NIST Revises FIPS And PIV – U.S. National Institute of Standards and Technology (NIST) has revised the technical requirements of Federal Information Processing Standard 201 (FIPS 201) for the Personal Identity Verification (PIV) credentials that are issued to U.S. federal employees and contractors.
The many revisions to NIST’s FIPS 201 since 2004 are designed to enhance both the security and interoperability of PIV credentials and the systems that use and support them. By revising NIST Special Publication (SP) 800-73-5 and SP 800-78-5, NIST said these standards better align with FIPS 201, and better support the secure identification and authentication needs of federal agencies that rely on PIV credentials for facility and other access.
According to NIST, the “updates are meant to ensure that the cryptographic standards keep pace with advancements in security technology and provide robust protection for PIV credentials.”
As NIST Revises FIPS, NIST PIV standards contain the technical specifications for the Interfaces for Personal Identity Verification and describe the technical specifications for using PIV credentials, the PIV data model, the card edge interface, and the application programming interface.
FIPS 201 specifies the credentials that must be used by federal employees and contractors to access federal sites and is the standard that covers the activities involved in issuing a PIV card, such as identity proofing and enrolment, as well as the lifecycle activities for updating, using, and maintaining PIV cards.
The NIST standards inevitably have a flow-on effect and impact on standards around the world, particularly for US-allied Five Eyes nations, including Australia and New Zealand.
The “significant” changes announced by NIST involve the removal of the previously deprecated CHUID authentication mechanism and SYM-CAK and VIS authentication mechanisms for PIV credentials. CHUID is an outdated method that was used to identify a person using a unique number on the person’s PIV card while SYM-CAK is a security method that uses a unique shared key for authentication. VIS is a method that relies on a visual check of a PIV card.
NIST Revises FIPS and PIV Technical Requirements. (NIST Revises FIPS)
An optional 1-factor secure messaging authentication mechanism (SM-Auth) has also been added for secure facility access applications, as well as the additional use of the facial image biometric for general authentication using the BIO and BIO-A authentication methods.
The revised SP 800-73-5 also includes an optional cardholder identifier in the PIV Authentication Certificate which identifies a PIV credential holder within their PIV credential set issued during eligibility, and places restrictions on the number of activation attempts for both PIN and On-Card Comparison attempts, limiting them to ten or less consecutive attempts at access.
Also removed is the PIV Middleware specification. Under the new revision, this requirement is optional, which will provide much more flexibility in PIV deployment.
As NIST Revises FIPS, the revision to NIST SP 800-78-5 – which defines the cryptographic capabilities required for PIV Cards and their supporting systems – updates the Cryptographic Algorithms and Key Sizes for PIVs. The important changes include the deprecation of certain Triple Data Encryption Algorithm identifiers and the removal of the retired Random Number Generator from Cryptographic Algorithm Validation Program (CAVP) PIV component testing.
The now retired FIPS 186-2 key generation method has been removed from CAVP PIV component testing where it’s applicable and modified to add additional algorithm and key size requirements for CAVP validation testing, including deprecation of 3TDEA algorithms with identifier 00 and 03; accommodation of the Secure Messaging Authentication key; and use of higher strength keys with at least 128-bit security, which will be required for authentication starting in 2031.
Around 5 million PIV cards have been issued to provide multifactor authentication access to federal IT resources and facilities. Each PIV card includes a photo of the cardholder and lists the sponsoring agency, the cardholder’s name, and an expiration date. Each card also has an embedded chip with certificates and keys to verify the authenticity of the card, which allows cardholders to access secured areas and information systems.
The U.S. Department of Homeland Security (DHS) has said that it considers PIV cards, which can remain active for up to 6 years, sensitive and high-value items with “grave potential for misuse if lost, stolen, or compromised.”
You can find more detail about the upgrades here or read more SEN news here.
“NIST Revises FIPS And PIV Technical Requirements.”
Toowoomba Regional Council Seeks Access, Alarms, CCTV – Toowoomba Regional Council requires supply, installation, and maintenance of EBS and CCTV infrastructure across multiple systems and multiple locations.
Works include specification, design, and supply of all components of CCTV systems including, networked cameras, mobile CCTV infrastructure, servers, software, digital recorders, wireless links, switches and routers, cabling, brackets, racks and other associated equipment relevant to CCTV infrastructure.
