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Moscow transport network selects NXP Mifare Plus for multimodal ticketing and carding

Moscow transport network selects NXP Mifare Plus for multimodal ticketing and carding

Editor / Provider: NXP Semiconductors | Updated: 4/10/2013 | Article type: Component

NXP Semiconductors announced that the Moscow Department of Transport has selected MIFARE Plus? for the new “TROIKA” smart card project in order to provide a smooth system migration to higher security. The new multi-modal card aims to improve the quality of passenger service and make public transport more attractive to use. The Moscow transport network serves an urban area with a population of over 20 million people, and enables over 350 million trips per month.

The new smart card will help passengers to have better, more convenient trips by decreasing one of the biggest problems during Moscow's rush hour: waiting times at cash desks. Travelers can store any type of ticket on the card without fear of expiry, while frequent travelers can benefit from lower costs when using multiple modes of transport. The contactless card functions with a flexible tariff system, and allows for the future integration of services such as parking, road-tolling, bike rental and in the longer term, mobile ticketing.

“The TROIKA eWallet project is the next step in the evolution of our automatic fare collection system in Moscow, providing passengers with a multi-functional transport card, combining all types of urban transport, with suburban trains and other services such as parking and bike rental to be added in the near future,” said Maxim Liksutov, chairman of the Moscow Department of Transport.

“With this new transport card, passengers can benefit from a better and more convenient service by having all types of transport in the Moscow area at their fingertips,” added Dmitry Pyankovsky, head of the automatic fare collection unit at the Moscow Department of Transport.

Customer service will be significantly improved, with 25,000 new topping-up points being introduced across the city to reduce cash desk queues. To ensure improved end-to-end system security, the new readers will contain NXP's reader ICs and MIFARE SAM AV2 for secure key storage and back-end connection to the central server. For passengers, the new distribution channels offer a more flexible way of buying tickets.

NXP MIFARE Plus is based on open global standards for both air interface and cryptographic methods. It is available in two versions: MIFARE Plus S, the Slim version, for straightforward migration of MIFARE Classic systems; and MIFARE Plus X, the eXpert version, which offers more flexibility to optimize the command flow for speed, privacy, and confidentiality.

The NXP MIFARE SAM AV2 solution lets developers of smart card applications to meet the requirements of ever-changing security standards. Unlike other products in the field, MIFARE SAM AV2 has proven interoperability with all of NXP's broad card portfolio, making it the most versatile and secure SAM solution on the market today. When used in combination with a reader IC supporting innovative “X” features, MIFARE SAM AV2 provides a significant boost in performance to the reader along with faster communication between reader and module.

N. Carolina hospital modernizes security infrastructure

N. Carolina hospital modernizes security infrastructure

Editor / Provider: Mobotix | Updated: 4/10/2013 | Article type: Commercial Markets

Vidant Beaufort Hospital deployed a comprehensive Mobotix surveillance system at its 142-bed non-profit hospital in North Carolina. The cameras were installed in multiple phases as a method of modernizing the heath care facility's security infrastructure to allow security personnel to operate more efficiently, while reducing liability and deterring crime. The system was installed by Daytona Broadband.

 “In an effort to augment our security personnel's presence, we installed the surveillance system to allow us to identify and research incidents that we weren't seeing before,” said Rodney Sanders, Network Administrator, Vidant. “Now, we leverage cameras to remotely monitor the situation, respond appropriately and then investigate the event.”

The hospital deployed Mobotix dual lens D/N cameras to secure the hospital's perimeter. The D/N domes and compact weatherproof IP domes drastically reduce the number of cameras required to monitor the hospital's interior while delivering high-resolution images.

The healthcare organization also found Mobotix cameras to be a tremendous value for their ability to reduce network bandwidth through the decentralized approach to surveillance. The decentralized concept incorporates a high-speed computer into every camera to allow video to be processed within the camera itself, reducing network bandwidth and the need for external storage appliances.

"With the Mobotix surveillance system in place, every action is now accounted for,” said Ron Poulin, President and Owner, Daytona Broadband. “In the event of an incident, the hospital can now rely on strong video evidence for investigative purposes and therefore, the system delivers peace of mind to the security and management teams.”

