The AES Corporation has announced reporting financial results for the year ended December 31, 2019. "In 2019, we achieved our strategic and financial goals, laying the foundation for strong growth in the coming decade," said Andrés Gluski, AES Corporation President and Chief Executive Officer (CEO). Innovative green energy solutions Gluski adds, "We are leading the global energy transition by completing 2.2 GW of new projects, adding 2.8 GW to our backlog, and expanding our LNG infrastr...
Executives from Johnson Controls, Microsoft Corp. and the Middle East’s sustainability pioneer, Bee’ah, have announced an agreement to enhance Bee’ah’s new headquarters located in Sharjah, United Arab Emirates, with a sweeping array of artificial intelligence (AI) and smart building solutions powered by Microsoft. Digital Vault Johnson Controls will work with Microsoft to outfit the new building with intelligent edge systems Using its Digital Vault offering and extende...
According to a recent report produced by IHS Markit, which specialises in providing insight on the areas that are shaping the business landscape, the number of video surveillance cameras equipped with advanced low-light functionality is set to soar over the next four years. Whilst it is estimated that in 2015 there were approximately 4.75 million of these types of cameras delivered to the market, in 2022 this number is projected to increase to about 51 million. Advanced low light functionality...
Wavestore has released v6.14 of its open-platform and highly secure Linux-based Video Management Software (VMS). “v6.14 is our most feature-packed release to date and delivers on a promise to our systems integrator partners that we will continue to rapidly respond to changing market requirements,” said Julian Inman, Head of Product Management for Wavestore. “This new release incorporates a host of industry first innovations which deliver enhanced value, essential for smaller v...
Following the new Energy Performance of Buildings Directive (EPBD), many renovations of existing buildings are to be expected in the coming years. These renovations must lead to buildings that are more energy efficient than they are today. This will require the installation of Building Automation systems for commercial buildings above 290 kW installed power. Although each country needs to develop its own renovation plan to tackle the expected renovations, one thing is certain that with automatio...
Door security solutions involve more than just the product being deployed – they also include the impact a solution can have and the support available throughout the life of the installation. While ASSA ABLOY sustainable solutions contribute a number of impressive sustainability benefits, the support for architects, designers, integrators and other security professionals is also robust. ASSA ABLOY sustainable solutions Efficient and cost-effective building design requires everyone to be...
ASSA ABLOY has announced the company’s latest GreenCircle Certifications and Environmental Product Declarations (EPD) for Architectural Door Accessories, which include the following Rockwood Products: Locking Pull LP3301, MegaTek Pulls, MezzoTek Pulls, GeoMetek Pulls, BandWidth Pulls, Vandal Resistant Pull, Offset Pull and Push Bar, Pull Plates including 105x70C, 107x70C, and 111x70C. As well as the following ASSA ABLOY Glass Solutions products: 4” Square and Tapered Door Rails, and the PDU8000-3 Panic Device. ASSA ABLOY GreenCircle was established to provide third-party certification of environmental claims that in turn benefit manufacturers, suppliers, and consumers" ASSA ABLOY and its brands are committed to providing products and services that are environmentally conscious throughout the entire production process and product lifecycle, and value these certifications as well as the standards they set. To become GreenCircle certified, a product or solution goes through a rigorous evaluation process to verify that it has sustainability attributes. The Rockwood products achieved GreenCircle’s Certified Environmental Facts (Multi-Attribute) label. This label details the sustainability attributes of the product as well as the facility where the products are manufactured in order to tell the full sustainability story of the product. The Rockwood products also have EPDs that are third-party certified by UL Environment. EPDs are comprehensive reports that document the environmental impacts of a product throughout its lifecycle. “GreenCircle was established to provide third-party certification of environmental claims that in turn benefit manufacturers, suppliers, regulators, occupants, and consumers,” said Tad Radzinski, Certification Officer, GreenCircle. “Today’s digital age has added new demands for transparency and honesty, and consumers are actively seeking information to substantiate claims made by manufacturers. ASSA ABLOY has long been committed to submitted products for certification and we are pleased to award GreenCircle’s Certified Environmental Facts certification for these Rockwood Products and Glass Solutions.” GreenCircle certification ASSA ABLOY has many products in its sustainable building solutions portfolio, with over 70 products and multiple manufacturing sites now GreenCircle Certified for various attributes. Not only are the Rockwood products themselves more responsible, they are also manufactured at a facility that has reduced their water and waste and has diverted 77% of their waste from landfill. These factors are also considered and communicated through the product’s EPD. The benefit of an EPD is the life cycle data contained within, which provides a benchmark used to optimise future versions of the product. “At ASSA ABLOY we look beyond products that minimise energy use,” said Catelyn Herman, Product Manager – Rockwood Products, ASSA ABLOY. “We also look to manufacture our products with sustainable production methods and then share that distinction with our customers, so they know they are not only investing in an aesthetic and high-quality product, but also one that was made in an environmentally conscious way.”
ABP Technology, global specialty distributor for IP technology solutions, is now distributing end-to-end environmental monitoring and access control solutions from Kentix, the manufacturer of innovative smart building security products. Kentix Access Control solutions Kentix products available from ABP Tech include the Kentix MultiSensor and Kentix Access Control solutions Kentix products available from ABP Tech include the Kentix MultiSensor and Kentix Access Control solutions. ABP Tech serves as the Master Distributor of Kentix products across the Americas. “Half of all IT outages have a physical cause like fire or water damage and environmental damage downtimes are much longer – and more expensive – to fix”, said ABP Tech CEO & President, Robert Messer. “Just like a firewall protects data, the Kentix MultiSensor protects a network’s physical infrastructure in a compact, and very powerful, device,” he said. Kentix MultiSensor monitoring solution The Kentix MultiSensor is an end-to-end environmental monitoring solution that protects critical assets, valuable storage areas, technical systems, and IT and communication equipment by detecting 37 types of physical threats that can lead to catastrophic events. It can replace multiple individual solutions like temperature and humidity control, alarm, intrusion or presence detection, smoke, gases and/or early fire detection – saving about two-thirds of the typical cost – while channeling these alarms in a more targeted way. The Kentix MultiSensor is completely IP-based and is scalable up to 500 units. Impressively, the Kentix MultiSensor, an all-in-one environmental monitoring solution has received renowned ISO27001 certification. ISO27001 is the European gold standard in protection requirements for Information Security Management Systems (ISMS). “Moving toward stringent standards like ISO27001 – even though they aren’t yet a requirement in the United States – can help security providers enact the end-to-end protection that is so critical to comprehensive security operations,” said Messer. Kentix DoorLock Kentix Access Control solutions including the Kentix DoorLock are as equally as impressive as the MultiSensor" “Kentix Access Control solutions including the Kentix DoorLock are as equally as impressive as the MultiSensor,” said Messer. “Kentix offers less expensive access control than competing systems, requires less equipment and takes less installation time – with no software fees and no servers,” he said. PoE and dual-door controller Kentix Access Control includes PoE to the dual-door controller smart edge-device and door card-reader/keypad units running an embedded, license-free, zero-cost software solution with Active Directory that can scale up to hundreds of locks. The minimalistic design of Kentix’s Access Control solution makes installation fast and simple and serves an aesthetic purpose; it’s a slick, small cube that is made to operate efficiently. It’s also designed to secure the physical IP network since the PoE connection stays inside and does not go to the door reader. This eliminates the threat of vandals or attempts to infiltrate a network via tapping into an RJ45. Software and system integration Kentix’s MultiSensor and Access Control products can be used separately or together since the Kentix Access Control system interfaces directly into the Kentix MultiSensor environmental monitoring system. All doors controlled by Kentix can also be linked to nearby Mobotix or Axis IP video surveillance cameras and programmed to record video of all access control events for easy auditing and referencing. “We’re excited to be able to bring environmental monitoring and access control products and support to system integrators and dealers seeking innovative and comprehensive security solutions from quality manufacturers like Kentix,” said Messer.