Also included is specification, design and supply of all components of electronic building security (EBS) systems including, detectors and signalling devices, alarm systems, power supplies and batteries, intercoms, electric strikes and locks, card readers, and other associated equipment relevant to electronic building security infrastructure.
Since its inception City Safe Program has been one of council’s key crime prevention tools in the Toowoomba region and has expanded to include CCTV coverage of many of council’s physical assets such as, depots, waste sites, libraries and galleries, recreation and aquatic centres, parks, customer service centres, water treatment plants and administration buildings.
The council also has considerable electronic building security (EBS) technology at approximately 90 facilities in the Toowoomba region across multiple platforms and, is in the final stages of migrating all sites on to one platform. Council has a vision is to continue to migrate these systems to one platform. To continue to integrate the EBS, physical security patrols, and CCTV technology and programs into one highly functional area of security operations within its Community Safety and Asset Security control room.
The successful provider will need to share this vision and be able to demonstrate how they can guide and assist council in transitioning further towards this united model whilst limiting operational and capital expenditures.
This Toowoomba Regional Council Seeks Access, Alarms, CCTV tender closes on August 27 – you can learn more here or read more SEN news here.
Toowoomba Regional Council Seeks Access, Alarms, CCTV Works List
• Licensing management on behalf of the Council
• Scheduled and unscheduled device hardening
• Project and installation work of all aspects of the current and future CCTV and Electronic Building Security (EBS) Systems
• Commissioning and documentation updates for CCTV and EBS assets for all installations, redesigns, modifications, maintenance, and network mapping
• Provide warranty of all installed infrastructure
• Undertake system audits as requested
• Conduct routine and non-routine maintenance of CCTV infrastructure and software
• Complete annual routine inspections/condition assessment of CCTV and EBS equipment at all Council facilities. Non-routine maintenance as required at a time of assessment
• Provide quotes and estimates for EBS and CCTV projects in consultation with the Coordinator City Safe
• Assist in the provision of training to staff and or Council Contractors as directed on the operation of VMS software and EBS Software
• Provide security monitoring services (ASIAL grade 1)
5 Companies Booked For SecTech – According to organiser Monique Keatinge, 5 companies have now booked for SecTech Roadshow 2025 in less than a week, taking advantage of a discount rate that ends September 15.
“Early birds for SecTech 2025 include VSP, Gallagher, Stentofon, Bluechip and Nemtek,” Keatinge said. “Potential exhibitors should note our early bird rate is only available for a limited time.
“SecTech 2024 was a great event with strong turnouts in all cities and it’s certain that space will be limited – we only have space on the trucks for 34 exhibitors – anyone else will need to go onto the waiting list.
According to Keatinge, SecTech is a brilliant value proposition, with almost all additional costs covered by organisers.
“For manufacturers and distributors wanting exposure to 5 Australian markets at very low cost – a 3 x 3 metre stand is just $A23,000, including all logistics and add-ons, with zero hidden costs,” Keatinge said.
SecTech 2025 cranks up in Brisbane on May 8, motor to Sydney on May 15, head to Melbourne on May 20, open in Adelaide on Thursday, May 22 and finish up in Perth on May 27.
Current exhibitors include VSP, Gallagher, Stentofon, Bluechip and Nemtek – you can learn more about SecTech here or read more SEN news here.
BGW Technologies Seeks State Manager For Queensland NT.
BGW Technologies Seeks State Manager For Queensland NT.
BGW Technologies Seeks State Manager – National security distributor BGW Technologies is on the hunt for a state manager to guide the organisation’s business in Queensland and NT.
BGW Technologies is a leader in sourcing industry leading Tier 1 products locally and globally and distributing them to the security trade. With a world-class range of products covering intrusion, CCTV, access control, IT and data, BGWT brands include Avigilon-Unity, Avigilon-Alta, Milestone, i-Pro (formally Panasonic), Pelco, Dell, AT, LenelS2, DSC, Kantech, Qolsys, PARADOX and more.
“Located at our Geebung office in Brisbane, the successful candidate will be responsible for BGW Technologies’ sales, operations, P&L and leading its established team with a world class product portfolio for the QLD / NT region,” said BGW Technologies’ Robert Meachem.
