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Esrange Space Center improves safety with Axis cameras

Esrange Space Center improves safety with Axis cameras

Editor / Provider: Axis Communications | Updated: 2/25/2014 | Article type: Security 50

Esrange Space Centre is a rocket range and research centre located above the Arctic Circle in the north of Sweden, near the mining town of Kiruna. It is owned by SSC, a comprehensive space industry active in many fields of space technology and services, and the base launches sounding rockets and high altitude balloons for scientific research purposes.

Safety is paramount at the Esrange Space Center and it has therefore chosen to use Axis' IP cameras, installed by Axis partner Insupport Natverksvideo, to get a better operational overview of the base.

“We have used Axis cameras for different purposes in the past, and when we decided to integrate cameras into our safety system, all suppliers we contacted recommended Axis cameras. In other words, it wasn't a difficult decision for us”, says Martin Hedqvist, project manager at Esrange Space Center.

The principal reason for this investment is to improve safety at the Space Centre, however, a large proportion of the investment is to make day-to-day operations more transparent and accessible to the public. Now, thanks to the Axis cameras, anyone can follow daily operations from various different base locations via online live streams.

“With the new camera setup, our head of Operations can get a much better overview of our site operations and see exactly what's happening at the launch ramp right before every launch”, continues Martin Hedqvist.

One of the cameras that the space centre uses at the base is the AXIS Q6035-E, a camera that is perfectly designed for extreme climates so the cold, Artcic winds are not a problem.

“With AXIS Q6035-E cameras in place, you don't have to worry about weather conditions. The cameras can withstand temperatures as low as –40 Celsius, and we have even tested it at an altitude of 35,000 metres, where it gets far colder than that!” Concludes Fredrik Thor, sales manager at Axis Communications.

Milestone to provide tighter support for Pelco IP cameras

Milestone to provide tighter support for Pelco IP cameras

Editor / Provider: Milestone Systems | Updated: 2/19/2014 | Article type: Security 50

Milestone Systems, the open platform company in IP video management software is tightening relations with Pelco by Schneider Electric, a globl manufacturer of IP cameras and IP video accessories. This collaboration is evolving for Pelco as a long-time Milestone Manufacturer Alliance Partner (MAP), in response to market demand. Milestone Channel Partners and customers now gain the advantage of new and deeper integrations between Pelco IP Cameras and Milestone Systems IP video management software (VMS).

Going forward, Milestone Systems will provide deeper integration support for Pelco's IP-based cameras in the award-winning Xprotect -familiy of open platform VMS. The closer relationship between Milestone's open platform and Pelco's IP cameras enables partners and customers to explore the advanced capacities of Pelco cameras and Milestone XProtect video management software. This gives Milestone and Pelco active roles in shaping and driving the industry by better supporting the channel partners who create solutions to meet the diverse needs of customers worldwide.

The support of Pelco analytics with the latest version of Milestone device pack is already a good example of this cooperation. It gives our joint customers the possibility to use at the edge advance analytics and have events and information reported and managed by Milestone XProtect software.

Christian Bohn, Milestone Systems VP Corporate Marketing & Alliances, says: “We are not only excited to further intensify our cooperation with a leading IP-based camera manufacturer like Pelco, we are also seeing great advantages for the market by providing better support for Pelcos advanced technologies. This initiative further expands the possibilities for our channel partners, as they now get more options to integrate Pelco's advanced IP cameras into cutting-edge solutions utilizing Pelco and Milestone technologies to their fullest extent.”

Pelco Stephane Lantoine, Pelco by Schneider Electric Director of Integration Operations, says “We are very pleased. Our collaboration with Milestone demonstrates Pelco's commitment to be a true open systems provider, and we will continuously focus on the areas that will offer flexible, reliable and scalable feature-rich integrated security solutions to our mutual customers. We are excited about this cooperation as it opens the door to achieve win-win cases for both companies in the video surveillance market.”