Honeywell, a global leader in Connected Buildings, has unveiled the Honeywell Vector Space Sense, a software solution that shows where, when and how building spaces are used at any given point in time. As a result, the building operations team can make better-informed real estate and space usage decisions that provide opportunities to optimise costs and promote better building experiences for occupants. "From higher levels of employee productivity to healthier environments that help drive cost savings, Connected Buildings have real benefits for owners, operators and occupants," said Vimal Kapur, president and chief executive officer, Honeywell Building Technologies. "Honeywell Vector Space Sense is the latest example of how Honeywell is using cutting-edge technology to enable smarter, data-driven buildings that work for their organisations." Honeywell Vector Space Sense is the latest example of how Honeywell is using cutting-edge technology to enable smarter, data-driven buildings" Honeywell Vector Space Sense Recent studies indicate most offices around the world are under-utilised by as much as half of their actual capacity due to factors such as shifting work schedules, mobile technology usage and changing business needs. However, many facility managers lack the comprehensive insights required to take action to address these usage issues. This can lead to overpaying for unused space, wasted energy usage, off-temperature spaces and other inefficiencies that negatively impact an organisation's bottom line. Honeywell Vector Space Sense helps address this issue by gathering and analysing data from multiple sources throughout a building to deliver actionable insights that help personnel better utilise, optimise and prioritise building spaces. The facility team can view these insights through detailed, information-rich dashboards and reports incorporating visualisation methods like maps, usage profiles, overall trends and other metrics to show where, when, and how space is used, along with opportunities to optimise usage and help reduce costs. For example, organisations can gain the necessary insights to repurpose unused spaces for more productive uses, make better-informed decisions about future space investments or divestments, and better align building equipment schedules with actual usage patterns. Honeywell Vector Space Sense is in use at London Health Sciences Centre, a London, Ontario-based hospital network with 15,000 employees Data analysation and security Honeywell Vector Space Sense is in use at London Health Sciences Centre, a London, Ontario-based hospital network with 15,000 employees that covers 1.9 million square feet and served more than 1 million patients in 2017. The hospital network chose to implement the technology to better understand the use of its clinical and office spaces, following complaints of overcrowding and office expansion requests. With Honeywell Vector Space Sense, the network discovered that overcrowding in certain areas only happened at specific times, while other spaces often went unused for long periods of time. This information helped inform better space reallocation and scheduling. "Hospitals are complex systems, and not only are the operational costs high, so are the stakes. There's no room for error when it comes to using your space most effectively," said Derek Lall, director of facilities management, London Health Sciences Centre. "As a regional acute hospital, we must strike a balance between efficiency and comfort to ensure we're delivering the best care possible and getting the most out of available resources. Honeywell Vector Space Sense is helping us do that by providing a level of insight all in one place that we'd otherwise have no way of obtaining." Backed by a cloud-based infrastructure, Honeywell Vector Space Sense follows a three-step process that starts with gathering space utilisation data from multiple sources Cloud security Backed by a cloud-based infrastructure, Honeywell Vector Space Sense follows a three-step process that starts with gathering space utilisation data from multiple sources such as smart lights, bluetooth beacons, mobile apps, and other sensor-connected devices and equipment. The solution then applies analytics to the collected data, using customised algorithms and space utilisation models to deliver actionable insights—the third and final step. "Expenses associated with unused building spaces often go unnoticed, simply because it's so difficult to get an accurate, moment-by-moment view into how building spaces are used, or if they're being used at all," said John Rajchert, president, Building Solutions, Honeywell Building Technologies. "Honeywell Vector Space Sense takes the mystery out of space usage through real-time, IoT-enabled insights that give organisations the real picture of where and how people are using spaces, so they can get the most out of their buildings.”
The National Security Inspectorate’s (NSI) team of 34 full-time, expert auditors recently gathered in Maidenhead to participate in advanced training and sharing of best practice, as part of their continual development. This unique, highly respected team clocks up on average 3.25 million miles each year, fulfilling around 3500 audit days across more than 1800 approved companies. As part of its commitment to raising standards within the industry, NSI’s audit team is increasingly adopting hybrid powered vehicles which deliver low emissions and excellent fuel economy. “Up to 37 miles of my daily commute to audits can be completed on electric only power, as I charge my car every night. It’s beneficial knowing I can select electric mode when driving through residential and city areas, thus reducing pollution,” advises NSI Auditor Doug Malcolm. Having owned a hybrid vehicle prior to starting my employment with NSI, it was an easy decision to opt for one" Zero emission zones NSI Auditor Dave Bartram comments: “Having owned a hybrid vehicle prior to starting my employment with NSI, it was an easy decision to opt for one. I’m not an eco-warrior but I do feel passionate about contributing to cleaner emissions. As discussions are underway with respect to zero emission zones in major city centres, the continued ability to drive into zero emission zones is a great positive." "I believe we will see more and more of these types of vehicles in the coming years, as the benefits far out way the future impacts and limitations of solely combustion engine cars.” NSI’s forward-looking approach to its vehicle fleet is just one of the ways in which the UK’s leading certification body in the security and fire safety sectors is delivering greater efficiency and environmental benefits. The organisation’s integrated audit policy has been a welcome and proactive step, benefitting its clients through cost saving as well as delivering the environmental benefit of fewer road miles.
