Intruder Alarm Accessories(275)
In control of security, not your private life Hub 2 manages all the Ajax devices in the system to alert users about open doors, broken windows, threats of fire and flooding. If burglars break into your house, Hub 2 transmits pictures from the MotionCam detectors and notifies the alarm response company about the danger. You won’t need to live under the constant supervision of the security cameras to know what’s going on. Baffles thieves Prevents fire Detects flooding Doesn't peek Stress-free The motion detectors react to dangerous situations as well as simple oversights. A nanny may bring the children home from the school and forget to disable the security system, which will raise an alarm. With Hub 2, you won’t have to worry in those cases and waste money on the false alarm fines. Open an alarm notification sent by the MotionCam detector to see what happened. Send a photo-series when triggered Deliver packages without Wi-Fi and cables Always in touch Hub 2 uses Ethernet or one of the 2 SIM cards to guarantee the delivery of the alarms and photos from the secured objects. The channels work in parallel and back each other up in case of emergency. Compression and transmission protocols guarantee lightning — fast delivery of the photo series even with weak Internet connectivity. Unlike with the video camera streams, with Ajax, you can evaluate the situation on the secured objects at the 0.5 kB/s Internet speed. Uses 3 independent communication channels Delivers alarms in 0.15 seconds Transmits photo confirmations even on 2G Trouble resistant With Hub 2, you’ll know immediately if the detector has a malfunction, if someone removed it, if it is damaged, or if its body is open. Even if the lights suddenly go out, the control panel will continue its watch powered by a back-up battery. Checks the functionality of detectors at least every 12 seconds Alerts about threats, channel interference, or malfunctions Operates for up to 16 hours during a blackout Evolves with every software update Hub 2 runs on OS Malevich, a real-time operating system. This type of software is used in the systems that can’t afford mistakes — for instance, spaceships and ballistic rocket launchers, or car brakes. OS Malevich is immune to viruses and protected from cyber attacks. Its architecture allows us to regularly expand the Ajax possibilities over the air within seconds and without bothering the users. Protected from cyber-attacks New features with every update Automatically updates over the air
Smart security for a connected world from Vanderbilt Vanderbilt SPC is an intrusion detection platform that delivers a modern, powerful security system for your customers’ needs. It also enables your business to grow! SPC protects businesses, properties, and assets. It is an intrusion detection system that offers versatile and comprehensive alarm management functionality. Through the use of cloud services, End-user apps, and a dedicated software suite, SPC is at the forefront of modern intrusion detection. Vanderbilt’s SPC Wireless range has many benefits that will make installers’ day-to-day work life a whole lot easier. The new range includes: RF Module - Wireless. panel module with Antenna PIR - Wireless 12m PIR detector (PET immunity) Curtain PIR - Wireless curtain PIR detector Magnetic Contact - Wireless Magnetic Contact (Slim mount) Smoke Detector - Wireless smoke alarm RF Fob - Remote control (with 4 buttons) Panic Button - Wireless personal alarm (single button) Magnetic Contact - Wireless Magnetic Contact (with input) Benefits: Easy to mount, pair and configure Configurable over the air Long life battery Superior wireless range Designed to EN approval standards
Perimeter protection is one of the most effective ways to prevent an intruder. A more secure system is one that alerts the user of the presence of an intruder, before they can break into the property. It’s a simple idea, but fitting an external detector comes with challenges. Install the brand-new XDL12TT-AM and provide up to 12m premium and robust pet-friendly external detection. Consisting of two independent Passive Infrared (PIR) sensors and one microwave sensor, the Tri-Technology (TT) of the XDL12TT-AM utilises Tri-Signal Detection Logic to identify the presence of an intruder. This provides reliable and stable external detection as all three sensors must be activated sequentially in quick succession to create an alarm. This enhances the detector’s immunity to environmental disturbances and limits the risk of false alarms. With Dual-Vision Pet Immune Technology, each PIR sensor of the XDL12TT-AM has its own dedicated volumetric field of view. The top PIR detects outwards and up, while the bottom PIR detects outwards and down, without overlapping. This setup, alongside Tri-Signal Detection Logic, delivers highly secure sequential detection and increases its tolerance to pet immunity. So, should any large