VIVOTEK expands compact cube portfolio

VIVOTEK expands compact cube portfolio

Editor / Provider: VIVOTEK | Updated: 4/10/2013 | Article type: Security 50

VIVOTEK announced the launch of two new compact size cube cameras - IP8130 and IP8131. Both cameras, with their small appearance, elegant design and affordable price, are especially ideal for end-user surveillance applications such as homes, offices and shops. IP8131, the enhanced version of IP8130, is especially suited to low-light situations with a removable IR-cut filter for day and night functionality and built-in IR Illuminators, effective up to 6 meters, securing excellent video quality under completely dark environments.

IP8130 and IP8131, both equipped with 1-Megapixel CMOS sensors, are able to capture 1280 x 800 resolution video at 30 fps. Also, by supporting industry-standard H.264 compression technology, bandwidth and storage consumption can be reduced significantly. With a built-in microphone able to record sounds within a 5 meter radius, the surveillance capabilities of the IP8130 and IP8131 are truly unique.

With the bundled ST7501 multi-lingual 32-channel recording software, users can set up an IP surveillance system with IP8130 and IP8131 easily. Driven by mobile device trends and a demand for more intelligent applications, VIVOTEK also provides a smart phone application, iViewer, for both iPhone and Android platforms, enabling users to monitor live video off-site in real time.

 

Milestone entry-level VMS now in Veracity servers

Milestone entry-level VMS now in Veracity servers

Editor / Provider: Milestone Systems | Updated: 4/10/2013 | Article type: Security 50

Veracity, manufacturers of Coldstore, the surveillance industry's first sequential storage system, announces Coldstore Arcus, a video surveillance platform for security installations requiring simple live view and forensic playback capabilities with no need for intricate feature sets or complex system architecture. This solution is a pre-integrated product powered by Milestone Arcus VMS that is embedded in the Coldstore hardware - ready to plug in, power on and operate.

Veracity's Coldstore technology is a sequential storage system specifically designed for video surveillance storage. Milestone Systems' newly-announced Milestone Arcus is an embedded VMS offering for integration into technology partners' hardware platforms. Milestone Arcus and Coldstore are an ideal match, combining in a single-box solution which supports all IP camera types. Coldstore Arcus provides capacity of up to 60TB of video data storage and resource-effective power consumption of only 1 watt per terabyte.

The advanced sequential storage technology in Coldstore allows the use of any consumer hard drive to provide up to 60TB of high-reliability storage across 15 drive bays. The entire system operates on less than 66 watts, requires no external cooling and creates a significant differentiator in today's security market.

Veracity's Coldstore Arcus offers a streamlined video management tool and storage system that does not require a separate VMS server. Coldstore Arcus will be sold by Veracity's channel partners. Milestone Systems will provide future upgrades through ongoing releases of the software.

Milestone chose to partner with Veracity due to the innovative video storage approach implemented by Coldstore. Engineers from both companies have worked closely together to exploit the key product advantages so the end result will be a radical departure from today's traditional client/server/storage architecture.

How to avoid surveillance failures

How to avoid surveillance failures

Editor / Provider: Sponsored by Seagate | Updated: 4/9/2013 | Article type: Tech Corner

Whether a surveillance system deploys one or 1,000 cameras, the 24/7 requirements of surveillance applications, combined with high-write duty cycles, can wear on even the most reliable hard drives. With increasing storage demands due to higher picture quality, and the incomparable costs and longevity of SSDs for surveillance applications, hard drives remain the best and most reliable method for surveillance storage. To protect critical video content, surveillance professionals must know the risks associated with hard-drive technology to help maintain systems and understand drive reliability.

Although the frequency of hard-drive failures in surveillance configurations varies widely among organizations, the costs of such failures are more calculable. According to ipvm.com, recovery costs for a single hard drive can span from US$1,000 to $2,000. The cost to repair a failed drive can reach $300 or more. Furthermore, liability issues conjure additional costs when critical video data is lost.

