CLIQ - ASSA ABLOY Electronic Door Locks & Locking Devices(8)
eCLIQ is a system of programmable keys and compact, secure locking cylinders, offering: Minimising the risks associated with lost keys Flexibility to manage constantly changing access requirements Enhanced security with CLIQ® chip generation using AES encryption Durability due to robust hardware Easy installation – no wiring required Clear audit trails More durable, more secure and more efficient than conventional locking systems A completely electronic locking system, eCLIQ is based on the mechanical precision and microelectronic modules of ASSA ABLOY’s CLIQ® technology. Secure, reliable and uncomplicated, the powerful microelectronics in the programmable waterproof key and compact electronic locking cylinder together provide the highest possible security. The eCLIQ system is generally suitable for the design of locking systems for all types of properties. Secure and safe, the powerful microelectronics in the programmable waterproof key and compact cylinder together provide the strongest possible security. The latest chip generation delivers a high degree of encryption, providing enhanced protection. Updates and changes of access rights can be transferred to the user keys via wall mounted or mobile programmers. eCLIQ offers a cost-effective and easy way to assign new access rights, no matter how many times your needs change. Locking cylinders can be individually programmed with time-limited access, using the programmer and the red programming key, so temporary rights for contractors and external service providers can be assigned quickly and easily. Lost keys no longer pose a security risk, as keys can be revoked electronically at any time.Add to Compare
The risk of sabotage, attacks or thefts for an energy provider is an issue of national security: the consequences of unplanned interruption to supply or total shutdown could have catastrophic, expensive and far-reaching consequences. The challenge is to maintain the security of your critical infrastructure while guaranteeing access to employees, consultants and service crews round the clock to a range of different sites. Developed with public utilities in mind, CLIQ® locking systems offer robust security to meet the needs of your critical energy infrastructure across multiple sites. A combination of electronic and mechanical security, each key can be programmed individually to allow access to specific areas at specific times, accommodating constantly changing access requirements and helping to control workflows. CLIQ® has several advantages over old-fashioned locks. It combines highly encrypted electronic identification and mechanical security in a wide range of cylinder-type applications. The lock’s power is provided by a battery inside the programmable CLIQ® key. Why do so many leading energy providers rely on CLIQ® to deliver a dedicated security solution to manage the security and access of their complex infrastructure across multiple sites? Because the robust CLIQ® locking system addresses the specific needs and security issues surrounding their critical energy infrastructure, guarding against sabotage, theft and trespass, while guaranteeing access to those who need it. Developed specifically for public utilities facing major security challenges, CLIQ®: Minimises the risks associated with lost keys Provides tailored access rights for employees, consultants and service crews Delivers solid reporting and traceability to support workflows Offers centralised web based security management Combines electronic and mechanical security Is easy to install both indoors and outdoors without cabling Multiple cylinder types for doors, cabinets, cupboards, machines, elevators, padlocks etc. CLIQ®: The robust and reliable access system tailored to securing critical infrastructure and high security premises. ASSA ABLOY offers CLIQ® locking systems worldwide under several brands, including ABLOY, Mul-T-Lock, ASSA, IKON, Vachette, Ruko, Trioving, KESO and FAB. Find out more about CLIQAdd to Compare
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There’s no question that the popularity of Do-It-Yourself (DIY) security and home automation products is on the rise. The reasons for the growth in DIY sales are numerous, including increased awareness of home automation products, fast set-up, limited (if any) installation costs, and interoperability with other smart security products. In fact, with the parallel rise of smart home hubs like Alexa and Google Home, many people are opting to attempt the set-up of smart home devices without any professional assistance. According to a 2018 Residential Security Market Report prepared by Parks Associates and Security Sales & Integration magazine, “More than 60% of installing dealers now report that DIY systems are biting into demand for their services.” But the rise in DIY is not entirely bad news for security and home automation installers and dealers. There are a number of ways to view this glass as half-full. Let’s look at a few of them. Increase in revenue for dealers With their lower cost and perceived ease of installation, DIY products have broken down barriers for additional purchaseThere are reasons for dealers and installers to be cheerful about the rise of DIY. For one thing, according to that same Residential Security Market Report from Parks Associates, residential security dealers are doing quite well. The report states, “In 2017, revenues were up an average 7.72% for