“The focus of our business and culture is on customers, staff, and suppliers, and helping them succeed – we are looking for someone who shares our people-focused values to join our tight-knit team.”
The new state manager will report to the executive general manager, whose leadership style is one of giving people autonomy to succeed by creating an environment that encourages growth and work-life balance.
“If you have a strong background in sales and have strong technical knowledge in electronic security (in particular IP-based CCTV), you like dealing with people and you want to focus on customers and staff (not reports and management meetings), then this might be your next career move.
Applicants who meet this profile, please email your resume along with a letter of introduction to rmeachem@bgwt.com.au or for a confidential discussion call Robert on 0423 028 270.
You can discover more about the role here, learn about BGW Technologies here, or read more SEN news here.
Responsibilities & Abilities:
Building trusting relationships with customers
Supporting and leading the branch team
Providing system design, quotes and proposals to customers
Driving pre and post sales programs
Providing sales and support to customers
Ensuring strong P&L outcomes
Growing and developing market share
Learning and continually developing product knowledge for BGWT’s range of access control, security systems and CCTV surveillance products.
Confidence in dealing with customers and the ability to form strong relationships
A positive can-do attitude and willingness to learn
Previous experience in electronic security and IT (in particular IP CCTV)
Excellent communication skills, both written and verbal
Proficient computer skills
Strong attention to detail and understanding of operations
Ability to work both autonomously and as part of a team
Australian citizen or permanent resident.
“BGW Technologies Seeks State Manager For Queensland NT.”
EasyGate SPT Speedgates Secure Festival Tower In Adelaide.
EasyGate SPT Speedgates Secure Festival Tower In Adelaide.
EasyGate SPT Speedgates Secure Festival Tower – Adelaide’s Festival Tower is now secured by 5 lanes of EasyGate SPT speedgates supplied by Entrance Control.
This integration allowed the gates to be fully integrated with the rest of the system, which also monitors, controls and reports on the tower’s video surveillance, fire alarms, lighting, heating, ventilation, air conditioning and electrical systems.
The 150m tall Adelaide Festival Tower is part of a $A2 billion project that incorporates 40,000 square metres of commercial space in the heart of Adelaide in South Australia.
According to Entrance Control general manager, Michael Bystram, a stand-out of the installation was the high-level integration between the new gates and the tower’s building management system (BMS).
“The integration provides real-time gate status updates to the BMS, enabling immediate reporting of alarms and faults and collection of valuable visitor number analytics. With this level of integration, the tower’s security is as effective as possible.”
“The EasyGate SPT’s integration with the Kone destination lift control at Adelaide Festival Tower was another innovative feature,” Bystram said.
“The speedgates and lift control system intelligently select the most direct route possible for visitors and employees to get to their destinations, speeding up the flow of people within the building.
“The destination control system integration optimises the user experience and enhances the efficiency of people movement throughout the tower.”
The speedgates feature 1200mm-high glass panels equipped with electric-blue wing lights to welcome and guide authorised. Custom bronze paint finish was selected to match the interior design of the tower’s lobby, enhancing its aesthetic appeal.
Bystram said the combination of aesthetics, functionality, and advanced security features in EasyGate SPT speedgates make them an ideal choice for landmark projects like Adelaide Festival Tower.
“The cross-functional integration of these speedgates with Adelaide Festival Tower’s building management systems sets a new standard for security infrastructure in smart buildings,” he said.
You can learn more about EasyGate SPT from Entrance Control here or read more SEN news here.
“EasyGate SPT Speedgates Secure Festival Tower In Adelaide.”
LSC TechEd Portal Launches With Enhanced Training Functionality.
LSC TechEd Portal Launches With Enhanced Training Functionality.
LSC TechEd Portal Launches – LSC has relaunched its TechEd electronic security training and help-resources portal Launched.
“The TechEd training division at LSC are delighted to announce the relaunch of their new TechEd training portal,” said Evan Wilson, marketing and events co-ordinator at LSC.
“The new platform, with its fresh, modern look and enhanced functionality, is designed to provide users with an outstanding user experience.
Whether you’re seeking electronic security instructional videos or looking to get certified with one of their verified electronic security training courses, TechEd’s revamped portal has it all. And the team is dedicated to making your experience as seamless and productive as possible.”