QNAP Systems, Inc. has released the QSW-1208-8C (twelve-port) and QSW-804-4C (eight-port) 10GbE/NBASE-T unmanaged switches to help home and small business users upgrade their networks to accommodate 10GbE speeds for bandwidth-demanding tasks. The NBASE-T-based switch delivers a cost-effective solution for improving network performance while using existing Cat 5e, 6 and 6a cables. The QSW-1208-8C has twelve ports, including four SFP+ (fibre) and eight SFP+ (fibre)/ RJ45 (copper) combo ports while the QSW-804-4C has eight ports, including four SFP+ (fibre) and four SFP+ (fibre)/ RJ45 (copper) combo ports to ensure an optimised investment in 10GbE networking. The QSW-1208-8C and QSW-804-4C are also backward compatible with legacy devices and support the IEEE 802.3az (Energy Efficient Ethernet, EEE) standard for reducing power consumption while maintaining high network performance and quality. "The QNAP unmanaged switch series is excellent for home and small business users," said Ken Cheah, Product Manager of QNAP. "The versatility of these 10GbE switches allows users of 10GbE-equipped QNAP NAS and virtually all 10GbE/NBASE-T-ready servers to fully leverage the high-speed potential of their devices, services, and infrastructure for greatly improving workflows and enhancing day-to-day tasks." Near-silent operationThe QSW-1208-8C and QSW-804-4C can function as a desktop-based or rackmount-based solution The QSW-1208-8C and QSW-804-4C can function as a desktop-based or rackmount-based solution (a free rackmount kit is included in the package). Both switches feature a sleek modern design to blend in with other devices in digital homes and offices. The smart fan mechanism enables efficient heat dissipation to ensure high performance while staying near-silent for minimising background noise. The following are the key specifications: QSW-1208-8C: 12-port (4 SFP+ fibre ports, 8 SFP+/ RJ45 copper combo ports) QSW-804-4C: 8-port (4 SFP+ fibre ports, 4 SFP+/ RJ45 copper combo ports) Dual desktop/rackmount; 5-speed (10GBASE-T/5GBASE-T/2.5GBASE-T/1000BASE-T/100BASE-TX), IEEE 802.3az compliant. The QSW-1208-8C unmanaged switch is available; the QSW-804-4C will be available in April 2018.
The Helios system is the first comprehensive surveillance system that is solar-powered and wireless MicroPower Technologies Inc., an award-winning provider of surveillance solutions optimised for rapid, cost-effective deployment, will demonstrate the rich functionality of its Helios video surveillance system at ASIS 2012, being held Sept. 10-13 at the Pennsylvania Convention Centre in Philadelphia. At MicroPower booth #659, conference attendees can see first-hand the drastic reduction in deployment cost and time that the system offers without compromising performance, video quality or reliability. The system will also be on display in the Monitor Dynamics booth #2323. The Helios system is the first comprehensive surveillance system that is solar-powered and completely wireless. It consists of the MPT2500, a solar-powered, wireless video surveillance camera and the MPT2700, a wireless video hub that receives video and data from the cameras. Together, these components coordinate transmission from the cameras via an external directional antenna to the video management software (VMS). A directional antenna provides reliable video transmission in a variety of environments.
Many security manufacturers are working towards ISO 14001, an internationally-recognised standard for the environmental management of businesses How green are security industry manufacturers? As innovation (much of it driven from home video and mobile phones) continues, it’s likely that our sector’s carbon footprint will decrease since compact products use up fewer raw materials. Even casual observers will note that integrators are falling over themselves to gain environmental accreditation since it’s often a prerequisite at tender stage. In the integrator community, environmentally-aware practice will soon become the default way of working and barely worth mentioning as a credential. For the major sources of potential improvement in environmental impact we should look to manufacturers. Are they trying to be environmentally-friendly in terms of material consumption, recycling and waste management? Working towards green marketing campaigns A cynic will say that the only real motivation towards being green is when good environmental practice also benefits the bottom line. Fortunately, there are many cases where green initiatives do make business sense. Researching manufacturers while preparing this article, I discovered that as an industry dealing to a large extent with crime, we are probably slow to play the ‘green card’ even when our practices are essentially sound. Our marketing must have a high level of integrity. There are horror stories of promotional ‘greenwash’ in other sectors, notably an outrageous claim by Shell that they were “using waste CO2 to grow flowers.” Friends of the Earth scrutinised this and found that just 0.325 percent of Shell’s output was used in such a manner and the (UK-based) Advertising Standards Authority insisted that the campaign be pulled. Many security manufacturers are quietly working towards ISO 14001, an internationally-recognised standard for the environmental management of businesses. However, take-up in the US (where the standard is regarded with less respect than in Europe) is lamentably slow. As it moves from a criterion for “conformance” to one of “compliance”, ISO 14001 is likely to acquire more teeth. Security products deemed to originate from manufacturers with a poor environmental record can be simply thrown out and the consultant told to look for an alternative Achieving ISO 14001 environmental management certification SourceSecurity.com reports regularly on manufacturers gaining ISO 14001, most recently HID Global. Within CCTV, Pentax was one of the first manufacturers to be awarded the standard. There are many other examples. Raytec is not just preventing light pollution with its products but is minimising pollution in the conventional sense with environmental policy that meets ISO requirements. The company has focused on electricity consumption, use of non-recyclable packaging and generation of non-recyclable waste. Its ultimate goal is being carbon neutral and many of Raytec’s suppliers are based locally, a policy that reduces truck miles. For large units and consignments, the company has introduced ‘rotate and re-use’ packaging systems with distributors. Samsung Techwin is also environmentally aware with scrupulous analysis of any hazardous materials generated by production processes and a green procurement and supplier programme involving over 300 companies. Tyco’s record in terms of environmental practice is also exemplary; there are initiatives in place to collaborate with waste haulers on maximisation of recycling and reduction in materials sent to landfill. Analysis of Tyco’s working practices has broadened my own terms of reference: it’s easy to focus exclusively on fossil fuels in this type of discussion but every element of environmental impact should be considered and Tyco is able to boast that its strategy at manufacturing facilities has reduced water usage by 11%. American LEED certification vs. UK-based BREEAM standard Under pressure from environmentally-aware clients on major civils projects at tender stage, construction companies and M&E sub-contractors are scrutinising the green credentials of every single component. Security products deemed to originate from manufacturers with a poor environmental record can be simply thrown out and the consultant told to look for an alternative. (The London borough councils are particularly vigilant in this area.) Consultants are now arbitrating on the green credentials of products in their initial designs, especially when the client is working to the American LEED green building certification system which evaluates projects against common green criteria including stewardship of resources. A rival code of practice is the UK-based BREEAM standard which has been developed to provide information to the building industry on sustainable development. Both certifications analyse energy usage in cooling of electrical components which is a significant factor for security manufacturers. Chinese manufacturers are experiencing greater pressure from global sales markets to conform to environmental standards for security products Eco-friendly challenge for Chinese security product manufacturers A development that should surprise nobody is stringent requirements from standards bodies on likely product lifecycles. The (abysmal) norm of built-in redundancy after three to five years that is tolerated in the IT sector has never been accepted by users of security products. Requirements from the International Organisation for Standardisation may soon codify the product lifecycle that manufacturers should strive for but without impeding R&D. Despite all the success stories, there is an elephant in the room that should not be ignored. Chinese manufacturers must realise that if their products are to be used on the world stage then green isn’t optional anymore. It should of course be said that regulatory frameworks in China are lacking (there has been some improvement since 2014) and legislation is complicated by the fact that individual provinces have a level of autonomy. Sadly, there also appears to be a lack of will. Here is just one statistic. The Environmental Protection Agency in the United States currently has 15,000 employees compared with 200 at its Chinese equivalent. All of this puts the onus on Chinese manufacturers to self-supervise in terms of environmental impact.