security dealers.” What about installations? The report goes on to say, “For 2017, the average number of installs per dealer was 22 per month, compared to 17 per month in 2016.” So, revenues are up for security dealers, and at least part of the reason can be attributed to the fact that DIY products can raise overall awareness of and spur interest in other home automation and security products. With their lower cost and perceived ease of installation, DIY products have actually broken down barriers for the additional purchase, and installation, of complete, professionally installed systems. Wireless, connected smart locks For example, the sale of wireless, connected smart locks (viewed by some consumers as DIY) can lead to opportunities for further home automation product sales and professional installations. Connected smart locks can actually act as an extension of a smart hub or controller. They can be used to wirelessly communicate with and control all the devices that make up a home automation system, including lighting, entertainment, thermostats, air, alarms, shades and more. With their lower cost and perceived ease of installation, DIY products have actually broken down barriers for new security installations And they can do all this from a prime, convenient location – the front door, as well as other points of entry like the side or back doors. Plus, smart lock conversion kits like Kwikset Convert let homeowners easily bring home automation capabilities to their door without altering the aesthetics of the entry. Connected smart locks can allow homeowners to set up their home with custom scenarios, right before they step inside. For example, residents can program their lock so that every time they unlock the door, a foyer light goes on, temperatures begin to rise to a set level – even connected coffee makers can begin to make a cup. Portfolio of home automation products One of the best ways to mitigate the ‘threat’ of DIY sales is for dealers and installers to become more versatileSmart locks are just one example of the potential of DIY products to spark a homeowner’s interest in a wide range of other home automation devices, many of which would benefit from professional installation. One of the best ways to mitigate the ‘threat’ of DIY sales is for dealers and installers to become more versatile and offer a complete portfolio of home automation products. The larger the home automation offering, the more devices there are to sell and install, the larger the installation required, the greater the need for professional installation. Many homeowners who feel like they have a certain level of handiness will start by trying to do it themselves with a DIY product. But things don’t always go as planned, especially if they are attempting to set up a robust home automation system. First off, just because a product is DIY doesn’t mean that the old products that are being replaced are going to easily make way for the new. A DIY thermostat or smart lock might require that the old equipment (and possibly wires) get tugged out of the wall. Messy holes might need to be filled. Advantages of professional installation Even after the old system has been removed, homeowners planning on setting up a connected system may soon realise they don’t have the electrical skills or technological know-how to install and connect all devices, get a system programmed correctly, and get everything up and running smoothly. Professional installers have learned from experience; there’s very little that they haven’t seen before. With their years of experience, installers know the best way to automate a home and how to create a custom smart home experience Do-it-yourselfers might be able to solve problems by searching the internet and finding videos. But, then again, they might not. After going the DIY route once, many full-home automation system enthusiasts are beginning to realise that the best way to get things done right the first time is to leave the installation and set-up to a professional. Professional installers can and should bring an extra level of experience and guidance to the process. Their services should go beyond tech installation and also include interface design. With their years of experience, installers know the best way to automate a home – how to create a custom smart home experience that doesn’t make the user feel less than smart. Selling additional home automation products If a problem arises due to installation error, the DIYer does not have any recourse to correct these mistakesResidential security dealers who offer professional installation should be willing to embrace the DIYer who has attempted to do a self-install but has not been able to complete the process successfully. With an open mind to this scenario, they can save the day for the DIYer, as well as create an opportunity to sell additional home automation equipment that the DIYer may not have known to be available. The disparity between DIY and professional installation also brings to light the fact that there are no ‘satisfaction guarantees’ and no ‘installation/labour warranty’ available when a home automation system is installed by a DIYer. If a problem arises with either the equipment connectivity due to installation error, or if a piece of equipment is installed incorrectly, the DIYer does not have any recourse to correct these mistakes. This may not be as critical if a DIYer installs a minor piece of equipment, but with something as critical as securing