dogs or cats stray into the coverage plane, it would only be picked up by the bottom PIR and the microwave sensors and therefore an alarm condition would not be activated. However, the lens coverage of the PIRs are angled so that any human will be detected walking through both PIR coverage planes. Therefore, as all three sensors are activated, so would an alarm condition. This increases the detectors stability and limits the risk of false alarms. In terms of changing conditions and swaying vegetation, the XDL12TT-AM features Anti-Sway Analytics. This advanced digital filter distinguishing between the movements of trees and plants from that of an intruder, to maintain optimum performance. The detector also boasts IP55 weatherproof rating, thick polycarbonate plastics and fully sealed optics for optimum external performance. It has even been moulded with a stabilising material to prevent discolouration over time! The XDL12TT-WE also features Anti-Interference Technology to prevent intruders from bypassing detection. This consists of Anti-Masking, which is a Grade 3 Patented Technology that protects against any attempt to mask any of the three sensors with cardboard, duct tape, sprays, lacquers or aluminium foil. It also consists of Anti-Blocking, which is a Grade 4 Technology that prevents the system from being armed if there is anything blocking the vision of any of the sensors. Therefore, to arm the system, whatever is blocking the detector from detecting needs to be removed first. Providing either volumetric or curtain coverage to suit the area that needs protecting, each lens can also be masked to restrict the coverage area. This is particularly useful in areas where busy roads can cause false alarms. The detector also boasts three different frequency bands to avoid any interference (cross-talk) that can occur when two or more detectors with the same frequency band are installed within close proximity of each other. This also allows multiple to be fitted, including the use of a fixed bracket, which enables two to be fitted back to back, providing 24m range with 180° volumetric coverage. Whatever the requirement, the XDL12TT-AM provides the ideal external security solution.
Pyronix, the intrusion specialist of the world-leading Hikvision group, is delighted to announce the launch of the Enforcer 64 total wireless security solution. Taking residential security to a new level, the Enforcer 64 is as quick-to-fit, easy-to-use and reliable as ever before, but features a new modern design and V12.5 firmware for Hik-Connect compatibility and dual path communication capability. “We are absolutely committed to driving market applications towards total solutions, with the upmost attention for innovation and quality,” Laurence Kenny, Pyronix Marketing Manager, comments. He continues: “With the Enforcer 64 we have delivered this in abundance with a complete solution that fuses security, video and lifestyle enhancements, with greater communication contingency and reassurance.” Pyronix first introduced the Enforcer wireless control panel in 2012. Since then it has consistently won multiple coveted industry awards, due to the company’s commitment to continuous improvement and innovative technological advancements by its dedicated R&D team. These developments have culminated in the Enforcer 64, which comes with heightened capabilities to enable security and monitoring in one solution. The Enforcer 64 utilises Pyronix award-winning two-way wireless technology, which is now expandable to 64 wireless inputs thanks to V12.5 firmware; double the number of the previous Enforcer solution. This makes adding wireless outdoor XD detectors, indoor KX detectors, sounders, keypads or safety devices easy, to suit any installation preference, without having to compromise. “The Pyronix Enforcer is our premier wireless solution for professional security installers and integrators, utilising the award-winning features it is renowned for within the security industry as the foundation for further development,” Laurence comments. He continues: “We have further developed it to be expandable to 64 wireless inputs, delivering greater installation capability whilst fusing it with Hikvision’s extensive range of video equipment, iVMS via Hik-Connect for seamless functionality; all of which combine to provide a total solution.” The panel is certified to Grade 2 and perfectly suited for residential and small to medium sized commercial applications. It also delivers for multiple installation preferences, with complete compatibility with the whole range of communication modules. The solution also boasts hybrid capabilities, with the ability to add any of the complete range of wireless and wired peripherals, alongside the ability to add up to 30 automation outputs. The Enforcer 64 fuses intrusion and video to bring together intrusion and video on one platform for enhanced customer value and upsell opportunities.