You can explore the TechEd portal here or read more SEN news here.
LSC TechEd Portal Features:
Electronic Security Help Videos: Learn at your own pace with our extensive collection of instructional videos.
Streamlined Training Courses: Discover our redesigned course pages, offering detailed information and a simplified sign-up process
Sleek and User-Friendly Design: Navigate through our resources with ease and find exactly what you need, quickly and efficiently.
“LSC TechEd Portal Launches With Enhanced Training Functionality.”
Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera Review
Contents
Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera Review — This bullet camera is a fascinating combination – an IR-supported 1080p optical camera teamed up with a 160 x 120-pixel thermal camera in a robust IP66-rated bullet housing.
Testing the Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera was a journey of discovery thanks to aspects of its underlying design. This is a camera with thermal side and optical sensors which outputs an optical and a thermal stream for viewing. However, the thermal stream is blended – there’s some optical data added in order to increase the level of detail. It took me a while to get my head around this – the threadbare details are there in the specification, but they’re not front and centre.
Instead, I got a sense of a thermal sensor whose performance belied its low resolution, especially during the day. It wasn’t until nighttime, when thermal details started ironing out, that I felt something unexpected was at work.
My settings for this test are variable bitrate, highest quality, WDR on, P-frame with I-frame set to 50, standard H.264 compression, a maximum bitrate of 4096 at full frame. The optical and thermal cameras have fixed lenses – in the case of the optical camera, the focal length is 6 mm, though 8 is available.
Hikvision DS-2TD2615-7/10 Specifications
Let’s look at the specifications before we get lost in the performance. The Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera, Thermal and Optical Bi-Spectrum network bullet camera uses a vanadium oxide un-cooled focal plane sensor with a noise equivalent temperature difference of 50 mK (milli Kelvin), which is said to enhance thermal image quality.
This sensor has a 160 × 120 pixel thermal/1080p optical resolution and features contrast adjustment for optimised images. The quirky combination going on in that sentence is because the 160 × 120 thermal and 1080p optical sensors are combined in some way to deliver a 320 x 240-pixel image output for viewing at 50fps.
When it comes to analytics, there’s Adaptive AGC, 3D DNR, Dynamic Detail Enhancement, on the thermal side. Same as any thermal-enabled sensing solution, analytics are a valuable addition that gives security managers a great deal of functionality. Analytics including line crossing, intrusion, region of interest, entrance/exit, temperature exception, advanced fire detection, temperature range from -20 to 550C, IP66-rated and a current draw of 20W with de-icing heater using 24V AC.
Meanwhile, the 1080p 1/2.8-inch progressive scan CMOS sensor has a minimum illumination in colour of 0.002 lux (the camera changes over to night mode well above 10 lux in our test) at F1.5 with AGC on. Minimum illumination in monochrome is said to be 0.0002 lux with the same settings, but auto IR in night mode means we don’t see such miraculous performance in our test. The F1.0 aperture 6 mm lens delivers an angle of view around 53 degrees with a height of 30 degrees. The hyperfocal distance is around 1 metre.
The optical side of the camera also has smart analytics including line crossing, intrusion, region entrance, and region exiting and 8 VCA rules per scene. There’s also temperature measurement and 10-point dynamic fire detection, which is funnelled across to the optical view from the thermal camera. The Integrated IR range is 40 metres.
Video compression options are H.265+/H.264+ (baseline/main/high profile) and H.265/H.264/MJPEG, while audio compression is G.711u/G.711a/G.722.1/MP2L2/G.726/PCM. There’s simultaneous live view of up to 20 channels, up to 32 authenticated users, MAC address binding, HTTPS encryption, IEEE 802.1x access control and IP address filtering.
On the integration side, there are 2 inputs (0 to 5 VDC) and 2 outputs with alarm response actions configurable. There’s also alarm action SD recording/relay output, smart capture/FTP upload/e-mail linkage, an audio input, microSD/SDHC/SDXC card support up to 128 GB, an analogue video output, and application programming via an open-ended API. With support for ISAPI, Hikvision SDK, and third-party management platforms. The client is iVMS-4200, which we are using for this test.