and protecting their home with a home automation and security system, most people want full peace of mind that everything has been installed correctly. Reduces connection instability According to a 2017 study by the analyst firm, IHS Markit, “The quality of the equipment is usually higher in professionally installed systems, and professional configuration and setup greatly reduces the potential for connection instability…” This is an issue that DIYers may come to realise over time. On the other hand, one issue DIYers may recognise right away, especially if they are attempting to connect multiple devices, is that the connectivity may be inconsistent. Professionally installed devices operating on a wireless protocol might deliver better, consistent, longer-range connectivity IHS Markit explains that, “DIY systems rely on open protocols and Wi-Fi connectivity that can sometimes be unreliable, creating connection issues. Some of the sensors can become unrecognisable to the system, requiring intervention from the user. In contrast, professional wireless systems rely on UL- or EN-certified equipment to operate on the basis of proprietary frequency, enabling them to work with the control panel much more seamlessly.” In other words, professionally installed devices operating on a wireless protocol, even an open-source protocol like Z-Wave, might deliver better, consistent, longer-range connectivity, and fewer headaches. Not everyone is a DIY customer There are customers who want someone to install the devices correctly and help them learn how to use and maintain themThere’s no doubt that there’s a segment of the security and home automation market that loves to spend their free time doing their own home improvement. They are watching videos, reading how-to books and manuals, and enjoying every minute. There’s also a segment of the market whose top goal is to save money up front. For these customers, there’s no getting around the joy of saving money with the lower cost of many DIY products. But there are also a great number of prospective customers out there for whom DIY is of absolutely no interest. These consumers do not want to be their own IT department. They want expert help: they want someone to install the devices correctly and help them learn how to use and maintain them. The IHS Markit study points out what many home automation dealers already know: that the elder and aging-in-place markets are an ideal destination for the security and convenience of home automation products. The study says, “Many senior citizens are not tech savvy enough to install a DIY system by themselves, so they tend to rely on professionally installed systems that are usually maintained by a family member.” Along with the senior citizens market, there are many other market segments out there that still desire worry-free professional installation. Installers should offer a range of products that includes some DIY products, and some leave-it-to-a-pro products Producing complete and custom solutions Perhaps the best way for dealers and installers to stave off that feeling of doom that they might have about DIY is to tackle the problem head on and be creative. Offer a range of products that includes some DIY products, and some leave-it-to-a-pro products – consider the DIY product a great entry point for a more comprehensive system. Play up the peace of mind that comes with professional installations and support that pitch with flexible monitoring contracts and service plans. Share what you do and why; relay your passion for producing complete and custom solutions and communicate how you add value to any and every sale. No one, not even the most tech-savvy consumer, wants to install their own products if the end result is that the product doesn’t work the way it should. That’s where the pros can, should and will always come into play.
The extensive analysis and discussion preceding any decision to implement a new physical security solution – whether it’s hardware, software or a combination of both – often focuses on technology, ROI and effectiveness. When it comes to deciding what type of security entrances to install at your facility, you will almost certainly also consider the aesthetics of the product, along with throughput and, if you’re smart, you’ll also look into service concerns. Each of these factors has its important place within the evaluation process, and none should be overlooked as they all have a significant effect on how well your entrances will perform once they are installed. Culture influences door solution decisions How significant will the change from current entrances to security entrances be for employees? Still, one additional factor actually trumps everything: if you have not considered your organisation’s culture in choosing a security entrance, you may be missing the most important piece of the puzzle. Culture is a part of every other decision factor when selecting an entry solution. Before you make a decision about what type of entrance to deploy, you need to consider and understand the values, environment and personality of your organisation and personnel. For example, how significant will the change from current entrances to security entrances be for employees? If people are accustomed to simply walking through a standard swinging door with no access control, this will be a culture change. Beyond this, whether you are considering a type of turnstile, a security revolving door or possibly a mantrap portal, simply walking