The Avigilon Presence Detector (APD) is a discrete impulse radar device that combines self-learning analytics with impulse radar technology to accurately detect the presence of a person even if they have stopped moving or are hidden. The device scans, learns, and continuously adapts to its environment, helping to reduce false positive events. Designed for indoor locations such as ATM rooms and other closed indoor vestibules within banks, pharmacies, health care facilities and retail stores, the APD can accurately detect a person’s presence through blankets, cardboard, wood and drywall. When integrated with Avigilon Control Center video management software, the sensor is designed to alert operators of security events while still maintaining privacy.
ReX expands the boundaries of the protected area. The range extender controls the system devices connected to it enabling the user to place them at a considerable distance from the hub — in a high-rise office, in a detached garage or in a large production plant — while maintaining a stable connection. ReX acts as a reliable link between the hub and Ajax devices. Depending on the requirements, all detectors or only some of them can operate via the intelligent range extender. While regular range extenders represent the weakest link in the security systems increasing the risk of losing the alarm signal during transmission, ReX takes the reliability and resilience of Ajax to a new level. After the hub, ReX is the second decision-making center. It integrates detectors into an autonomous group within the system. If the connection with the hub is interrupted for some reason, ReX will assume control: it will receive an alarm signal from the detector and activate the siren to attract attention to the incident and scare off the burglar.Add to Compare
Exhibiting at Security Essen, Hall 5, Booth B48. Version 8.0 of long-range award-winning LiDAR – the REDSCAN RLS-3060 series and its configuration software REDSCAN Manager are both available. The new firmware enables additional detection modes including loitering detection, day/night pattern to the 30m radius RLS-3060L, while it allows the high end model to extend its detection area to 50m radius. The RLS-3060L will offer more flexibility in managing dry contacts with the option to switch from normally open (N.O.) to normally closed (N.C.). The RLS-3060L model ver. 8.0 features more detection zones and detection modes as well as greater flexibility with settings. The standard 2D LiDAR provides 30m radius detection range with 4 detection zones when used in analogue configuration and 8 zones in IP configuration. Loitering and selectable pattern modes are now available. Alarm duration and detection time settings are also more adjustable.
Version 8.0 of long-range award-winning LiDAR – the REDSCAN RLS-3060 series and its configuration software REDSCAN Manager are both now available. The laser sensor with the new firmware version, together with the new configuration software provide a number of new features for both the standard model, RLS-3060L, and the high-end model, RLS-3060SH. The RLS-3060SH will offer more flexibility in managing dry contacts with the option to switch from normally open (N.O.) to normally closed (N.C.). The RLS-3060-SH provides additional detection modes to the L model, such as indoor ceiling protection and vehicle detection mode, and has one major new feature – an extended detection area between 30 and 50m. When used in horizontal detection it creates a pre-warning zone from 30 to 50m radius that is able to detect larger objects such as vehicles. In vertical mode when mounted at 3m off the ground, it can detect a standing or squatting person over 100m making it ideal to pick up intruders, a long wall or fence.