Factors related to these costly failures include: 
-  Environmental conditions (heat, workload, system architecture)
- Enclosure designs
- Hard-drive age and type (support for 24/7, high-write operations)

Many surveillance deployments experience hostile environmental conditions that include vibration, shock and heat, all of which can negatively affect drive longevity. The type and quality of drive enclosures vary significantly as well, from mount designs to cooling methods. Additionally, certain hard drives have higher reliability and are better designed for specific environments, like stand-alone DVR applications versus full surveillance drive arrays.

To enhance storage reliability and protect video content, surveillance professionals should:
- Follow best practices for hard-drive selection and integration (do you need enterprise or surveillance-optimized drives, and what system requirements will these drives have?)
- Implement storage redundancy when appropriate
- Utilize available data protection features when retiring/repurposing drives

In addition to choosing a reliable product designed for its specific workload, it is crucial to implement smart and strategic practices for hard-drive integration. By evaluating effects such as vibration and shock on the storage system, developing a proper enclosure design to protect it and following thermal management procedures, surveillance professionals can ensure optimal performance and reliability from their storage solution for years to come.

Implementing storage redundancy can be a useful way of handling drive failures that may occur. The criticality of an organization's video content will often determine the level of redundancy. For small surveillance systems, lower-cost redundancy is available, including inexpensive NAS units featuring RAID 1. As drive counts increase, RAID 5 and RAID 6 arrays become cost-effective and valuable options. In addition, IP SANs aid the use of redundancy for large deployments by providing RAID as a standard feature.

When the time comes to retire/repurpose hard drives, using products with options like Self-Encrypting Drive (SED) and Instant Secure Erase (ISE) ensures protection of sensitive data. Such features help secure data even at the end of a drive's life.

Assuming immunity from drive failures can cause significant problems. Surveillance professionals can avoid unnecessary costs and safeguard critical data by implementing intelligent methods to prevent such failures and deal with issues that do occur.

Sponsored by:

Assa Abloy/HID Global expands PIV range

Assa Abloy/HID Global expands PIV range

Editor / Provider: HID Global | Updated: 4/9/2013 | Article type: Security 50

HID Global announced it has expanded its pivCLASS Government Solutions portfolio focused on the Federal Identity market with the addition of the PIVCheckTM Plus software solution from Codebench, an HID Global company. The pivCLASS solution provides full Personal Identity Verification (PIV) and Public Key Infrastructure (PKI) functionality at the door for government agencies and contractors enabling them to comply with federal identity mandates.

The PIVCheck Plus software solution, now called pivCLASS Registration Engine and pivCLASS Certificate Manager, allows customers to harvest cardholder data and enroll the information into a variety of physical access control systems. The solution currently supports 30 different physical access control systems, the most comprehensive on the market. The software offering joins HID Global's pivCLASS Transitional Readers, pivCLASS credentials and pivCLASS Authentication Module as the industry's most complete solution for PKI at the door.

The pivCLASS Government Solutions portfolio includes:
- pivCLASS Transitional Readers – Contact, contactless and biometric readers for meeting any assurance level and the NIST SP 800-116 guidelines. These readers support nearly any card type (PIV, PIV-I, CIV, CAC, TWIC, iCLASS?, HID Prox and more) and perform any required authentication mode (CHUID, CAK, PIV + PIN, BIO). These readers can be used to phase in multifactor authentication at the door by reconfiguring them in the field rather than replacing them to support PKI based authentication.
- pivCLASS Credentials – A dual-interface (contact/contactless) PIV credential that offers secure storage and protection for the smart card's passwords, digital identity credentials, cryptographic functions, personal information and computer access capabilities. It enhances credential security, utility and flexibility and simplifies issuance of PIV cards and the process of upgrading an existing physical access control system.
- pivCLASS Authentication Module – Enables physical access control system  upgrades to FIPS 201 compliance by performing the FIPS 140-certified cryptographic functions the typical PACS panel cannot perform. It is installed between a supported reader and the existing access control panel and provides configurable Wiegand output to the controller.
- pivCLASS Registration Engine and pivCLASS Certificate Manager – Software for validating PIV, PIV-I, CIV, TWIC, FRAC, and CAC credentials and verifying cardholder identities. The software can be deployed on a PC, laptop, or handheld terminal.