through it will be a significant change as well. Training employees on door security You’ll want to know whether employees have ever used security entrances before. If these types of entrances are in place in another part of the facility, or in a facility they’ve worked in at an earlier time, the adjustment will not be as great as if they’ve never used them at all. Consider, too, how your personnel typically react to changes like this in the organisation or at your facility. They may be quite adaptable, in which case there will be less work to do in advance to prepare them. However, the opposite may also be true, which will require you to take meaningful steps in order to achieve buy-in and train employees to properly use the new entrances. With the increased importance of workplace security, discussing new entrances with workforces will help maintain a safer environment Communicate through the decision-making process All of this will need to be communicated to your staff, of course. There are a number of ways to disseminate information without it appearing to come down as a dictate. Your personnel are a community, so news about changes should be shared rather than simply decreed. As part of this process, you’ll need to give some thought to the level of involvement you want for your staff in the decision-making process. Finally, do not overlook the special needs among your personnel population. You undoubtedly have older individuals on staff, as well as disabled persons and others who bring service animals to the office. Entrances need to be accessible to all, and you never want to be in the position of having a gap in accessibility pointed out to you by the individual who has been adversely affected. New security entrance installation By communicating early and often with your personnel, you can alleviate a great deal of the anxiety Once you have made the decision about which security entrances to install, training your personnel on how to use the new security entrances – both before and after the installation – will help to smooth the transition. Because workplace security is such a big issue right now, it makes sense to discuss the new entrances in the context of helping to maintain a safer environment. They will prevent violent individuals from entering, decrease theft, and most of all, promote greater peace of mind during the workday. If you can help them take control of their own safety in a responsible way, you have achieved much more than just a compliant workforce. By communicating early and often with your personnel, you can alleviate a great deal of the anxiety and concern that surrounds a significant change in the work environment. Schedule group meetings Consider your employees; what type of communications do they respond best to? A few suggestions to educate staff on the benefits of the new entrances include: Typically, you would communicate a general message 2-3 months in advance and then provide more specific information (for example, impacts to fire egress, using certain entrances during construction) in a follow up message closer to the installation date. Schedule group meetings to: announce the rationale for increased security, share statistics on crime, review the new security changes that are coming, show drawings/photos of the new doors/turnstiles, and show the orientation videos available from the manufacturer. These meetings are an excellent way to work through user questions and directly address any concerns. Once the installation of a new security system is complete, it is a good idea to have an "ambassador" on board to help employees use these new systems Ensure you monitor public areas If you are implementing a lot of new changes, such as a new access control system, new guard service and security entrances, you might consider hosting a ‘security fair’ on a given day and have the selected vendors come for a day with tabletop displays to meet employees and answer questions during their lunch. This could be a great way to break the ice in a large organisation. Make user orientation videos (provided by the manufacturer) available in several ways, for example: Intranet Site Monitors in public areas—lounges, cafeteria, hallways, etc. Send to all staff as email attachments Immediately after installation, once the doors or turnstiles are operational but before they are put into service, train ‘ambassadors’ on how to use the door/turnstile. Have these people monitor and assist employees during peak traffic times. What is the ultimate success of the installation? By communicating clearly and openly with your population you can greatly facilitate adoption and satisfaction If you have thousands of employees, consider dividing them into groups and introduce the new entrance to one group at a time (Group A on Monday, Group B on Tuesday, etc.) to allow a little extra orientation time. Place user education ‘quick steps’ posters next to the door/turnstiles for a few weeks to help employees remember the basic steps and guidelines, e.g., ‘stand in front of the turnstile, swipe badge, wait for green light, proceed.’ Ask your manufacturer to provide these or artwork. While there are always going to be people who are resistant to change, by communicating clearly and openly with your population you can greatly facilitate adoption and satisfaction. Your responsiveness to any issues and complaints that arise during and after the implementation is equally fundamental to the ultimate success of the installation.