Exhibiting at Security Essen, Hall 6, Booth 6D90. Wireless technology is coming of age, with two-way communication capabilities now cementing wireless’ reliability. Vanderbilt’s SPC Wireless range includes detectors, panic buttons, fobs, and a transceiver, and has a number of benefits intended to make installers’ day-to-day work life easier. The SPC wireless range can extend to 500 meters, proving a more cost effective alternative than having to wire an entire building with cable. This range of 500 meters also cuts down on install time, ultimately cutting down on an installer’s expenses. SPC Wireless devices use the industry-leading Energizer® lithium batteries, meaning an extended battery life of five years. This means installers don’t have to go to site as often to keep changing out batteries, freeing up time for more urgent tasks. Settings for the SPC Wireless range are all configurable over the air. Again, this reduces the need for time-consuming site visits. Most other products require the physical need to flick dipswitches to change commands but Vanderbilt’s SPC Wireless is aimed at convenience first. All-in-all, installs for SPC Wireless are designed to be hassle-free. You just put up the control panel, wire the mains to it, place the wireless detector in position, and you’re good to go. In contrast, a wired solution can take, at a minimum, a day’s work fitting cable. By reducing time on site, Vanderbilt’s SPC Wireless can enable installers to get more work done elsewhere, essentially meaning more profits from more jobs.
Strong wireless signalling, multi-award-winning Enforcer two-way wireless technology and a whole host of intelligent reliability, security and detection features have all gone into the XDL12TT-WE. The first low-mount wireless outdoor detector of the Pyronix range combines multi-award-winning Enforcer two-way wireless technology with dependable external detection protocols, including: Dual-Vision Pet Immune, Tri-Signal Detection Logic and Gaussian Frequency Modulation (GFM), to deliver a highly dependable wireless external detector. IP55 weatherproof rated and consisting of two independent passive infrared (PIR) sensors and one microwave (MW) sensor in one common housing, its Tri-Technology (TT) delivers advanced outdoor protection. This is because, to identify the presence of an intruder, the XDL12TT-WE utilises Tri-Signal Detection Logic alongside TT, whereby all three sensors must be activated sequentially in quick succession to create an alarm. This heightens the detector’s immunity to false alarms and ensures optimum detection performance in external conditions. Along with Tri-Signal Detection Logic and TT, Pyronix has also pre-empted potential false alarm issues from the presence of pets or swaying vegetation, by including Dual-Vision Pet Immune and Anti-Sway Analytics features. Dual-Vision Pet Immune of the XDL12TT-WE consists of its two PIRs having a dedicated volumetric field of view, with the top PIR detecting outwards and up, while the bottom PIR detects outwards and down, without either crossing the central horizontal plane between them. This setup of non-overlapping PIR sensors alongside Tri-Signal Detection Logic, delivers highly secure sequential detection and increases its tolerance to pet immunity. Anti-Sway Analytics digitally filters the environment to distinguish between the movement of trees and plants from the movements of an intruder, so that false alarm activations are kept to an absolute minimum. These external detection protocols then benefit from the advantages of Enforcer two-way wireless technology, with full supervision, anti-jamming and 128-bit wireless protocol encryption, to maximise the new XDL12TT-WE’s reliability; ensuring signals transmitted by the system are protected and any code-grabbing is prevented. Two-way wireless also brings with it a whole host of installation benefits, without the invasive nature of fitting wired peripherals. This increases the efficiency of the installation for our customers, while providing a steadfast detector for end-users. In terms of the wireless signal, the XDL12TT-WE’s high sensitivity receiver is capable of a wireless signal range of up to 1.6km in open space, which reduces the need for repeaters and therefore reduces the installation cost. In addition, the high-sensitivity antenna of the XDL12TT-WE ensures that the signals being transmitted and received are as strong as possible, by utilising GFM to spread the signal, while reducing unwanted noise and harmonics. This enables the outdoor detector to meet stringent European, ETSI and other worldwide standards. When it comes to wireless outdoor security, why not deliver the XDL12TT-WE?