Energy saving is a 21st century challenge with businesses devoted to providing energy efficiency, energy conservation, and the sustainable use of energy, thereby reducing carbon dioxide emissions and helping to prevent man-made climate change. With governments and countries working together to make a more efficient and sustainable future, it is important that new technologies address everyday energy and carbon emission challenges. With all businesses being challenged to positively impact their energy consumption and provide sustainability reports, how can IP surveillance systems help a business achieve its energy reduction commitments? Click the Download button to find out more.
Environmental implications are important considerations in surveillance system designs Rising energy costs are compelling many organisations to optimise their computing environments. In fact, energy costs have quickly become the fastest growing operating cost, propelling many corporations to embark on new conservation and "green" initiatives. Marc Holtenhoff, CEO of Aimetis, explores ways to reduce energy consumption within video surveillance applications, that could pave the way for a ‘green' security industry. Fortunately, green Information Technology (IT) not only helps the planet but reduces operational pressure. Green IT becomes even more important when video surveillance is taken into consideration. With the recent proliferation of CCTV systems, energy consumption from video surveillance has increased dramatically, resulting in higher total cost of ownership. However, as video surveillance transitions from proprietary "black box" DVR deployments towards IP deployments using commercial-off-the-shelf hardware, video surveillance becomes both greener and leaner. Video surveillance energy consumption is largely attributed to the electrical power required to operate the video servers that are running the security cameras and storing vast amounts of recorded video data. However, electrical power usage is not a typical design criterion for CCTV, nor is it properly managed as an expense. This is likely because the billed electrical costs are not clearly linked to CCTV, and the electrical bill is not within the responsibility or the budget of the security group. Electrical power consumption in CCTV With the recent proliferation of CCTV systems, energy consumption from video surveillance has increased dramatically The fact that most CCTV deployments today make inefficient use of the energy they consume is hardly a surprise. With industry research estimates that more than 50 percent of the energy used in the server room goes to power and cooling equipment rather than computations and processing, the true costs of running excess servers and storage are not well understood. Using IP surveillance solutions to reduce energy consumption With the above in mind, it goes without saying that when deploying a video surveillance system best efforts should be taken to reduce the number of servers required. This makes sense not only for the environment, but also for the pocket book. To this point, IP surveillance offers clear advantages over analogue CCTV or DVR deployments with significant savings as a result of sharing existing network infrastructure, computation and storage. IP surveillance software plays an important role in helping to reduce the hardware footprint. Here are eight factors that contribute to a positive environmental and operational impact with IP surveillance software. IP surveillance offers clear advantages over analogue CCTV or DVR deployments with significant savings Camera density per server With CCTV deployments, typical security camera density ranges from 4 to 32 channels per DVR, and come in increments of 4 or 8 channels. Consequently, numerous physical servers are necessary since the total number of cameras exceeds one server. With IP video surveillance software, more than 200 surveillance cameras can be managed and recorded using a single, energy efficient server, which normally takes 2U of rack space (about half the typical rack space of a single 16 channel DVR). Take an example of a 70-camera deployment. In this scenario, three 4U DVRs can be replaced by one, industry-standard 2U server running Windows and video surveillance software. Consequently, energy consumption is reduced by more than $1000 per year when factoring savings from fewer servers and less cooling requirements. Better still, vital rack space is returned and re-usable for other projects. Virtualisation One of the reasons that energy costs spiral can be found in the "one-to-one-to-one" hardware approach, where each server hosts only one operating system that, in turn, runs a single application. Not only are these environments expensive, but they also promote IT inefficiency, because multiple servers operate at a fraction of their computing capacity. This under-utilisation scenario is typical with deployments using DVRs. For example, supporting nine surveillance cameras may require the use of two 8-channel DVRs. However, both DVRs are typically operating with a CPU load of less than 10 percent. Most CCTV deployments today make inefficient use of the energy they consume This "one-to-one-to-one" hardware approach also unnecessarily increases software maintenance and support due to the sheer number of physical servers requiring software patches or hardware maintenance. Worse still, the risk of data loss is significant since not only is the cost of purchasing numerous back-up servers prohibitive, but the additional required rack space is non-existent, and the additional 400W of electricity required to support them further adds to operating costs and carbon emissions. With virtualisation technology, organisations can consolidate servers and easily reduce IT power requirements. A virtualised IT environment also dramatically decreases IT administration costs. For example, with only one physical server instead of two, server BIOS updates are cut in half, backups and disaster recovery becomes a fraction of the cost with fewer physical servers to protect and network ports are relinquished with fewer physical servers requiring connectivity to the network. Typical analogue and DVR CCTV deployments cannot leverage the excess computing and storage capacity that virtualisation provides due to their proprietary nature. Conversely, a surveillance solution that uses open IP video management software product running on commercial-off-the-shelf hardware is able to benefit from virtualised computing environments, provided the video management software supports virtualisation technology. As a result, IP surveillance is not only better for the environment but substantially lowers costs. With virtualisation technology, organisations can consolidate servers and easily reduce IT power requirements Video analytics and reduced video storage Video analytics can play a sizeable role in reducing video storage requirements by only recording when relevant activity occurs. This, in turn, reduces space and energy requirements. It should also be noted that video analytics are