It’s not surprising that people are nervous about the security of newer technologies, many of which are part of the Internet of Things (IoT). While they offer greater efficiency and connectivity, some people still hesitate. After all, there seems to be a constant stream of news stories about multinational corporations being breached or hackers taking control of smart home devices. Both of these scenarios can feel personal. No one likes the idea of their data falling into criminal hands. And we especially don’t like the thought that someone can, even virtually, come into our private spaces. The reality, though, is that, when you choose the right technology and undertake the proper procedures, IoT devices are incredibly secure. That said, one of the spaces where we see continued confusion is around access control systems (ACS) that are deployed over networks, particularly in relation to mobile access, smartcards, and electronic locks. These technologies are often perceived as being less secure and therefore more vulnerable to attacks than older ACS systems or devices. In the interest of clearing up any confusion, it is important to provide good, reliable information. With this in mind, there are some myths out there about the security of ACS that need to be debunked. The fact that these devices communicate with an ACS via Bluetooth or Near Field Communication (NFC) leads to one of the main myths we encounter Myth #1: Mobile credentials are not secure The first myth we have to look at exists around mobile credentials. Mobile credentials allow cardholders to access secured doors and areas with their mobile devices. The fact that these devices communicate with an ACS via Bluetooth or Near Field Communication (NFC) leads to one of the main myths we encounter about the security of credentialed information. There is a persistent belief that Bluetooth is not secure. In particular, people seem to be concerned that using mobile credentials makes your organisation more vulnerable to skimming attacks. While focusing on the medium of communication is an important consideration when an organisation deploys a mobile credentialing system, the concerns about Bluetooth miss the mark. Bluetooth and NFC are simply channels over which information is transmitted. Believing that Bluetooth is not secure would be the same as suggesting that the internet is not secure. In both cases, the security of your communication depends on the technology, protocols, and safeguards we all have in place. So, instead of wondering about Bluetooth or NFC, users should be focused on the security of the devices themselves. Before deploying mobile credentials, ask your vendor (1) how the credential is generated, stored, and secured on the device, (2) how the device communicates with the reader, and (3) how the reader securely accesses the credential information. When you deploy smartcard technology as part of your ACS, you should choose the latest generation, such as MiFARE DesFIRE EV1 or EV2 and HID iCLASS SEOS Myth #2: All smartcards are equally secure The question “how secure are my smartcards?” is a serious one. And the answer can depend on the generation of the cards themselves. For example, while older smartcards like MiFARE CLASSIC and HID iCLASS Classic offer better encryption than proxy cards and magstripe credentials, they have been compromised. Using these older technologies can make your organisation vulnerable. As a result, when you deploy smartcard technology as part of your ACS, you should choose the latest generation, such as MiFARE DesFIRE EV1 or EV2 and HID iCLASS SEOS. In this way, you will be protecting your system as well as your buildings or facilities. Some traditional readers and controllers can also pose a serious risk to your organisation if they use the Wiegand protocol, which offers no security. While you can upgrade to a more secure protocol like OSDP version 2, electronic locks are a very secure alternative worth considering. It is also important to understand that not all smartcard readers are compatible with all smartcard types. When they are not compatible, the built-in security designed to keep your system safe will not match up and you will essentially forego security as your smartcard-reader will not read the credentials at all. Instead, it will simply read the non-secure portion—the Card Serial Number (CSN) —of the smartcard that is accessible to everyone. While some manufacturers suggest that this is an advantage because their readers can work with any smartcard, the truth is that they are not reading from the secure part of the card, which can put your system and premises at risk. Using electronic locks can help protect facilities and networks through various security protocols, including encryption and authentication Myth #3: Electronic locks are more vulnerable These days, there are still many who believe that electronic locks, especially wireless locks, are more vulnerable to cybercriminal activity as compared to traditional readers and controllers. The concern here is that electronic locks can allow cybercriminals to both access your network to get data and intercept commands from the gateway or nodes over the air that would allow them access to your buildings or facilities. The reality is that using electronic locks can help protect facilities and networks through various security protocols, including encryption and authentication. Additionally, because many of these locks remain operational regardless of network status, they provide real-time door monitoring. This means that many electronic locks not only prevent unauthorised access but also keep operators informed about their status at all times, even if a network goes down. Outdated technology and old analogue systems are more vulnerable to attacks When it comes to deploying electronic locks, it is important to remember that, like any device on your network, they must have built-in security features that will allow you to keep your information, people, and facilities safe. Be prepared to unlock future benefits Ultimately, the information in your IP-based ACS is at no greater risk than any other information being transmitted over the network. We just have to be smart about how we connect, transmit, and store our data. In the end, maintaining the status quo and refusing to move away from old technology is not a viable option. Outdated technology and old analogue systems are more vulnerable to attacks. The reason it is so important to debunk myths around ACS and, at the same time, get people thinking about network security in the right way is that network-based systems can offer an ever-increasing number of benefits. When we deploy new technology using industry best practices and purchase devices from trusted vendors, we put ourselves and our networks in the best possible position to take full advantage of all that our increasingly connected world has to offer.