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Johnson Controls recently unveiled the findings of its 2018 Energy Efficiency Indicator (EEI) survey that examined the current and planned investments and key drivers to improve energy efficiency and building systems integration in facilities. Systems integration was identified as one of the top technologies expected to have the biggest impact on the implementation in smart buildings over the next five years, with respondents planning to invest in security, fire and life-safety integrations more so than any other systems integration in the next year. As advanced, connected technologies drive the evolution of smart buildings, security and safety technologies are at the center of more intelligent strategies as they attribute to overall building operations and efficiencies. SourceSecurity.com spoke with Johnson Controls, Building Solutions, North America, VP of Marketing, Hank Monaco, and Senior National Director of Municipal Infrastructure and Smart Cities, Lisa Brown, about the results of the study, smart technology investments and the benefits of a holistic building strategy that integrates security and fire and life-safety systems with core building systems. Q: What is the most striking result from the survey, and what does it mean in the context of a building’s safety and security systems? The results show an increased understanding about the value of integrating safety and security systems with other building systems Hank Monaco: Investment in building system integration increased 23 percent in 2019 compared to 2018, the largest increase of any measure in the survey. When respondents were asked more specifically what systems they we planning to invest in over the next year, fire and life safety integration (61%) and security system integration (58%) were the top two priorities for organisations. The results show an increased understanding about the value of integrating safety and security systems with other building systems to improve overall operations and bolster capabilities beyond the intended function of an individual system. Q: The survey covers integration of fire, life safety and security systems as part of "smart building" systems. How do smarter buildings increase the effectiveness of security and life safety systems? Hank Monaco: A true “smart building” integrates all building systems – security, fire and life-safety, HVAC, lighting etc. – to create a connected, digital infrastructure that enables individual technologies to be more intelligent and perform more advanced functions beyond what they can do on their own. For example, when sensors and video surveillance are integrated with lighting systems, if abnormal activity is detected on the building premise, key stakeholders can be automatically alerted to increase emergency response time. With integrated video surveillance, they also gain the ability to access surveillance footage remotely to assess the situation. When sensors and video surveillance are integrated with lighting systems abnormal activity on the premise can automatically be detected Q: How can integrated security and life safety systems contribute to greater energy efficiency in a smart building environment? Hank Monaco: Security, fire and life-safety systems can help to inform other building systems about how a facility is used, high-trafficked areas and the flow of occupants within a building. Integrated building solutions produce a myriad of data that can be leveraged to increase operational efficiencies. From an energy efficiency standpoint, actionable insights are particularly useful for areas that are not frequently occupied or off-peak hours as you wouldn’t want to heat or cool an entire building for just one person coming in on the weekend. When video surveillance is integrated with HVAC and lighting systems, it can monitor occupancy in a room or hallway. The video analytics can then control the dimming of lights and the temperature depending on occupant levels in a specific vicinity. Similarly, when access control systems are integrated with these same systems, once a card is presented to the reader, it can signal the lights or HVAC system to turn on. In this example, systems integration can ultimately help enable energy savings in the long run. Security and life safety systems contribute to help enable greater energy efficiency and energy savings in the long run Q: What other benefits of integration are there (beyond the core security and life safety functions)? Hank Monaco: Beyond increased security, fire and life-safety functions, the benefits of systems integration include: Increased data and analytics to garner a holistic, streamlined understanding of how systems function and how to improve productivity Ability to track usage to increase efficiency and reduce operational costs Enhanced occupant experience and comfort Increased productivity and workflow to support business objectives Smart-ready, connected environment that can support future technology advancements Q: What lesson or action point should a building owner/operator take from the survey? How can the owner of an existing building leverage the benefits of the smart building environment incrementally and absent a complete overhaul? Lisa Brown: Johnson Controls Energy Efficiency Indicator found that 77% of organisations plan to make investments in energy efficiency and smarter building technology this year. This percentage demonstrates an increased understanding of the benefits of smart buildings and highlights the proactive efforts building owners are taking to adopt advanced technologies. There is an increased understanding that buildings operate more effectively when different building systems are connected As smart buildings continue to evolve, more facilities are beginning to explore opportunities to advance their own spaces. A complete overhaul of legacy systems is not necessary as small investments today can help position a facility to more easily adopt technologies at scale in the future. As a first step, it’s important for building owners to conduct an assessment and establish a strategy that defines a comprehensive set of requirements and prioritises use-cases and implementations. From there, incremental investments and updates can be made over a realistic timeline. Q: What is the ROI of smart buildings? Lisa Brown: As demonstrated by our survey, there is an increased understanding that buildings operate more effectively when different building systems are connected. The advanced analytics and more streamlined data that is gathered through systems integration can provide the building-performance metrics to help better understand the return on investment (ROI) of the building systems. This data is used to better understand the environment and make assessments and improvements overtime to increase efficiencies. Moreover, analytics and data provide valuable insights into where action is needed and what type of return can be expected from key investments.