Bosch storage devices now compatible with Amag Technology software

Bosch storage devices now compatible with Amag Technology software

Editor / Provider: Amag Technology | Updated: 4/9/2013 | Article type: Security 50

Amag Technology, an access control, IP video and intrusion detection solution provider, announces that Certified Partner, Bosch Security Systems, has certified its IP video storage appliance, video recording manager, and video recorder 700 series with Amag's security management system. Amag and Bosch cooperatively tested and certified this integration through Amag's Extended Business Solutions Program.

"The Amag/Bosch integration gives our customers a state-of-the-art video recording solution to ensure all video is securely stored for later retrieval if necessary," said Extended Business Solutions, Program Manager, Shae Taylor. “Bosch's recording solutions offer high quality, easy to use solutions to help better secure an end user's buildings and properties."

"We're working closely with Amag Technology to provide customers with easy and seamless integration of live and recorded Bosch H.264 IP video streams within the Amag security management software,” said Brad Eck, Integration Manager, Bosch Security Systems for North America. “Combining the superior imaging and reliable performance of our products with the powerful management features in the Amag platform will help end users achieve advanced operator efficiency, greater facility control and improved situational awareness."

Users will find many benefits of the integration including:
- Viewing live and recorded video in the Symmetry client
- Associating access alarms and events to video automatically
- Live video pop-ups on alarm
- Configuring trigger commands associated with video devices
- Displaying cameras on Graphical Maps

Mobotix cameras now compatible with Wavestore VMS

Mobotix cameras now compatible with Wavestore VMS

Editor / Provider: Mobotix | Updated: 4/9/2013 | Article type: Security 50

Mobotix announces its enhanced integration with Wavestore VMS. The technical collaboration allows Mobotix to pursue opportunities within the hybrid and legacy systems market due to Wavestore's support of analog surveillance cameras.

The integration offers Mobotix resellers and customers the opportunity to leverage existing investments as they transition to IP technologies. WavestoreUSA clients can now take advantage of the cost savings derived from hemispheric and 360-degree cameras from Mobotix. A single 360-degree camera enables customers to save on infrastructure and security personnel because it reduces the number of cameras required for a typical surveillance installation.

Wavestore VMS facilitates the viewing and recording of original fisheye images captured by the Mobotix hemispheric camera, and simultaneously displays dewarped views alongside captured images from other cameras in a multi-image display. The original pictures captured by the 360-degree cameras are stored unaltered in case video data must be presented in a court of law. A single 360-degree image is transmitted regardless of how many dewarped views are being displayed on the WaveView client, saving bandwidth and ensuring very fast image updates and a streamlined user experience.

Joint customers will also benefit from the decentralized Mobotix concept, which incorporates a high-speed computer into every camera to reduce network bandwidth. Video is processed in the camera itself, and images do not have to be transferred continuously. The integration between WavestoreUSA and Mobotix allows for the combination of high-resolution and decentralized storage benefits with the open architecture, scalability and reliability of advanced VMS functionality.

Tomorrow's distribution model

Tomorrow's distribution model

Editor / Provider: Memoori Business Intelligence | Updated: 4/7/2013 | Article type: Hot Topics

The traditional distribution model for physical security products right across the globe was often referred to as “box shifting;” it offered products off the shelf but with few value-added services, according to a recent Memoori Business Intelligence report. This is now rapidly morphing into a sophisticated system delivering value-added services that its clients are now demanding.

There are five main reasons why the change in the structure of the physical security industry is causing the distribution model to change.

  1. Manufacturers have over time extended the range of their products, which now have a rich layer of features and capabilities. The supply chain must be able to understand and identify where their clients can benefit from them.
  2. A strong brand and channel infrastructure giving reach and efficiencies. Marketing across the globe can now be achieved by small companies through the Internet at lower cost and this has increased the number of suppliers and solutions.
  3. The pace of innovation is speeding up. Edge based storage and advances in analytics are creating more and more applications for IP video.
  4. Open standards are starting to take a hold. This will open up competition even further and will reduce the barrier to smaller companies. Real competition will then kill off weaker companies and consolidation will come about through open market forces.
  5. Increasing demand for full integration across all aspects of physical security solutions and now the business enterprise.