The combined camera sensors have been tested against the Johnson Criteria for human and vehicle detection. Hikvision’s spec suggests initial detection is possible at up to 600 metres, general recognition of intruder type (vehicle or human) at up to 150 metres, and closer identification of details between 18–77 metres.
Optimised to meet the Johnson Criteria, the camera will recognise a human form at up to 160 metres and a vehicle at up to 280 metres. Temperature exception range (5 × 5 pixels) is available to a maximum of 160 metres, while advanced fire detection (2 × 2 pixels) extends to a maximum range of 400 metres – pretty solid performance for external or industrial applications.
When it comes to physical specifications, this camera has solid build quality. The temperate range is -40 to 65 C, there’s IP66 rating against dust and water, TVS 6000V lightning protection, surge protection and voltage transient protection. The camera is 314 mm long x 104 mm high x 104 mm wide and weight is 1.55 kg.
Hikvision DS-2TD2615-7: First Impressions
First impressions are positive – there’s a lot to like about Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera. Looking at the optical camera first, key areas like colour rendition, depth of field and the ability to handle variable light are all strengths. Performance against backlight is particularly noticeable as the afternoon goes on.
There’s beautiful colour rendition with 75,000 lux backlight, but I can’t grab a moving plate, even under 20 metres. I noticed later in the lane test that at 10-15 km I can get a plate out to 12–16 metres – it’s motion blur caused by speed of movement that’s denying me a plate out the front.
Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera -the fixed 6 mm lens and 1080p resolution mean there’s some underlying pixel spread in my scene, but depth of field is strong and over time I realise DoF is a strength of this camera.
I can see details of pedestrians all the way down on Albion Street – the colour of clothing and handbags, as well as vehicle types. Something else I notice is a 3-second stepping of the image – it’s quite consistent throughout the day. There’s also some background noise in the scene, yet support for face recognition is comfortably out to 12 metres – this processing noise is characteristic of the camera engine.
The thermal sensor has a 7 mm fixed lens and combined with the 160 x 120-pixel resolution, you’re not getting huge detail. What you do get is the ability to see motion at night all the way out to the end of this scene – that’s about 100m. You also get the ability to detect events, including fire events. The thermal camera’s temperature detection is highly discerning and can be set to detect any temperature between -20 and 550C – that’s an excellent capability regardless of your application.
In my initial test, it’s around this point I got a sense there’s something unusual going on with Hikvision’s Bi-Spectrum bullet. There’s more detail than I was expecting and on the thermal side, especially close to the camera. Later on, I discovered that’s because the 160 × 120 thermal and 1080p optical sensors can be combined by the processing engine to deliver a 320 x 240-pixel image output for thermal viewing.
According to Hikvision, the Spectrum Image Fusion Thermal view “can be overlaid with optical channel details to increase levels of detail”. How this works, I don’t know. Detail is low-res thermal murky, but it’s there 24-hours a day. Even though resolution is quite low, I wouldn’t like to underrate the potential of this vanadium oxide/optical sensor combo as an investigative tool thanks to its capacity to deliver contrast.
It’s possible to make out considerable detail of pedestrians inside 12 metres. Facial hair, hats, glasses, clothing style, gait, the presence of bags, cigarettes, shoe types, gloves, etc. Even fundamental elements of facial structure can be readily discerned. I also get a good sense of vehicle type and sometimes make, whether the vehicle is still hot from use.
Is this sort of detail useful in a camera with IR support on the optical side? Well, yes, it is — especially at night when the contrast between warm humans and the now colder background may increase contrast, though it must be borne in mind that the cooler the background, the hotter the human will appear. And I find later that there’s a point at night where all faces start to appear completely white with no few details.
“Smart features like line crossing, intrusion, region entrance/exit, temperature exception and advanced fire detection really come into their own with thermal sensors.”
Thermal is useful during the day. Even when the ambient daytime temperature hits 31C, I’m still pleased with the performance of the thermal camera, which is picking up bits and pieces I might miss optically, especially in the deep background.
For security managers squeezing every drop of data out of their security solution during an investigation, affordable low-resolution thermal is worth having. Something else that’s neat about thermal is the way it delivers dependable data to analytics functions. Smart features like line crossing, intrusion, region entrance/exit, temperature exception and advanced fire detection really come into their own with thermal sensors.