The smart home market has seen significant growth since 2010. Specifically, less than 0.5% of homes in the American region had connected home devices such as thermostats, lighting, security and entertainment in 2010; by the end of 2017, nearly 12% of households in the region will have connected home devices, an average of six devices per home. The success of smart homes started with professional security providers offering bundled packages, focused mostly on security monitoring. However, due to the cost of professional contracts, consumers began to embrace the do-it-yourself (DIY) approach. Despite the challenges and opportunities that come with professional and DIY approaches, the momentum of smart home growth depends on these two approaches working symbiotically. Smart home technology partnerships A few recent examples include the relationship with Vivint and Best Buy and Vivint with Sprint. In most cases, Best Buy is a competitor to Vivint because a consumer can buy point devices and ecosystem and install it themselves or enlist the help of the Geek Squad. Even more recently, Nest announced optional professional monitoring with its Nest Secure products in partnership with MONI. Although this approach isn’t new, Scout Alarm, LiveWatch and SimpliSafe already have similar approaches, it continues to stress the need to combine multiple channels and approaches to the smart home market. Moreover, these are examples of symbiotic partnerships that will help the total market. In 2017, there were about 122 million smart home devices shipped globally. The retail channel represented about 62 percent of all device shipments in 2017 and will represent about 70 percent in 2021. Despite the increased demand for professional installation, the do-it-for me approach, most the volume remains with ad-hoc purchases. This includes a consumer video camera or a smart thermostat purchase from a retailer or when a consumer wants to add devices to an existing professionally installed system, they often will buy products from retail. There is a growing needto combine multiplechannels and approachesto the smart home market Furthermore, the multiple-system operator (MSO) and professional security provider channels will be evenly split in 2017; however, by 2021, the MSO channel is expected to be double the market size of the security provider channel. The primary reason for this rapid change over five years is the lack of professional security providers in EMEA and APAC; as a result, MSOs will dominate the professional channels in these regions, while across North America, security providers will maintain a strong market presence. Top trends in smart homes A few of the top trends in smart homes to watch out for over the next 12-24 months include user interface, flexible services, cyber security and adjacent markets. The user interface trend continues to evolve for the smart home. Although voice commands are trending towards becoming the new user interface beyond 2017, the voice will not be the only means to control and interact with the smart home. Mobile phones or tablets will still be required to configure most devices. This means that although the Amazon Echo can control a WeMo plug, the consumer will still be required to download the WeMo app and configure the device. However, after the device is added to the same network as the Echo, the app is no longer needed on a day-to-day basis. Displays will also become increasingly popular throughout homes because the smart home is becoming increasingly isolating. Mobile phones or tablets will still be required to configure most devices in future smart homes DIY ecosystems such as Wink or SmartThings or Philips Hue lighting are often limited to one person with one mobile device. As a result, other members of the household would need access to that mobile device or would need access on their own device after being authorised by the primary user (all assuming a smart speaker is not being used). This is very limiting and the user experience is negatively affected. (Voice assistants like Google Home have added a feature to allow multiple accounts using voice recognition, which will help personalise smart homes.) However, displays in the home are a way to access all devices for anyone in the home. Smart home equipment cost Flexible service offerings and pricing is already taking shape across smart home offerings. DIY installed smart home systems such as Scout Alarm already offer no contract monitoring. Professional monitoring companies are already offering no contract pricing and providers such as Comcast are looking to pilot programs for just video monitoring bundled with Internet for a low monthly fee. Options for financing are also going to become commonplace. Smart home equipment is expensive, especially when attempting