Need for security mass notification in higher education

Need for security mass notification in higher education

Editor / Provider: Eifeh Strom | Updated: 2/19/2014 | Article type: Hot Topics

Deadly violence on university campuses is an unfortunate reality. Less than one month into 2014, 3 reported incidents of gun violence were reported in the U.S. — 2 of the incidents lead to 2 deaths. However, deadly attacks are not limited to gun violence — a stabbing attack in 2013 left 14 injured at Lone Star College–CyFair in Texas, U.S.

In the aftermath of the violent shooting at Virginia Tech on April 16, 2007, which tragically resulted in the deaths of 33 people, campus safety was thrust into the spotlight. In 2012, Virginia Tech was fined $27,500 by the US Department of Education (DOE) for failure to issue a timely warning on campus the morning of the shooting in compliance with the Cleary Act. In January 2014, the DOE fined Virginia Tech an additional $5,000 for the incident. Immediately after the Virginia Tech tragedy, many universities invested in mass notification systems. However, Dan Pascale, CPP, Senior Director of Security & Emergency Services at Margolis Healy & Associates, notes that mass notification systems have not evolved much since then. Pascale explained that despite the initial rush to acquire mass notification systems, the ability to use them and integrate them with other forms of technology such as SMS, telephone, email, outdoor warning systems, internal public address systems, digital signage, etc. has not made any significant leaps. “I think we're going to see more integration and a need for it in the near immediate future as colleges and universities struggle with having the responsibility to make timely warnings and emergency notifications to their community,” said Pascale. The next step, however, is figuring out how to do it and how to accomplish it at an affordable price.

One of the most publicized and successful mass notification integration projects was done by Florida State University (FSU). FSU already had an emergency notification system in place — “FSU Alert” boasted 32 different methods of emergency communication delivery, which include but are not limited to outdoor warning sirens, indoor warning sirens, SMS text messaging, E-mails, strobe lights, digital signage, desktop alerts, and social media (Facebook, Twitter, etc); however, management of all these different systems was a challenge. Although the multitude of systems was meant to cover a wide variety of pre-approved scenarios, a delay in notification was occurring because there were too many systems to fuddle through.

In order to streamline the system, FSU sought a solution that would enhance and integrate with their existing system. In cooperation with Siemens, who configured the central activation system, FSU was able to consolidate the 19 primary and secondary delivery technologies of the FSU Alert System so that they could be activated from a single point. Located in the FSU police department's communications office, a box with a panel of pre-scripted scenario buttons allows personnel to send out the appropriate notification with the press of one button. Known as the “EZ” button, this one button mass notification system has cut down message delivery time to less than three minutes. The FSU “EZ” button has since become a prime example for both universities and the security industry.

Retrofitting for the Future
Based on a survey of 616 projects, CP&M reported that 12.9 percent of the $1.3 billion spent on renovations in 2012 was spent on security equipment. More specifically, a survey on what types of renovations and upgrades US residence halls were considering in the next 3 to 5 years showed that 43 % were considering adding and/or upgrading their camera/surveillance systems, 36 % were considering the same for their access control systems, and 27 % their sprinkler/fire alarm systems. However, it was also noted that the extent of new and upgraded systems has been stunted due to budgetary restrictions. In addition to monetary challenges, retrofitting buildings on college campuses can be a complicated task. Oftentimes colleges are forced to retrofit older and sometimes historic buildings that are hundreds of years old, according to Pascale. “In many cases, it can cost anywhere from two to five times the cost of initial construction. With limited budgets, due diligence is critical as it's important to get it right the first time.”

Another difficulty with retrofit projects is that they frequently involve older buildings that are less likely to have the advanced technological capabilities needed for newer technology. “In a way, new projects are easier to scope out and deploy since the ideal architecture is designed from scratch. Most cases, however, are retrofits which demand an assessment of current technology, the remaining lifespan of such and the true benefit they might still provide,” said Lawrence de Guzman, Director of Global Sales Operations, Verticals, OEM, and Key Accounts at Milestone Systems.