significantly more accurate at detecting relevant activity than video motion detection (VMD), which means less storage is wasted for false events. In a typical surveillance environment not using video analytics for event-based recording, the amount of storage required for 16 cameras, storing 24 fps at 640x480 resolution for 7 days using MPEG-4 is about 20GB per camera. Studies have shown in a difficult outdoor environment that using video analytics enabled results in storage savings of more than 50% as compared to DVRs using VMD. With video analytics, video recordings caused by irrelevant background noise is greatly reduced, resulting in less disk space required for the same 7-day period. Better still, video analytics also reduces rack space and electricity dedicated for storage. Unfortunately, in many cases video analytics is supplied by a different vendor than what was used for video recording. By adding an additional piece of hardware for analytics, which runs parallel to the existing recording product (such as a DVR or NVR), it undermines the green IT strategy by duplicating unnecessary hardware. By using a single software product for both video management and video analytics, users are able to take full advantage of the cost-saving benefits without the corresponding server increase for running analytics. Saving money via IP video surveillance is a welcome change from the pervasive mindset that green initiatives must be costly Video compression with H.264 H.264 is the preferred video encoding compression standard capable of providing good video quality at substantially lower bit rates than previous standards. H.264 represents a 50% reduction in bandwidth and storage over MPEG-4 and an 80% reduction over MJPEG, which reduce hardware, space and power requirements. Green licensing Most video surveillance software vendors offer different license versions depending on surveillance requirements. The problem is that more often than not, the different software versions are unable to run on the same server. Users should ensure that each of the available license versions can be mixed and matched on a single server. This means that the end-user can choose to run analytics on selected surveillance cameras, and standard video management software on other cameras without the need to add additional servers. Power over Ethernet Power over Ethernet (PoE) is a technology for wired Ethernet local-area networks that allows the electrical current necessary for the operation of each device to be carried by the data cables rather than by power cords. This minimises the number of wires that must be strung in order to install the network. The result is lower cost, less downtime, easier maintenance and greater installation flexibility than with traditional wiring. Additionally, using PoE it is possible to provide the data required for network software to reduce enterprise energy consumption with better power allocation and management. A recent study found that digital delivery reduced total tons of carbon emissions by 88% Remote surveillance and monitoring Remote surveillance is an effective tool for eliminating unnecessary driving or flying to verify security alarms and track job-site progress. Consider a construction site that will often deploy cameras to protect against raw material theft. With video analytics, remote monitoring personnel can be notified of suspicious activity (e.g. perimeter breach) and verify the security alarm before sending a guard, or police to drive to the site. The same argument applies for corporate facility security as well. Online distribution A recent study found that digital delivery reduced total tons of carbon emissions by 88%. The elimination of transportation and packaging provides the greatest opportunity for carbon emissions reduction. By making products available online via digital download, vendors can eliminate nearly 100% of the carbon emissions associated with transportation, as shipping is not required. Additionally, without the need for packaging, online software distribution eliminates carbon emissions. Additionally, remote surveillance can be used in place of management driving or flying to job-sites to track job-site progress. To put the benefit of remote surveillance into perspective, eliminating just one 50-mile drive, or one three-hour flight saves 88.2 and 1543 lbs. of carbon dioxide emissions, respectively. Approaches to green security aren't costly Incorporating the above mentioned eight approaches will enable you to both reduce energy consumption and the environmental impact. And saving money via IP video surveillance is a welcome change from the pervasive mindset that green initiatives must be costly. In fact, you can be both greener and leaner. Marc HoltenhoffCEO of Aimetis
An £8.7m visitor centre to open up access to one of the East End’s ‘open-air lungs’ has been completed at a strategic 500-acre Thames Water site. The Walthamstow Wetlands project allows visitors to enjoy and learn about the Walthamstow Reservoirs’ distinctive built and natural heritage, which is unique in London. Because the area includes water treatment stations and other operational sites, it needed protection to separate public areas from CNI zones, for which Thames Water has ordered security fencing through Binns Fencing. Binns have installed ArmaWeave, HiSec and Axiom steel mesh from parent company Zaun around strategic Thames Water assets, while Duo fencing, sliding gates and railings have been included at all main entrances. Oak Habitat gates and post and wire fencing provide a more natural boundary to non-secure areas. The principal contractor of the project was London-based construction company Rooff, a family-run business with a track record stretching back 100 years. The area’s distinctive nature stems from the site’s importance as a historic operational landscape that supplies drinking water to London, and its rich biodiversity, which is of international importance for water birds.The concept is to create a ‘green core’ of naturalised landscape at the heart of the reservoir complex Safe naturalised landscape The concept is to create a ‘green core’ of naturalised landscape at the heart of the reservoir complex with a generous pathway through the centre of the site and connecting to the strategic pedestrian and cycle route through the middle of the Lee Valley. The project was designed by architect Witherford Watson Mann and landscape architects KLA, with engineers P3r and TALL, consultants Studio Dekka and collaborating organisation Counterculture also involved. The reservoirs’ importance as a potential nature reserve was recognised as early as 1945 by Professor Patrick Abercrombie, who said, “A series of great reservoirs [is] acquiring a charm of [its] own as trees grow round them and on their little islands – they are becoming nature reserves for large numbers of birds and the resort of privileged fisherman.” “These areas are a great open-air lung to the crowded East End – their preservation is essential...Every piece of open land should be welded into a great regional reservation.”
