saferwatch, law enforcement agencies can receive instant alerts when a vehicle on a hotlist is detected. These alerts are automatically pushed to 911 dispatchers, investigators, and authorised personnel through the Saferwatch alerting ecosystem. In addition to the license plate information, each alert can include critical context, such as case reports or related vehicle intelligence—enabling faster, more informed decision-making.

Beyond law enforcement

The integration of Autovu Cloudrunner with Saferwatch also extends meaningful new capabilities beyond law enforcement, benefiting educators, healthcare administrators, and public venue operators who already use Saferwatch to monitor potential threats. With Cloudrunner’s vehicle intelligence now embedded in the platform, users can submit tips about suspicious vehicles directly through the app. If a license plate is deemed actionable, it can be added to a hotlist—triggering real-time alerts the moment the vehicle is detected by a Cloudrunner camera. This streamlined flow of information reduces response times and ensures that key stakeholders are aligned and ready to act.

The integration also empowers community members to play an active role in public safety. Through the Saferwatch app, citizens can report sightings or suspicious activity, contributing critical information that could lead to identifying vehicles or individuals of interest. In high-priority scenarios—such as when a most-wanted vehicle is spotted nearby—law enforcement can instantly issue mass notifications to users in surrounding areas, helping alert the public to potential danger and guiding coordinated response efforts.

“Time and collaboration are critical when addressing public safety threats,” said Larry Legere, Commercial Director, Autovu Cloudrunner at Genetec Inc. “This integration streamlines how agencies share vehicle intelligence, enabling faster coordination across jurisdictions and more effective community engagement.”

The integration is now available to Cloudrunner and Saferwatch customers across North America. The Saferwatch app remains free for citizens to download and use for submitting tips, but organisations need an active account on each service to unlock the full benefits of the combined solution.