Open Systems and Integration
The importance of integration has been a hot topic in the security industry and the education sector is joining in on the conversation. “We see a need and attempt by many institutions to integrate disparate systems and leverage technology as a force multiplier while creating operational efficiencies,” Pascale pointed out. “In many cases, individual departments have installed their own systems and there is little centralization or standardization.” However, facilities of all kinds hit a speed bump when trying to find compatible systems. That is why open systems are playing a key role in integration.

“There is a distinct trend towards open platforms, which enables beneficial integrations with other systems, thereby empowering a total solution into more than just the sum of its parts,” said de Guzman. In particular to higher education, Mike Scirica, VP of Marketing and Sales at WavestoreUSA noted, “Campus security officials seek VMS platforms that easily integrate with other security and non-security systems, such as video analytics. An open architecture approach and a commitment to open standards help manufacturers deliver VMS platforms that will be able to work with other systems as organizational and security needs grow.”

Rising up to Challenges
Every vertical has its own set of unique challenges and requirements. In order to properly and successfully address these issues, it is important for manufacturers and systems integrators to work together. “We believe integrators and manufacturers should act as partners with a common goal of establishing trust with an end user,” said Kim Loy, VP of Global Marketing and Chief Product Officer at DVTEL. “At the same time, integrators should rely on their manufacturers to play a valuable support role to help them assess and respond to customer expectations. Customer satisfaction depends on the best efforts of everyone involved in a system sale.”

Related articles:
Higher education strengthens security
Security in higher education faces unique challenges

GKB secures Imperial Palace Hotel in Cebu

GKB secures Imperial Palace Hotel in Cebu

Editor / Provider: Sponsered by GKB | Updated: 2/17/2014 | Article type: Commercial Markets

Today, video surveillance systems have evolved from monitoring to pro-active. Preliminary notification can provide an important evidence-gathering medium for applications. The bright future for video surveillance lies in intelligent edge devices which recognize events as they unfold. The system could alert management, so issues can be addressed in real time. It would also derive data from the scene and make footage easier to search.

The Imperial Palace Hotel and Resort is one of the luxury hotels located in Cebu, Philippines. The resort in managed by the Imperial Hotel Group and its “Imperial Palace” in Seoul was rated by Times Magazine as the best hotel in Asia. The requirements for this project is to monitor the facility, providing crystal clear video, allowing multiple security guards to view their group cameras, require sufficient recoding retention days, and an unified alarm platform for CCTV and various sensors.

In this project, the Imperial hotel installed 30pieces of GKB D3631TIR and 34 pieces of GKBD3624 in the initial phase. The recording retention requirement is 30 days; therefore, GKB provides 2 standalone NVR for them. One is for GKB D3624 and the other one is for GKB D3631TIR. The guards then use client station PC connecting to the NVR for surveillance.

In order to have a unified video alarm platform with existing fire sensors and smoke sensors, GKB also deploys IAST (Integrated Alarm& Surveillance Technology). IAST receives alarm triggering signals directly from cameras, acting as an independent station from NVR. The client software, Viewer11, allows multiple security guards to access the standalone NVR to obtain live video and playback. In this case, different security guard stations only can monitor their authorized group of cameras, which provides privacy protection and management platform to the hotel managerial personnel.

The storage solution provided by GKB allows the Hotel to have minimized recording cost average down per camera. The IAST platform for Imperial Hotel to integrate fire sensor and smoke detector for unified alarm and notification platform, which provides the ease of operation and monitoring to security guards.


Exacq Technologies safeguards Ridley College campus

Exacq Technologies safeguards Ridley College campus

Editor / Provider: Exacq Technologies | Updated: 2/13/2014 | Article type: Education

Ridley College is Ontario's largest co-educational, boarding school. Since 1889, Ridley College has prepared students for university. The school currently has an enrollment of more than 600 students from 35 countries.

Ridley College physical plant personnel approached Bulldog Security to find a video surveillance solution for their boarding school. They wanted an open architecture system that would allow them to utilize their existing analog cameras and also integrate with their existing Keyscan access system. In addition to a high functioning, cost-effective system, Ridley College staff members desired a system that would create a balance between a high level of security and a positive living and educational environment.