Over twenty years ago, very few people knew about the hidden, underwater world off Pembrokeshire, on the west coast of Wales. However, in 1990 the creation of Skomer Marine Nature Reserve (MNR) covering the waters off the headland and around Skomer Island, gave the Countryside Council for Wales (CCW) a golden opportunity to study and protect this marine environment. Skomer’s waters are famed for their amazing range of underwater marine life. Situated on the boundary where northern and southern species overlap, there is a huge variety of wildlife of all shapes and colours – making it a great place to study and monitor changes in the marine environment. An environmental wonderland Many species are studied in detail. These range from sponges to grey seals, and from tiny, colourful sea slugs to graceful, slow-growing seafans, a 120 of which are monitored and photographed every year to study changes in them. Over the last 20 years, King scallops, which are protected from all forms of fishing within the MNR, have increased more than eight fold. Eelgrass, a rare and sensitive habitat which harbours a wealth of wildlife, has increased in area and density. It is protected in the MNR by marker buoys and by providing moorings for visiting boats - eelgrass is easily damaged if anchors are dragged through it. The environment at Skomer has also been identified as Wales‘ only Important Plant Area (IPA) for marine algae, with over 240 species recorded. CCW Marine Conservation Officer for Skomer, Mark Burton said: “Keeping an eye on the Marine Nature Reserve which is only accessible by boat can be a challenge. This is especially tough in rough weather where winds of over 110 mph and waves over 13 metres high have been measured.” Burton’s duties include maintaining the site’s oceanographic monitoring and weather station. CCW collates data on temperature, salinity, turbidity, chlorophyll, PH and oxygen from probes on the seabed of the Skomer MNR which I used as part of a UK wide research project on climate change. The MOBOTIX solution withstands the ever changing weather on Skomer Marine Reserve Officers also need to manage human activity, so that it is in line with the conservation objectives of the site. More than 145,000 people have visited the Marine Nature Reserve exhibition at Martin’s Haven. Add to this more than 40,000 divers have explored the MNR – either for pleasure or to contribute to the survey and monitoring work. “We also need to make sure that illegal fishing does not occur within the protected area but with limited staff, it was felt that a remote, high resolution camera would be a major benefit,” explains Burton. All weather capability essential Based on a requirement for extreme reliability and ability to work in all-weather conditions, CCW selected a MOBOTIX solution from Ecl-ips; a highly regarded Advanced MOBOTIX Partner. The MOBOTIX M24-SEC cameras are installed within a converted coast guard hut on the mainland overlooking the island and provide wide angle coverage across several key locations such as protected scallop beds and wildlife areas.The M24-SEC MOBOTIX cameras offers a higher 30 frames per second capture at megapixel resolutions. The two new cameras each have a 60 degree lens system. Together, the cameras can cover critical areas of the island and estuary from its vantage point in the coast guard hut. Featuring a 64 GB of internal storage capacity, the M24 cameras can ensure that even if a communication link is lost; the island can still be monitored with recording for later analysis.CCW accesses the system via a fibre optic link and all footage is recorded for 10 days. Burton said: “The system also tags movement events and can generate an alert whenever a vessel comes into the area of coverage – this is useful for monitoring any illegal fishing within the area.” The M24 cameras use a decentralised solution that is easy for conservation officers to control "High Definition protecting stunning natural beauty"The high resolution images produced by the camera allow for accurate identification of objects within the field of vision. The megapixel capability also offers software-based zoom capability without the need for an additional mechanical PTZ enclosure. In common with all MOBOTIX cameras, the installation uses a decentralised concept which places intelligence within the camera. Through decentralisation, CCW avoids the need for any additional costly video capture, encoding or storage devices. Conservation Officers can control the cameras using a simple internet browser with all video images viewed from a simple PC or even mobile devices such as smartphones or tablets. This technology innovation makes the monitoring process extremely flexible while reducing cost and complexity. The cameras also have two way audio capabilities which allow ad-hoc communication between the mainland and the hut on the island. To date, the cameras have proven extremely reliable and withstood extreme temperature changes and weather conditions without fail. The system was installed by Worcestershire based MOBOTIX partner Ecl-ips, a specialist in delivering environmental and security threat management. “The implementation by the team from Ecl-ips was extremely professional and the cameras have worked well ever since,” Burton adds. The real-time images have been made available to the public through the CCW website and also provide a guide for groups preparing to scuba dive or sail in and around the island. The installation is the first of its kind within a Marine Nature Reserve. The use of this innovative visual technology is helping to raise awareness and protect wildlife.
ISD-Tech has installed 600 channels of surveillance video at over 30 solar farms across the UK For many years Network Video Technologies (NVT), has supplied an unparalleled choice of high-performance and cost-effective solutions for Solar Plant surveillance applications across Europe and America. With the recent introduction of Solar Plants to the UK, British power producers are now reaping the benefits of NVT transmission technology when securing these high-value sites. To date, Integrated Security Design Ltd (ISD-Tech), has installed 600 channels of surveillance video at over 30 solar farms across the UK; gaining an industry-wide reputation for providing high-quality, high-performance CCTV systems in these harsh RFI environments. Based on a common specification, the installations have all featured NVT UTP CCTV Hybrid Video™ technology to provide interference immune high-quality CCTV image transmission, over distances of up to 1.6km (1 mile). Nicky Stokes, MD of ISD-Tech takes up the story: “We first became involved with solar plants when we expanded one of our existing customer’s sites using NVT technology. Since then, we have become known as an industry authority on the subject of solar plant CCTV design and installation. Our in-house design team pride themselves on guiding our customers through the entire installation, from conception, through CAD design, to installation and remote maintenance.” The NVT advantage Specified by ISD-Tech as an alternative cable medium versus the use of coax, Cat5 UTP is used to provide the cornerstone of their high-performance CCTV video transmission solution. The use of flexible UTP cable permits simple and quick installations, and has helped to minimise engineering time on-site and disruption to site operations - with the associated cost saving and project management benefits this brings. “This is a critical factor at these solar sites,” explains Nicky. “The use of NVT transmission technology has been so successful that it has been included at each site, as part of the authorised technical specification. The NVT product is of such a high-quality that we are happy to include this in all future installations." Economical performance Providing an economical deployment of NVT technology, the ISD-Tech installations employ NVT NV-214A-M single NVT technology has been integrated at the sites to provide the best of both analogue CCTV and digital video transmission solutions channel video transceivers at each static camera, and transmit video via Cat5 UTP to NVT NV-1642 16-Channel StubEQ™ Active Receiver Hubs, connected locally to a digital video recorder (DVR). From the DVR, images are encoded onto a WAN for distribution to a remote control room, which centrally monitors all the solar plant sites 24/7. “This design template is also readily expandable,” continues Nicky. “It’s simple and cost-effective to cater for theaddition of new cameras to cover newly expanded areas of the solar fields, as and when they are required. “Unlike some of the cheaper UTP baluns that many of our installation competitors use, thanks to NVT’s unique ‘built-in’ interference immunity, we are able to install NVT UTP cables in ducting alongside the sites’ main power transmission infrastructure. It’s very reassuring to know that we can rely on NVT products to be totally unaffected by the proximity of huge RFI power sources, and deliver perfect camera images to the control room." Another benefit is that the end-user doesn’t have to pay for expensive separate cable ducting to be installed. “The current flow of each solar field changes throughout the day, posing quite a challenge to video transmission - as high-power outputs are produced by the solar fields at mid day, falling with the onset of evening. This is where the automatic adjustment of camera video signal by NVT DigitalEQ™ technology comes into its own, providing a solution by continuously adjusting signal levels to ensure that the same great image quality is transmitted back to the equipment room - no matter what the available light or electrical conditions.” Best of both worlds Solar fields across the UK are monitored by the combined digital and analogue technology from NVT NVT technology has been integrated at the sites to provide the best of both analogue CCTV and digital video transmission solutions. High-quality NVT analogue camera signals are distributed to an on-site DVR, to afford the best possible quality of recorded images for investigative/evidential purposes. In addition, both live and recorded camera images are encoded for browser-based monitoring. “This means the power provider can secure and protect the solar fields, whilst also meeting their duty of care responsibilities – ensuring any trespassers can be identified and stopped quickly,” explains Nicky. “Due to the large electrical currents they produce, solar fields can be hazardous places. Our CCTV systems have proven to provide a very effective security and management tool, ensuring only authorised personnel gain site access.” Thanks to the installation expertise of ISD-Tech engineers, NVT UTP CCTV video transmission products are yielding significant savings, superior image quality and consistency of interference free camera video in Solar Plant surveillance systems across the UK. The NVT based CCTV installations have a track-record of providing a flexible, future-proof security and management aid, that can protect infrastructure and capital investment at these cutting-edge power generation facilities. In the future, many more sites will benefit from ISD-Tech’s technical know-how, as the company plans to install the same CCTV system specification at 40 more solar farms across the UK.