A new PIN validation option adds another layer of security to ASSA ABLOY’s CLIQ® Connect programmable key access control solution. Now, when issuing or amending key access rights, administrators can set a PIN which key-holders must enter to update their key. A couple of clicks in the user-friendly CLIQ® Web Manager interface is all it takes to protect new key rights with a unique PIN. Without entering the PIN, users will not be able to revalidate or update their key to open a new lock. This new function further boosts security against unauthorised access to sensitive areas like infrastructure sites, data stores and drug storage rooms. Encrypted cloud connection “CLIQ® Connect combines convenience and high security,” explains Stephan Schulz, CLIQ Product Manager at ASSA ABLOY EMEA. “A key-holder no longer revalidates their key or updates its access rights in person by returning to base or finding the nearest programming device. All they need is a smartphone, the CLIQ® Connect app and a secure Bluetooth connection.” A key-holder makes a secure Bluetooth connection between their CLIQ® Connect key “And now, with the option for administrators to PIN protect any key permissions update or revalidation, it’s even more secure.” The CLIQ® Connect app pairs a user’s programmable key, via an encrypted cloud connection, with the CLIQ® Web Manager. To change a key-holder’s access rights, a security manager accesses their CLIQ® software and updates it. A key-holder makes a secure Bluetooth connection between their CLIQ® Connect key and the app to instantly update access permissions or revalidate. Mobile access management CLIQ® Connect’s secure solution for mobile access management has been recognised several times by industry awards. CLIQ® Connect was a winner at the Detektor International Awards, recognising outstanding innovation in security alarms, access control and CCTV; won the Gold Trophy at France’s APS Awards; and was awarded Protector & Wik’s Golden Protector 2018 for access control. “CLIQ® Connect is simple and agile for even the largest organisation,” adds Stephan Schulz. “It saves you time. And because your mobile workers drive fewer miles collecting and returning physical keys, it’s also a more sustainable access control solution.”
As one recent market report highlights, more and more organisations are switching to wireless access control to secure premises. Their motivations are well rehearsed. Wireless devices offer greater flexibility without sacrificing security. With integrated RFID readers, they are easy to retrofit to existing doors and buildings, giving security managers much more control over a site. And because they are battery powered and use almost no electricity when idle, wireless access control helps companies reduce energy bills. But choosing to cut the cables is only the first of many welcome choices when you switch to wireless. Wireless access control solutions Electromechanical CLIQ and fully electronic eCLIQ cylinders are available for doors, cabinets, lifts, alarm boxes, and entrance gatesWireless access control — including Aperio, SMARTair and CLIQ wireless locking from ASSA ABLOY — gives you the widest possible choice of credentials. You don’t even need to abandon physical keys. In ASSA ABLOY’s CLIQ key-based access control system, programmable keys with batteries power the cylinder or padlock via an encrypted interface. Electromechanical CLIQ and fully electronic eCLIQ cylinders are available for doors, cabinets, lifts, alarm boxes, machines and entrance gates. Users reprogram or revalidate their key access rights at wall devices, with portable programming devices or making a Bluetooth connection between the key and the CLIQ Connect mobile phone app. Compatible with RFID proximity protocols Card-based access control leaves your credential options wide open. Both Aperio wireless locking devices for upgrading access control systems and SMARTair access control systems are compatible with all leading RFID proximity protocols, including MIFARE, DESFire and iCLASS. Users can pick from standard smart-cards, tags, bracelets and other convenient formats, tailored to the site. Wireless escutcheons come with optional PINpads, for doors where multi-factor authentication is needed for upgraded security. In addition, a SMARTair system offers mobile-ready access. With SMARTair, administrators can open electronic door locks remotely. At the user end, the Openow app stores validated virtual keys on a smartphone, so there’s no need for anyone to visit a security office to physically collect or update a credential. SMARTair virtual keys can be sent or revoked over the air — for maximum, time-saving flexibility. Users just tap the SMARTair lock to open up via Bluetooth. Protection for various sectors ASSA ABLOY wireless access control protects single-unit shops and whole shopping mallsWhatever size your premises, and no