After evaluating the needs and current system, Bulldog Fire and Security recommended they deploy exacqVision hybrid servers, the exacqVision Enterprise video management system (VMS) software and add new Arecont Vision and Axis IP cameras to cover high traffic, critical areas on campus.

Installing 11 exacqVision A-Series hybrid servers gave Ridley College the opportunity to grow and migrate their surveillance system. The exacqVision A-Series hybrid server enabled the college to utilize their present infrastructure and analog cameras while also adding new IP cameras to the system. The hard drive scalability was another benefit. With the exacqVision hybrid server, Bulldog staff members can easily change a hard drive if necessary.

Ridley College has 10 security staff members who use the exacqVision Enterprise VMS software. Each day when their shift begins, the security staff pulls up the exacqVision software to check if all cameras are online and the surveillance system is operating properly. With exacqVision Enterprise, they can quickly glance through the list of cameras from all of their system simultaneously and see which ones are offline. Since Ridley College has more than 140 cameras on their system, they needed an easy way to monitor cameras.

The mapping functionality available in the exacqVision Enterprise software allows security staff to quickly view video from any camera on the system that has motion or a current alarm. The camera icon turns blue for motion and red for alarm on the map. By clicking the camera icon, security staff can instantly see the actions causing motion or the alarm on the video.

Another compelling benefit about implementing the exacqVision system was the integration with Ridley College's current keyscan access control system. Staff monitors every door that has Keyscan access to ensure only the appropriate people are entering the proper buildings. The exacqVision integration with the Keyscan access control system has the ability to show video of the person and access control information within the video.

Additionally, the Technical Administrator and Physical Plant department personnel have access to use the exacqVision client on their computers. Since the exacqVision client operates on Mac as well as Windows, everyone at the college is able to have access to the system at any time. The users all have various technical levels and each user was able to comfortably implement the use of the exacqVision system into their day-to-day operations. “With the wide range of users we have, I was impressed with how easily everyone picked up the system and could capture video clips with ease,” said Julia Bertollo, Director of the Physical Plant at Ridley College.

The house masters rely on the client software as a tool to improve their students' behavior and offer the best education possible. In the event there is an issue of theft, concern or bullying reported on campus, the housemaster is able to access exacqVision video as a tool to further investigate the situation. House masters review the video and utilize the information to provide students with the opportunity to make better choices or in some instances to discipline their students. 


In one situation, the house masters used the exacqVision client to review damage to a field and zoom in to determine who was involved. “Since we've installed the exacqVision system, we've been able to recoup minimally the loss of the damage we've incurred,” said Julia Bertollo. “Over many years of broken windows and property damage, the return on investment has been thousands of dollars.” The Ridley Security Vehicle is equipped with an iPad for mobile use of the exacqVision video management system via the free Exacq Mobile app. This provides an easy way for security staff members to monitor the campus while making their rounds.

“The exacqVision system provides a sense of confidence, a sense of security and a sense of protection. We can view the entire campus from anywhere in our security vehicles, which is spectacular. Since we've installed the exacqVision system, we've been able to recoup minimally the loss of the damage we've incurred.” Julia Bertollo Director of the Physical Plant Ridley College

Afidus provides mobile surveillance for city buses in Istanbul

Afidus provides mobile surveillance for city buses in Istanbul

Editor / Provider: Sponsered by Afidus | Updated: 2/14/2014 | Article type: Infrastructure

Nowadays, the awareness of surveilllance issues have been rasing around the world. Turkish people are aware of its importance as well. They endeavor to have IP cameras applied to every aspect of their lives, making them feel more secure and convenient. The city bus project in Istanbul is a part in their future blueprint. With the cutting edge technology support and smooth communication, Afidus completed the mission and satisfied all the needs from their customers.