Optical performance during the afternoon is solid. The fixed lens exhibits no chromatic aberrations. The camera is strong against WDR. There’s no loss of depth of field and colour rendition stays well-balanced. Something I do notice is that much later, as the colour temperature of light changes with the sinking sun, I get yellowing of the light at the end of the street. The overall image stays balanced in terms of light and dark, but the effect is distinct with my settings.
Another day in the lane, I noticed the same effect and revisited my settings – I have brightness on 8 and when I take it back to 6, the effect disappears though the shaded parts of the scene are a touch darker and the overall image shows lower contrast.
By around 830pm it’s quite dark out front but twilight at the rear of the office, and over the next 10 minutes we go to full night front and back. I measure 7 lux under the camera out in front of the office – it’s sub 2 lux out the back.
The switch from day to night mode comes suddenly. I’m viewing the monitor and the image turns pink for 2–3 seconds as the cut filter comes across, and we then go straight over into monochrome. Usually, I hit a snapshot to capture the transition, but there’s no time for that with the Bi-Spectrum Bullet.
And because the change takes place relatively early in the camera’s low light ability in colour, there’s none of the slow degradation we’ve seen with other cameras, no increase in noise or strange colour tones.
In monochrome, depth of field is as solid as it is during the day – it’s a great argument for a slightly longer focal length. Control of blooming with this camera is forceful. The noise, which was prevalent throughout the day, never increases. With this noise, it seems Hik engineers are making a trade-off between noise and amplification around moving objects, and in the live streams this trade-off seems to be worth making. From front to back of the scene, this camera delivers more detail in extremes than a typical 1080p camera.
Later, while trawling the specification sheet, I came across a piece of functionality called Dynamic Detail Enhancement. Is this what we are seeing? I think it probably is. There’s some blur behind moving objects, but then momentarily they are almost entirely clear. I decided this can’t be down to movement – there’s some element of processing going on – some form of buffering.
There’s a simplicity to monitoring thermal images – you’re searching for simple changes in contrast, and letting your mind wander seems to make the process of spotting movement easier. The depth of field in monochrome optical remains outstanding, and it’s very easy to see anything moving. You notice warm things you hadn’t thought of – the disc brakes of bicycles, the tops of hats.
Technical Section
160 x 120 Thermal/1080p Optical Resolution
(320 x 240 Output Image Resolution)
Vanadium Oxide Un-cooled Focal Plane Arrays
7 mm and 10 mm Lens Options
NETD <50 mK
Adaptive AGC, 3D DNR
Dynamic Detail Enhancement
Smart Features:
Line Crossing, Intrusion, Region Entrance/Exit
Temperature Exception
Advanced Fire Detection
Temperature Range: -4° to 1022° F (-20° to 550° C)
This observation is getting repetitive now, but there is something unusual about this camera, which is probably why Cecil from Hikvision sent it over. It’s the combination of colour, IR support for the monochrome, optical details that can be added to the thermal viewing stream. These qualities don’t explain the nature of the depth of field – the camera is 1080p and the focal length is long-ish as these things go, but only slightly at 6 mm. Overall, this is a good camera. It offers solid situational awareness across a range of conditions and rewards the active engagement of operators.
In optical monochrome, I get a lot of detail in low light, even if faces are not sharp. I’m getting clothes, bags, and other detail way out past 30 metres on both sides of the road at once out in front of the office. Performance is also solid in areas like colour rendition and an almost complete lack of blooming, even under strong provocation.
Depth of field is a constant benefit. Meanwhile, the thermal at night has less in the way of detail than it does in the day. It is about deciding someone is there, particularly at the outskirts of depth of field and understanding what they are doing in relation to other humans and vehicles in the target area.
The Hikvision DS-2TD2615-7/10 Bi-Spectrum Bullet Camera is a powerful tool for enhanced situational awareness. It excels in low light conditions, providing clear details of objects beyond 30 meters. While the thermal capabilities are slightly less detailed at night, they still serve their purpose of detecting human presence and activity. With impressive color rendition, minimal blooming, and a reliable depth of field, this camera is an excellent choice for operators seeking reliable performance.
For more information about Hikvision and other products, visit their website and stay updated with SEN news.