matter what work you do, a wireless access control system fits. In the healthcare sector, our card-based access systems manage huge hospitals and small doctors’ surgeries — where optional anti-bacterial coatings preserve hygienic environments. ASSA ABLOY wireless access control protects single-unit shops and whole shopping malls; care homes and corporate headquarters. From Helen Oy power stations in Helsinki to ULab, Alicante’s newest co-working space, wireless is the right solution. Key-based access system CLIQ, for example, caters to complex, multi-location businesses with thousands of locks securing hundreds of employees, plus contractors who need access round the clock. Many utilities operate remote sites, miles from reliable mains electricity, and often at the mercy of extreme weather. None of these challenges stops CLIQ cylinders and padlocks delivering the trusted security critical infrastructure demands. CLIQ is not just for the giants. One user-friendly extension of the technology, CLIQ Go enables small business owners to manage an access system from a mobile app. A few taps on the screen is all it takes to cancel, issue or change the door permissions for an employee’s CLIQ key. Software accessibility via PC or smartphone Aperio devices integrate online or offline (or both) with access systems from over 100 different manufacturersWireless access control does not restrict your system management workflows. The backbone of every ASSA ABLOY wireless access system is intuitive software which makes it easy for facility managers to control, identify and update exactly who can open every door. For all ASSA ABLOY wireless access ecosystems, a user-friendly software interface is accessible from almost any standard PC, tablet or smartphone. It gives facility managers an instant overview of their site’s security status from anywhere. With Aperio wireless locks, you manage the new doors from the same interface as your existing access control system. Aperio devices integrate online or offline (or both) with access systems from over 100 different manufacturers. System administrators see only one, familiar admin interface. SMARTair offers a menu of management options from standalone operation through offline and Update on Card control to real-time control via SMARTair Wireless Online functionality. With wireless, the choice is yours.
Making business more sustainable is a growing challenge for us all — and made even tougher for any business with dispersed sites or a mobile workforce. Mileage mounts up when workers return to base to collect keys or update their access rights. Car and van use eat into budgets and produce harmful carbon emissions. Fortunately, there is a solution. Despite advances in car engine efficiency, mobile workers use more fuel and increase your company’s carbon footprint. You will make a business more sustainable quickly if you reduce the mileage they travel. Yet reducing miles while maintaining security is not easy, if you rely on mechanical keys to lock remote sites. CLIQ Connect eliminates the need for workers to return to headquarters to collect or return a mechanical key. Wireless locking system With CLIQ Connect, everyone carries their own programmable CLIQ key and keeps its access rights up-to-date on the move with just a smartphone — meaning fewer miles driven and less money wasted on unnecessary fuel. It’s an easy solution to becoming more sustainable. The app pairs your programmable CLIQ Connect key, via an encrypted connection, with the CLIQ Web Manager Part of the trusted CLIQ access control ecosystem, CLIQ Connect makes an immediate operational impact. The wire-free locking system is based on multiple mechatronic cylinder formats and programmable electronic keys. With CLIQ Connect, a key-holder no longer updates their access rights physically in person by returning to base, nor even moves to the nearest programming device. All they need is the CLIQ Connect app and a Bluetooth connection. Updating access rights from anywhere It’s simple, agile and more sustainable. It saves fuel and cuts emissions instantly. The app pairs your programmable CLIQ Connect key, via an encrypted connection, with the CLIQ Web Manager. To change a key-holder’s access rights or key validity, a system administrator accesses the CLIQ Web Manager — from anywhere — and updates it. The system is managed easily by secure cloud-based software interfaced with the app. A key-holder makes a Bluetooth connection between their CLIQ Connect key and the app to instantly update access permissions or key validity securely. There is no travel involved and zero fuel consumption. A recent Future of Fuels report concludes: “Fuels create many sustainability impacts and addressing them should be a high priority for companies.” CLIQ Connect keeps your business moving in the right direction.
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