Afidus was responsible for handling the surveillance project of city buses in Istanbul. With Afidus' high technology, each bus only needed to equip with one 3Mega Panorama IP Dome (FH-330F3) and one mobile NVR. After the installation, security was no longer a concern to them.

FH-330F3, 3 Mega panorama IP Dome which is also called Fisheye IP camera. It allows 360° /180° /90° panoramic angle view and e-PTZ control. By installing on the right hand side of bus driver and choosing 4R Display mode (4regions views angle), installers are capable to monitor every corner and situation on the bus, including the bus driver. For low light environment, it is equipped with 0.1 low lux Sony Exmor sensor and Mechanical ICR – well designed for the transportation application.


Before the installation of FH-330F3, Afidus noticed there were some conundrums and challenges that needed to resolve. Firstly, power supply. Afidus understood that the range of power supply is quite different : starting the engine consumes the most power, a stark contrast to regular driving. Therefore, Afidus FH-330F3 was designed to sustain the maximum of 36 volts and to be maintained by 15 volts.

Secondly, the bumpy road. Istanbul is a charming city which is combined with 2 contrasting characteristics: ancestry and modernity. However, in order to maintain the original view of this ancient city, they chose to put less emphasis on reconstructing the roads. Afidus' mechanical department takes on this challenge. They put great efforts in designing and passing the vibration test and drop test. Eventually, FH-330F3 can be used successfully on the bus with stability without any interruption from the mechanical problem.

Afidus not only provided technology support but also cooperated with the third party – a mobile NVR supplier. With good communication, Afidus provided “OCX component”, sample code which is based on “.net system” and “cgi command” to them. Afidus' R&D department successfully supported the mobile NVR supplier to integrate their NVR as well as Afidus IP cameras to cater to customer's needs.

Afidus always provides solutions to fit customers' needs. It is not only about the products, but also the applications. Afidus cares about customers and understands what they need. Afidus not only provides products in good quality, but is also proud of its services and solutions. This is exactly the aspiration that drives Afidus to cooperate with people who are interested in surveillance issues over the world.


Alarm and fire safety systems for smart home

Alarm and fire safety systems for smart home

Editor / Provider: Alf Chang | Updated: 2/12/2014 | Article type: Tech Corner

There are 4 aspects that the smart home strives to automate: communication, electricity control, security and housekeeping. Therefore, smart homes generally utilize and integrate technologies like communication, electricity control, security, fire safety, video surveillance and more.

2 of the most critical elements in a smart home are a well-designed alarm system and fire safety system. For buyers hunting for alarm systems and fire safety systems that are intended for smart homes, Secutech recommends 5 basic features to look for: Panic buttons, centralized monitoring station, detailed event display and logging, automated notifications, and integration with other home appliances.

Current smart home security systems utilize communication, sensors, automation and other technologies to fuse into a single system HVAC and home appliance control, indoor security and safety, and home management. Alarm systems that integrate with other systems in the smart home should have the following 5 features:

1. Panic button: Panic buttons are a quick and simple way to call for help in case of fires or other emergencies. When pressed, a panic button sends a signal to the home automation or building management system. It should be installed at the bedside or other easy-to-reach places.

2. Automated alert and SOS request: Intrusions can be detected by installing various types of sensors around the home. When a sensor is triggered, it sounds the alarm siren and also alerts the home automation or the building management system that assistance is required. Monitoring centers or security guards can then immediately call the police, resolving the situation as soon as possible.

3. Alert and event management: When a homeowner leaves the home and arms the alarm system, the system will detect intrusions and immediately alert home automation and building management systems. Monitoring centers or security guards will be notified of door number at which the event took place and also the type of alarm triggered. Records of alerts should be automatically saved in the system for future reference.

4. Automated dialing and notifications: A smart building's security system should allows users to set multiple emergency contact numbers. Different types of alarms trigger the dialing of different contact numbers. Users should also be able to set the alarm system to send notifications to a mobile phone.