Employees access the key control system by scanning their employee ID badge / access card The Metropolitan Sewer District of Greater Cincinnati uses a KeyWatcher® key control and management system by Morse Watchmans to safeguard the keys to the District's vans, bulldozers, cranes, service trucks and cars, and make the keys available to authorised employees whenever they are needed. Six 48-key KeyWatcher cabinets store about 180 keys used by the district's 150 employees to serve wastewater collection needs. Some keys are restricted to individual employees or to small groups, and the keys are stored in the various KeyWatcher cabinets according to the department that uses them. Employees access the key control system by scanning their employee ID badge/access card, which has an embedded RFID chip. “Before the key control system was adopted, keys were stored on a pegboard in the Sewer District with spare keys kept in a box, which was not a good system,” said Rahn A. Wuest, Wastewater Collections (WWC) Supervisor of Cincinnati's Metropolitan Sewer District. “KeyWatcher now makes it easy to access and control keys, providing more convenience for employees and keeping our vehicles and equipment safe and secure.” Each key is attached by a stainless steel locking ring to a SmartKey with an identification chip. SmartKeys fit into key slots in KeyWatcher key control cabinets, which keep track of who removed any key, when it was taken and when it was returned. KeyPro III software tracks the keys and sends emails automatically when a key has not been returned. The software can also limit access to certain keys only to authorised employees. The system can help identify who was driving a vehicle at a certain time, for example, if there is a report of a District vehicle speeding or running a traffic light. With fewer lost keys, there is less need to put spare keys into service. “The installation at Cincinnati's Sewer District demonstrates the value of the KeyWatcher system to improve management and accountability of employees accessing a fleet of vehicles and equipment,” said Fernando Pires, VP Sales and Marketing, Morse Watchmans. “Keeping keys safe and knowing who accesses keys boosts overall efficiency and security at an affordable cost.”
The first LEED certified green building in Malta, SCMO1 covers 12,000m2 of office space over The SituationSituated at the heart of SmartCity Malta, ‘SCM01’ is a commercial building covering 12,000m² of office space spread over seven storeys, providing a series of flexible office suites together with shared facilities and ample parking for knowledge workers and visitors.SmartCity Malta is continuously striving towards excellence andcommitting to green policies. Consecutively, SmartCity Malta’sdevelopment is planned in studied phases with technologicallyadvanced green buildings that enable its tenants to operate in a secure, comfortable and safe environment.In line with its commitment, SCM01 is the first LEED certified green building in Malta. Leadership in Energy and Environmental Design (LEED) is an internationally recognised green building certification system, providing third-party verification that a building has been designed and built in a way intended to improve performance in metrics such as energy savings, water efficiency, CO2 emission reduction and improved indoor environmental quality. To underline this efficiency commitment, it was important that the technology within building SCM01 would contribute towards it achieving LEED certification.A key element in optimising SCM01’s efficiency was enabling the Honeywell Pro-Watch® security management system to share signals with the Tridium Building Management System (BMS). As a result, SmartCity Malta required a mechanism that would aid in seamlessly integrating the two systems.SmartCity Malta invited Building Services consultants from ‘Scicluna & Associates’ to determine the most appropriate solution, who in turn selected systems integrator ‘Engineering for Science and Industry (ESI) Malta Ltd’ to manage the design and installation. OmniASSURE MIFARE card readers wereinstalled to monitor access control cards presented at door entry The SolutionA Honeywell Pro-Watch® Corporate Edition security system was installed to control the access of SCM01’s 30 doors and ESI Malta Ltd also provided detailed expertise integrating the Pro-Watch system with the Tridium BMS by producing a specific adapter using the Honeywell Software Development Kit (HSDK). This adapter enables Pro-Watch and the BMS to efficiently share each other’s input and output signals. Also as part of the security system, intruder detection and video surveillance products were installed. OmniAssure™ MIFARE card readers from Honeywell are also installed to monitor when an access control card is presented at door entry and exit points. Using Honeywell PW6000 intelligent controllers, Pro-Watch sends signals to the BMS whenever an access control card is presented to one of the readers. The access control cards can be programmed with cardholder’s credentials including their personalised preferences for temperature and lighting settings. Due to the integration with the BMS, these settings are then applied based upon the person’s location within the building.The BMS also receives inputs from other security and safety related systems which are now displayed and recorded via Pro-Watch too. Such systems include; fire alarm (where the individual ‘fire zone’ is identified), emergency lighting, Uninterruptible Power Supply (UPS), back-up power generator, water leakage alarm, IT infrastructure and voice alarm system. For example, when an emergency event such as a fire alarm is triggered, the system automatically records and displays video images of the specific zone. Equally, in the event of a failure with the UPS, an alarm is shown via the Pro-Watch interface. Honeywell IP OTZ mini dome and boxcameras survey the public areas in theSCM01 building Video surveillance of the public areas is carried out with Honeywell IP PTZ mini dome and box cameras. The high definition images are captured and managed by the Honeywell MAXPRO® VMS video management system which also integrates with Pro-Watch. MAXPRO VMS gives the security team at SmartCity Malta complete control over all video sources. This includes control of live video from the cameras and enabling them to view video captured before, during and after every alarm/event received from Pro-Watch. Intruder detection is also integrated via the Pro-Watch system. Sturdy and reliable DUAL TEC® motion sensors and door contacts from Honeywell are installed throughout the building. Alarm outputs triggered from these are managed by MAXPRO VMS and live video instantly shows the area in question on the video wall. At the same time, the BMS sounds a siren and increases the brightness of the lights in the area where the intruder is located.The BenefitsAn Efficient BuildingIn line with SmartCity Malta’s green commitment, SCM01 is one of the first buildings in Malta that has achieved such a high standard