out outfit a modest size home (2,500 square feet +). Immediate access to services is becoming more critical. This means consumers should be able to access on-demand service options directly from a mobile device to activate or deactivate professional monitoring. Lastly, pricing still needs to come down for many smart home devices but there is a threshold. Since many smart home devices today do not have a recurring monthly fee, the cost of maintaining mobile apps, platforms and support services must be propped up by higher device prices. However, companies can look to offset some cost by sourcing different material. According to the IHS Markit Teardowns Team, the cost of the metal ring on the Nest 3rd Generation thermostat is $10, which is more expensive than the LCD display which comes in at $9. In comparison, the Ecobee3’s most expensive part is the LCD screen at about $4.00. As a result, the Ecobee3 costs nearly $20 less to manufacture compared with the Nest 3rd Generation thermostat. Smart home security Securing the smart home will be a hot topic over the next 12 months. One method of change will be manufacturers requiring consumers to change default passwords. Manufacturers need to start requiring consumers to change passwords before a product can be used. Home routers, for example, often use ‘admin’ as the username and ‘password’ as the password and most users never change these. For elder care, door/window sensors and motion sensors could be used in combination with software to monitor routine The challenge that many consumers and suppliers face today is that many passwords are built directly into the firmware and the consumer has no way of making changes. As a result, the integrity of the device comes down to the supplier. As threats become more severe with ransomware and other botnet attacks, manufacturers will need to implement additional thresholds of threat assessments to keep consumers safe. One method involves two-factor authentication. IHS Markit expects the monetisation of cyber-security for residential customers to start appearing in 2018. This means that security service providers would monitor network traffic for the consumer. The software would not be monitored or implemented directly by the consumer; instead, the service provider will take care of all the monitoring of network traffic. What this means is that the software or router would monitor network traffic for patterns and manage which servers are pinged by IoT devices such as consumer video cameras. Care homes and insurance companies Although the compound annual growth rate (CAGR) for smart home device revenue is set to exceed 50% through 2021, the growth could be much higher with support from adjacent markets such as elder care, construction/developers and insurance companies. For elder care, door/window sensors and motion sensors could be used in combination with the software to monitor routine. If an elderly person suddenly changes their routine, this would alert caregivers. This same premise can be used in professional elderly care settings to help staff prioritise patient needs. IHS Markit expects the monetisation of cyber-security for residential customers to startappearing in 2018 Working with insurance companies is another method of reaching the customer with smart home devices; however, the use of insurance is highly fragmented across regions. As a result, North America is the best opportunity as of 2017 to partner with insurance companies. Furthermore, insurance companies are mostly interested in managing the entire ecosystem. Blending professional and DIY smart homes While offering subsidised equipment (smoke detectors and water leak detection) can reduce claims, insurance companies need to have full access to the data – as a result, they are more interested in creating their own platform from scratch or working with a provider to support data analysis. Working closely with builders will also continue to gain traction, especially across EMEA and APAC. By working closely with builders, this reduces the challenges associated with B2C channels and the overall cost of the system can be masked by the mortgage payment, resulting in more system installations with less distribution expense. Overall, the line between professional and DIY smart home is blending. CEDIA and Amazon recently announced a collaboration and Netgear Arlo announced the first wire-free and battery-operated ONVIF compliant camera. With the combination of voice-control, consultations from Amazon and Best Buy, the reduction in the pile of smart home hubs in the basement as more protocols are embedded in gateways/routers, and no further need for the special Apple chip for HomeKit compliance after iOS 11, smart homes are becoming easier to achieve both for consumers and professionals.