5. Integration with other home appliances: When a homeowner leaves the home and arms the alarm system, the system should automatically turn off home appliances that do not need to stay on. When a user comes back and disarms the alarm system, the system can automatically turn on some lights and take door and window sensors offline. However, indoor flammable gas and smoke detectors should always remain armed.

The most critical components in fire safety systems are sensors. Sensors that are commonly used for fire safety are infrared sensors, flammable gas detectors, and smoke detectors. These sensors are the “eyes and ears” of the fire safety system, which monitors the home for signs of danger. Once a potential danger is detected, the system alerts the home automation or building management system and notifies relevant authorities that assistance is required.

For detailed information on Smart Home, please register for Secutech 2014

Tips for selecting NVRs

Tips for selecting NVRs

Editor / Provider: Alf Chang | Updated: 1/28/2014 | Article type: Tech Corner

A network video recorder (NVR) is an IP-based video surveillance management system. It integrates transmission wiring, network transmission and front-end management into a single system, offering system status and parameter monitoring and querying. Compared to DVRs, NVRs greatly simplify troubleshooting by optimizing the distribution and transmission of video signals.

Similar to DVRs, current NVRs are categorized by the number of channels they support. Mainstream standalone NVRs support 2, 4, 8, 16, 32, 64 or 128 channels. NVRs that are built on server architectures support even more channels—256 or even thousands of channels. When considering an NVR, Secutech recommends the following six tips:

1. Support for multiple high-capacity HDDs
The number of channels that an NVR can support if highly dependent on the amount of storage it can handle. Therefore, it is critical that the NVR being considered supports a suitable number of HDDs. The types of HDDs supported is also important; buyers should look for NVRs that use reliable, high-speed interfaces like SATA, SATA-II or e-SATA.

2. Appropriate HDD brands and models
The top HDD manufacturers now have HDDs that are designed specifically for surveillance, enterprise and consumer applications. The differences between classes are: optimizations in reliability, performance and energy consumption. HDDs used for video surveillance need to be reliable, support high transfer rates, and are capable of operating 24x7x365. The duration of the manufacturer's warranty is also something to consider.

3. Stable operating systems
There are two main types of NVRs: embedded and PC-based. Embedded NVRs use SoC platforms with an embedded version of Linux. PC-based NVRs are servers or industrial PCs that generally run Linux or Microsoft Windows. While the former offers high reliability and stability, the number of supported channels is limited by physical connections and processing power. PC-based NVRs have more processing power, are relatively easier to develop, support a multitude of video compression formats, and generally support a greater number of video channels. Users that need fewer channels can consider embedded NVRs, while users that need a large number of channels will have to go with PC-based ones.

4. Interoperability
Regardless of application, buys should primarily consider NVRs that support cameras made by other manufacturers. This benefits distributors, installers and end-users by alleviating compatibility headaches. In addition, NVR manufacturers that are oblivious to industry standards like ONVIF probably are not worth considering anyway.

5. Effective Back-End Management Clients
The back-end management client is a user's primary interface with which to interact with the NVR. It is therefore critical that users choose an NVR that includes a management client that provides all the needed features and an acceptable user interface. NVRs support remote management through a web interface (accessed with a browser) or via software installed on a PC. Basic features include video monitoring, recording and playback. If the NVR supports alarms, the management interface will also need to integrate management and operation of multiple NVRs and alarms. In addition, the management client should also support off-site backups of multiple NVRs.

6. Other Software Features
Features that are not necessarily essential, but are nice to have, includes: plug-and-play, intelligent tagging and searching, remote monitoring, alarm integration, and automatic off-site backup. In addition, the user interface should be simple, intuitive, reliable and stable.

For detailed information on NVR, please register for Secutech 2014

VIVOTEK integrated panoramic PTZ technology with AxxonSoft VMS

VIVOTEK integrated panoramic PTZ technology with AxxonSoft VMS

Editor / Provider: VIVOTEK | Updated: 1/20/2014 | Article type: Security 50

VIVOTEK announced the successful integration of its innovative, a Panoramic PTZ solution with AxxonSoft's next-generation open-platform video management software (VMS), Axxon Intellect Enterprise and Axxon Next. The seamless cooperation signifies increased collaboration between VIVOTEK and AxxonSoft in developing cutting-edge technologies for the IP surveillance market.