The channels of distribution in the physical security industry are changing to take account of these factors, particularly in the video surveillance sector, where IP network products have taken a major leap forward in the last three years requiring new skills for designing and installing systems. In the vast majority of cases the manufacturers don't want to be directly involved in providing these services to the end user and they therefore require the distribution chain to take on these responsibilities.

This has required new and existing suppliers to set up under the broad classification of distributors but broken down into resellers, system integrators and solution providers. Normally they buy directly from the manufacturer and some have a strong partner relationship to one or a few brands. The term distributor is still used by larger companies from the traditional supply chain and new ones from the information and communication technologies (ICT) business, but these companies now offer to supply all the components necessary to deliver a solution to installers. In addition, many of these companies will also operate straight online sales. Finally, a few manufactures normally having specialist products selling to a few verticals have opted to sell direct to the end user and install themselves. So one size does not suit all. However, for those manufacturers that want to obtain huge global scale (hundreds of millions in revenue) they need to operate through all the distributor channels, but not confuse the market by selling direct.

Since 2006 there have been major changes across the developed markets of the world in how products reach the end user. Our research shows that the value of product passing through the distributor channel has fallen off drastically from over 50 percent in 2006 to around 30 percent in 2011. Their market share has been taken by direct sales to resellers, system integrators and solution providers which have increased share to approximately 50 percent in 2011. The installer system integrator route has been joined by specialists from the ICT industry, and it would appear that the distributors have lost most of their share to these companies that have partnered with the manufacturers of IP network products to offer packaged solutions.

Whilst these trend appear to be most marked in the developed markets of Europe and North America similar trends are now being realized in Asia, and at the same time are now taking place in the access control market; but as yet it's not as pronounced. Getting IP network products to market is going to be a challenge for distributors and one they will have to meet because it will eventually take 100 percent of the business.

These changes are not so startling when taken over a six year period, but their consequences are now being felt, with the recent exposure of weaknesses in the distributor chain and the major European distributor Norbain's demise and fall into receivership. IP network products do not lend themselves to the traditional box shifting treatment of analog products and require more sophisticated application of skills; but few distributors have seen the need to work with the manufacturers to acquire the necessary skills.

Distributors that have become more IP savvy, such as the AES Group and Digitalcom in Thailand and Tri-Ed / Northern in the USA have been able to maintain their share by taking on more system integrator duties especially with regard to system / network design and commissioning. But not all distributors have taken up the challenge and have opted to beef up their eCommerce operations, which may well work provided they can achieve scale on this low margin business.

There is a place for the distributor but not in the traditional role, at least not for long. Knowledge is paramount, especially in a market increasingly connected through integrated building and security environments and bringing together packages that meet these needs and the IT services that they require is now necessary across the distribution network.

The Controlware Group has provided IT communications networking solutions since 1980. During this time Controlware has accumulated extensive experience in the design, delivery and maintenance of cost-effective IP networks. Since 1997 they have also specialized in the integration of applications such as IT security, storage and video surveillance systems. They can now offer total packages of IT communications networks, CCTV cameras, encoders, VMS, recording, and video content analytics systems. They work closely with installer and integrator partners to provide security systems for users from all vertical markets. Their value-added services range from consultancy, product advice and supply through to systems design, project management, commissioning, maintenance and installation through their channel partners.

Alliance and partnership is playing a major role in winning market share in the security business as manufacturers extend the range and depth of their alliances and partnerships with other manufacturers of adjacent products and their system integrators and solution providers. More formal arrangements of sharing data within the distribution chain has resulted in many new solutions for the end users going well beyond improving security. In the last 12 months we have identified more alliance arrangements between manufacturer's distributors and system integrators, working together to provide a solution for a particular vertical market and sharing the development and promotion costs.