ASAP-to-PSAP technology automates communications between alarm monitoring companies & PSAPs and dispatches emergency service In April 2015, Cary, N.C., adopted a technology called Automated Secure Alarm Protocol to Public Safety Answering Point (ASAP-to-PSAP), but currently they are among only a handful of emergency 911 call response locales that use ASAP-to-PSAP technology in the United States. Commander Scott Edson of the Los Angeles County Sheriff’s Department, speaking to a seminar gathering at ISC West, emphasised the importance of rolling out more implementations of ASAP-to-PSAP. The technology benefits residential and commercial alarm monitoring companies and their customers by eliminating dispatching errors and speeding dispatching times. There are 6,500 PSAPs that respond to emergency 911 calls in the United States. They take more than 250 million 911 phone calls per year from the public and from central station alarm monitoring companies. PSAPs then route the information from 911 calls to the right emergency service and then dispatch police or fire services. ASAP-to-PSAP technology automates the communications between alarm monitoring companies and PSAPs and dispatches the emergency service. The Central Station Alarm Association, the Association of Public Safety Communications Officials and Vector Security developed the software technology back in 2009. So what’s the implementation hold-up? “As always, funding is the issue,” says Ron Lander, CPP, principal with Ultrasafe Security Specialists in Norco, Calif. “The cities don’t want to spend the money. The central stations want to implement it. They say it will reduce personnel needs.” Replacing central station phone calls with data entered by a central station operator offers three major benefits, according to a PowerPoint presentation developed by Bill Hobgood, project manager with the Richmond, Va., Public Safety Team. First, it eliminates telephone calls between alarm monitoring companies and PSAPs, which take up time that could be spent with individual 911 callers, who might be in immediate physical danger. It eliminates the inevitable miscommunications between two human beings talking on the telephone – “Speak up, I can’t hear you.” “Was that Fourth Street or Fifth Street?” “Oh, Fifth Avenue, sorry.” Then there are also communications problems related to language in our increasingly multi-cultural society. Finally, and perhaps most important, it speeds the processing and response times by crucial minutes. Research shows that an ASAP communication takes 15 seconds or less to dispatch police or fire units. By comparison, a telephone communication takes 1.5 to 3 minutes or more to dispatch units. Upon implementing ASAP-to-PSAP, there was a 13 percent drop in the number of police alarms handled by telephone An ASAP application carries out three tasks. It translates data from the alarm monitoring company into a format that the PSAP technology can read and process. Second, it updates the alarm monitoring company on the status of the alarm — message accepted and referred to the right emergency service or rejected for one reason or another. Finally, an ASAP application provides continuing updates including cancellation notices from the alarm monitoring company, notices that emergency service has been dispatched, notices that emergency responders have arrived at the scene and notices that events have been closed out. Houston implemented the technology in 2011 and has reaped enormous benefits. According to Bill Hobgood, Houston encompasses 634 square miles, has a population of 2.3 million people and runs the nation’s fourth largest PSAP. The city receives more than 2,600 police alarms weekly from 43,000 alarm systems monitored by three alarm companies. Upon implementing ASAP-to-PSAP, there was a 13 percent drop in the number of police alarms handled by telephone. Non-emergency telephone calls declined by 15 percent. The PSAP estimates that it is saving $1 - $2 million annually. What about accuracy and response times? Hobgood studied results in his own city of Richmond as well as York County, Va., in the Tidewater region, both of which implemented ASAP-to-PSAP in 2011. Hobgood’s study found that when the system eliminated call-taker involvement, it eliminated spelling mistakes and accidental transposition of street address numbers. It also eliminated problems related to low-volume headsets and accents. Those are impressive business and performance improvements, which is driving Commander Edson’s interest in rolling out more implementations.
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