VIVOTEK was one the first in the industry to launch the unique and innovative Panoramic PTZ feature in 2012, incorporating VIVOTEK's latest 5-Megapixel fisheye fixed dome network cameras SF8172/72V and a 2-Megapixel full HD speed dome network camera SD8363E. The solution provides a 180° panoramic view or 360-degree surround view without blind spots, allowing users to simultaneously monitor an overview of an area from a fisheye camera and a detailed regional view from a speed dome. The synergy of the 2 makes Panoramic PTZ especially suitable for department stores, station lobbies, airports, casino, parking lots, or any wide open areas where comprehensive monitoring and extreme video details are needed. The design and the originality of Panoramic PTZ have upended the traditional concept of security cameras, receiving accolades such as the German-based GIT 2013 Security Award, the Taiwan Excellence Awards and “The Best Innovation Product Award” from the MIPS show in Russia.

Since its establishment, VIVOTEK has collaborated with international and regional video management software programmers closely to seamlessly integrate camera functionalities onto different platforms. In response to the increasing market demand for Panoramic PTZ, VIVOTEK turned to AxxonSoft to implement a highly cost-effective solution that meets users' diversified needs.

Murat Altuev, President of AxxonSoft indicated, “It is our great pleasure to cooperate with VIVOTEK on the Panoramic PTZ integration project. AxxonSoft, since its founding, has been dedicated to helping end users build highly agile and quality security systems to satisfy versatile commercial needs. Together with VIVOTEK, our esteemed partner, we are creating more possibilities for the security industry and provide end users with safer, more reliable IP-based surveillance systems.”

Steve Ma, Executive VP at VIVOTEK, stated, “From the day we launched Panoramic PTZ, the market has adopted the new trend with success stories from around the globe. Today, we are pleased to announce the successful integration of our innovative Panoramic PTZ solution with AxxonSoft's VMS. The integration undoubtedly increases the compatibility of our Panoramic PTZ and brings increased benefits to the end users.”

Dahua HD IP cams integrate with DIGIEVER NVR

Dahua HD IP cams integrate with DIGIEVER NVR

Editor / Provider: Dahua Technology | Updated: 1/17/2014 | Article type: Security 50

Dahua Technology, an international manufacturer and supplier of video surveillance products headquartered in Hangzhou, China launches official announcement that Dahua full range of HD network cameras (ranging from 1.3MP to 5MP) successfully integrate with DIGIEVER NVR.

Dahua network camera lineup offers megapixel cameras in various looks and sizes at distinctive demands, delivering superb image quality and strong functionality. The latest introduced Eco-Savvy series consists of three “low”s—low light, low bitrate and low consumption, which together makes the series a hit. DIGIEVER DIGISTOR NVR is a professional Linux-embedded standalone system with high performance of network surveillance and intuitive user interface. Powered by high performance CPU, DIGISTOR NVR performs excellent network surveillance of diverse IP cameras.

The successful integration of Dahua Technology and DIGIEVER is a benefit for both clients of Dahua IP cameras and DIGIEVER as the compatibility is a fulfillment to local play at full HD (1920x1080) and real time remote monitoring with outstanding throughput.

“DIGIEVER is an expert in video storage and we're glad that this partnership creates more value-added services for costumers of our both sides,” commented Stanley Hu, Product Director of Camera Line at Dahua Technology. “Customers are looking forward to the integration between Dahua and DIGIEVER to establish solid video recording surveillance solutions for customers of both parties. As a leading Linux-based NVR solution provider, DIGIEVER still dedicates on supporting extraordinary IP camera solution partners, such as Dahua,” said Mr. Allen Tseng, Product Manager of DIGIEVER. “The cooperation between DIGIEVER and Dahua will create more flexibility to satisfy various requests of users and vertical markets.”

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