for a technologically-advanced green building, enabling its tenants to operate in an efficient, comfortable and productive environment. The system can continuously check the occupation status of each room / zone by monitoring the presence of access control cardholders and adjusting the lighting and flow of fresh air accordingly. Lights are turned on automatically when rooms become occupied and turned off when they become vacant. In addition, CO2 sensors installed within the premises send signals to the BMS which combine with inputs from Pro-Watch to regulate the amount of fresh air delivered to each room depending on occupancy. Similarly, air flow and lighting is adjusted within meeting rooms when a visitor’s access card is presented. High definition images werecaptured by Honeywell IP PTZmini dome and box cameraswere managed by HoneywellMAXPRO VMS Since the BMS is integrated to other infrastructure systems and equipment within the building which are not directly related to security, critical alarm statuses and conditions from these systems are sent and recorded as events in Pro-Watch. This innovative feature gives the operators visibility of the status of other building infrastructure services which in turn enhances the safety and business continuity of the building occupants and owners.The data from the BMS, which includes inputs from Pro-Watch, also provides new energy-analytic reporting tools and Key Performance Indicators (KPIs). The SmartCity Malta management team use these statistics to monitor and measure the performance of the building as part of a continual process of measurement and verification of installed building systems. These readings ensure that the building operates as intended and maintains operational efficiencies. Competitive edgeProviding a state-of-the-art Information and Communications Technology (ICT) infrastructure with a converged BMS and security system within a technologically-advanced green building not only underpins SmartCity Malta’s corporate responsibility towards the environment, but it allows it to differentiate itself from other commercial buildings and developments to help attract worldwide ICT brands as tenants. SCM01 allows tenants to operatein an efficient, comfortable andproductive environment Optimum security and convenienceVia Pro-Watch, the BMS assesses the occupation levels of the building 24/7. At night time, to optimise security, additional footpath and car park lighting can be turned on when any cardholders working late leave the building. One easy-to-use systemThe security team manages and controls the system via a dynamic, graphical user interface- the ‘Alarm and Event Monitor’, which displays clearly all alarm statuses and conditions from the BMS and Pro-Watch. For added convenience the interface is integrated with computer tablets and smart phones for access away from the control room.The MAXPRO VMS system enables the IP video cameras to be controlled with ease and any images to be displayed clearly on the bank of monitors. Operators are quickly and clearly alerted to alarm events and incidents, and video pursuit is possible via motion detection using a set of surrounding cameras.Partner of choiceEngineering for Science and Industry (Malta) Ltd.Engineering for Science and Industry (Malta) Ltd. is an ISO9001-2000 certified registered company who are specialists in the design, installation and commissioning of automation and specialist solutions within the following generic fields:• Building Energy Management Systems• Industrial and Process Automation and controls• Security and Safety Systems• Home Automation With many years of experience and specialised knowledge, ESI is able to provide a wide range of services encompassing all aspects of the Automated Controls, security and Safety Engineering Industry.
The RAYMAX Infra-Red units were chosen because they don't cause light pollutionThe latest RAYMAX covert Infra-Red lighting technology from Raytec is being used to improve security and safety at Malaga Cathedral, on Spain's Costa del Sol. The baroque cathedral is one of the city's main tourist attractions and is situated close to a number of other historic buildings in the city centre.So when planners decided to improve surveillance at the site with a new CCTV system, it had to be designed so that it would have minimal visual impact. The use of high quality, Infra-Red lighting was a key part of the solution. "Lighting is an essential ingredient for CCTV systems - without adequate lighting at night the images will be grainy and sub-standard," explains David Lambert, Raytec's Director of Sales and Marketing. "But in tourist areas it may not be acceptable to have much, or indeed any, additional visible lighting which may detract from the ambience of the scene."To solve the problem, the RAYMAX Infra-Red units were chosen because they don't cause light pollution and allow high performance CCTV images to be seen at night. "As the light from the RAYMAX illuminators is invisible to the human eye, they increase security around Malaga Cathedral without detracting from the unique character of the building, and their neat look fits in well within the architecturally sensitive environment," explains David.Raytec's energy-efficient illuminators - including both Infra-Red and White-Light - are deployed world-wide at sites ranging from Royal Palaces, tourist attractions and public areas to dedicated high security compounds. In addition all Raytec illuminators consume significantly less power compared to traditional lamps, delivering lower running costs, longer product life and zero maintenance.
Round table discussion
Environmentalism is a universal consideration in most business sectors in 2016. Whether seeking to provide greener products, or looking for new ways to minimise waste of manufacturing processes, most companies are involved to some degree with environmental concerns. Green has not traditionally been a big driver in the security industry, but there are indications the profile of environmentalism is increasing. We asked this week's Expert Panel: How green (environmentally friendly) is the security industry? How should the industry as a whole (integrators and manufacturers) work to improve the industry’s environmental record?
"Going green" is not a new initiative, but rather, one that businesses and individuals are constantly aware of and continuously making a conscious effort to contribute to. The global population has become increasingly environmentally conscious over the years. Businesses and homeowners alike are investing more in green alternatives for their various needs. Many businesses adopt a green business ethic by ensuring that their products and ways of working are compliant with certain green standards. We asked our panellists for their thoughts on how technology can help keep the security industry green. Let's take a look at their responses.
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Genetec to host its first virtual tradeshow Connect’DX 2020 to connect with physical security professionals