Some 2012 IFSEC exhibitors showed a number of case studies on how business intelligence can be gained through IP video surveillance systems brought together through partnerships. Two companies Axis Communications and Panasonic had displays showing how, in particular vertical markets, they had used video streams to provide business intelligence. In both case the concept was instigated by the camera manufacturer as a means to increase sales, but they have worked with other suppliers of surveillance products and access control systems to produce a seamless solution that fitted the needs of the end user. In addition, they have worked with system installers and distributors not only to orchestrate the marketing sales strategy, but identify new applications where they can add value for the end user.

The trends show that alliance has moved on from just joining different manufacturer's products together to providing a total solution between all the stakeholders and is driven by what the end user needs in order to deliver real benefits over and above improving the security performance. So if you want to compete with the top camera manufacturers you not only need to be up there close on performance, but also drive innovation in providing solutions that deliver more value-added and a quicker ROI for the buyer. The distribution network has a vital role in making this happen.

Increasingly the shape of the market is changing as security systems supplied for new projects are increasingly delivered as fully integrated systems, whereas in the past they were supplied as three separate and discreet systems. This has changed the balance within the routes to market with more of this business going through resellers, system integrators and solution providers.

We believe that as the physical security manufacturing business further consolidates the distribution network will be forced to follow suit, and over the next five years we shall see fewer but larger distributors playing an enhanced role. The market share of the resellers, system integrators and solution providers will increase as systems become more sophisticated and integrate with the business enterprise.


Good products sell well but they sell better when distributed through the right channel.

Motorola on next-gen HEVC compression

Motorola on next-gen HEVC compression

Editor / Provider: Google/Motorola Mobility | Updated: 4/8/2013 | Article type: Tech Corner

For decades, Google/Motorola Mobility has driven the evolution of TV and now multiscreen services through the cloud, network and home. The company will continue this history of innovation with its new real-time high-efficiency video coding (HEVC or H.265) technology. “Now that we've seen the industry-wide approval of HEVC as a standard, we're rapidly moving from creation to implementation,” said Joe Cozzolino, Senior VP and GM of Network Infrastructure Solutions. “It took almost four years from the time MPEG-4 was made an industry-wide standard before the necessary refinements in the MPEG-4 tool kit took place and the standard reached its fullest potential. We're only two months into the approval of HEVC, and we've already reached an unprecedented level of progress.”

Motorola continues to build on its legacy this year after bringing the technology to the global market and showcasing some of the industry's first-ever HEVC demonstrations at industry trade shows. This year, Motorola moves beyond basic technology demonstrations and will exhibit a practical implementation of HEVC with its first HEVC encoding and decoding in real time. One such demo will include a real-time HEVC encoder delivering streaming content to a Google Nexus 10 tablet for real-time decoding and playback. Another demo will include real-time HEVC HTTP live streaming to an Apple iPad (4th generation). A third demo will include an IP-based set-top TV box decoding HEVC. Motorola's demonstrations will highlight how the compression efficiency of HEVC enables high-quality video delivery over bandwidth-constrained networks to multiple platforms.

HEVC video compression technology has the ability to reduce bandwidth by up to 50 percent in comparison to MPEG-4 AVC while still delivering same high-quality viewing experience. In its initial phase, HEVC might have the highest impact on reducing wireless network congestion. By utilizing HEVC, 3-G and 4-G enabled operators will be able to provide higher-quality viewing experiences on almost any screen while saving up to half the capacity current encoding technologies require. Motorola will immediately support video service providers and programmers in testing and launching HEVC-based services to take advantage of the significant bandwidth savings offered by this new compression technology.

Additionally, HEVC can be a significant factor in dramatically reducing storage costs for in-home and networked DVRs. Motorola's engineers are using HEVC to test and develop comprehensive standards-based wireless and multiscreen solutions for a diverse base of service providers worldwide. This next-gen video compression technology was jointly developed by ISO/IEC MPEG and ITU-T Video Coding Experts Group (VCEG). Motorola is part of the committee that developed the HEVC standard, and has been an active contributing member of MPEG-2 (1993) and MPEG-4 (2003) standards.

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