“Overall, this is a good camera. It offers solid situational awareness across a range of conditions and rewards the active engagement of operators.”
Aritech Releases CTPlus V3.1 Programming And Control Tool.
Aritech Releases CTPlus V3.1 Programming And Control Tool.
Aritech Releases CTPlus V3.1 – Aritech has released CTPlus V3.1
CTPlus is a software tool for programming and controlling a Tecom system used by installers with a laptop PC. CTPlus can also connect directly to WMS Pro for sites requiring web-based management, allowing multiple operators to login and make changes at the same time.
CTPlus provides an easy-to-use interface for programming Tecom devices, including the ability for technicians to send/retrieve programming or import/export system configurations to allow for off-site programming or system backups. Service technicians can use CTPlus to connect remotely to Challenger panels for programming, routine maintenance, and fault diagnosis.
An integrated TS0870P Smart Card Programmer allows for custom encoding of cards with unique encryption codes for high-security applications. The integrated firmware sync in CTPlus allows technicians to securely access the latest versions of firmware for all Tecom devices directly from an online repository.
Internet access is only required during the sync from the repository, at which time they are stored securely in the CTPlus database. This means technicians are always able to easily access current firmware when online, ensuring that they can program the latest firmware into devices in remote locations with poor connectivity.
You can learn more about CTPlus here or read more SEN news here.
Aritech Releases CTPlus V3.1:
Supports connectivity directly to WMS Pro databases
Supports Tecom Discovery, Network Access Controller, ChallengerPlus, ChallengerLEPlus and Challenger10 control panels
Flexible connectivity options, supporting new and existing technologies, including UltraSync, USB and IP
Advanced diagnostics capabilities assist with troubleshooting, both on-site and remotely
Input test status and reporting
Upload and download of panel configuration
Back-up and archiving facilities for both database and history information
The optional TS0870P Smart Card Programmer is used to create highly-secure, password-protected smart cards and smart fobs for access control
Live event log
Advanced search facilities enable operators to quickly filter the database for device records
Runs on Windows-based PCs
Fast navigation between programming forms with hyperlinks
Highly adaptable tabbed or window user interface
TLS 1.2 support.
“Aritech Releases CTPlus V3.1 Programming And Control Tool.”
Queensland Rail has released a slightly future tender seeking security systems service and maintenance across multiple sites.
With an expected release date of August 9, the scope of works includes the capability and capacity to service and maintain Queensland Rail electronic security system comprising cameras, digital video recorders (DVRs), PC hardware and monitors, fence detection and access control.
Locations include South-East Queensland railway stations, stabling yards, as well as system monitoring facilities, corporate building services at Brisbane CBD and Townsville and regional travel centres, and regional depots.
Queensland Rail Contractor Safety and Environment Management Prequalification (Category 2) is a mandatory requirement.
You can learn more about this Queensland Rail Seeks Security Maintenance tender here or read more SEN news here.
New Jack Fuse PP2FR-HC Compact Power Distribution Module Released.
New Jack Fuse PP2FR-HC Compact Power Distribution Module Released.
New Jack Fuse PP2FR-HC Compact Power Distribution – Jack Fuse has released the new PP2FR-HC compact power distribution module featuring a built-in fire trip interface and 2 outputs capable of supplying higher current than standard PDMs.
“Each fuse can supply up to 4A making the PP2FR-HC perfect for distributing power to current hungry devices, such as multiple mag locks and/or daisy-chained door controllers,” said Jack Fuse’s Ken McKeon.
“For field mounted controllers, one PP2FR-HC can be used to distribute power from the central power supply and additional PP2FR-HC modules can be used to provide local fire trip and power protection to locks/controllers.”
Applications include automating emergency fire trip door lock override, adding outputs to existing PDMs, powering 2-door access controllers, or it can be used to cost effectively add additional fuses to existing Jack Fuse Power Port modules.
Features of the 12V DC device include a pair of high current fused outputs with status indicator, selectable outputs for fire power or standard power, DIN rail mounting clips, and on-board fire trip control. There’s also an NC or VDC fire trip interface, and standard or fire power option for each output.
You can learn more about Jack Fuse products here or read more SEN news here.
“Jack Fuse PP2FR-HC Compact Power Distribution Module Released.”
