The rapid growth in global AI demand, especially for training and running large-scale AI models, has significantly increased the need for high-performance and high-capacity storage. This includes technologies such as High Bandwidth Memory, high-speed Solid State Drives, and large-capacity Hard Disk Drives. As major technology companies continue to expand their AI infrastructure, demand for storage has risen considerably, resulting in significant price increases and also issues with sourcing stock availability. Industry forecasts suggest that storage prices are likely to remain elevated and continue rising throughout 2026.
As AI continues to drive demand for higher-resolution CCTV and longer recording times, storage requirements are becoming a growing concern for businesses and security professionals. More cameras, higher resolutions and increasing amounts of recorded data can quickly lead to higher storage and infrastructure costs.
Dahua’s Super AI Coding Technology offers a way to tackle this challenge by intelligently reducing the amount of data generated by CCTV cameras, while still maintaining important image detail. By prioritising areas of the image that matter most, such as people and vehicles, Super AI Coding can help reduce storage requirements and network bandwidth without compromising the quality of critical footage.
Key benefits of Dahua Super AI Coding
30–50% less storage required – Super AI Coding reduces the amount of data that needs to be recorded, potentially allowing you to use smaller HDDs or keep recordings for longer on the same storage capacity.
Up to 50% reduction in network bandwidth – Less video data needs to be transmitted from the cameras to the NVR, reducing network traffic and making better use of existing network infrastructure.
Maintains important image detail – Rather than simply reducing the bitrate across the entire image, the system intelligently allocates bitrate to important objects, particularly people and vehicles. This helps retain clearer details where they matter most.
Better image quality than simply lowering the bitrate – Conventional bitrate reduction can introduce problems such as blocking, blurring, motion trails and other compression artefacts. Super AI Coding is designed to reduce the overall bitrate while avoiding excessive loss of detail on important subjects.
Potentially lower system costs – Because less storage and bandwidth are required, the technology can reduce the cost of HDDs, network infrastructure and potentially the overall CCTV system. Dahua gives an example where a system requiring 14TB with H.265 could use 7TB with Super AI Coding for the same stated recording scenario.
Particularly useful with today’s higher HDD prices – The idea is especially relevant for larger CCTV systems where storage is a significant part of the system cost. Instead of buying additional HDD capacity to maintain retention periods, Super AI Coding can reduce the amount of storage needed.
In simple terms
Super AI Coding is essentially about getting more CCTV recording out of the same amount of storage and network capacity, without sacrificing as much image quality where it matters.
Instead of treating every part of the image equally, it gives more of the available bitrate to important objects such as people and vehicles, while compressing less important parts of the scene more heavily.
The United Kingdom & Ireland have strict regulations regarding the use of Closed-Circuit Television, especially when it comes to covert surveillance. Covert CCTV refers to the use of hidden or discreet cameras to monitor individuals without their knowledge or consent. These regulations are in place to balance security and privacy concerns. Please note that regulations and laws can change over time, so it’s essential to verify this information with your own research, using up-to-date reliable sources or consulting with legal professionals.
Here are some general rules regarding covert CCTV in the UK:
Lawful Basis
Covert CCTV must have a valid legal basis for its use. Achieve this by demonstrating that the use of covert surveillance is necessary for specific lawful purposes. Such as the prevention or detection of crime, safeguarding national security, or protecting the public.
Regulation of Investigatory Powers Act 2000 (RIPA)
The RIPA governs the use of covert surveillance by public authorities. This includes government agencies and law enforcement. It sets out the legal framework and requirements for using covert CCTV for certain purposes.
Human Rights Act 1998
The Human Rights Act incorporates the European Convention on Human Rights (ECHR) into UK law. Under this Act, individuals have the right to privacy (Article 8), and the use of covert CCTV must not infringe upon this right without a legitimate reason.
Data Protection Act 2018 (DPA)
The DPA governs the processing of personal data, including data obtained through CCTV cameras. If Covert Closed-Circuit Television captures images of individuals, it falls under the scope of the DPA, and data controllers must comply with the data protection principles.
Information Commissioner’s Office (ICO) Guidelines
The ICO provides guidelines on the use of CCTV, including covert surveillance. Organizations and individuals using covert CCTV should familiarize themselves with the ICO’s guidance. This will ensure compliance with data protection and privacy laws.
Proportionality and Necessity
Covert surveillance should be proportionate to the purpose it aims to achieve and should not be used unless other less intrusive methods are not feasible or adequate.
Signage and Notification
In most cases, the use of overt CCTV requires signs to be displayed. Therefore, notifying individuals that they are being recorded. However, for covert CCTV, there may be exceptional circumstances where such signs are not required. But the necessity for covert surveillance must be justified.
Confidentiality and Access Controls
Access to the recordings obtained through covert CCTV should be limited to authorized personnel. They should also be kept confidential to protect individuals’ privacy.
Retention and Deletion
Recorded footage retained only for as long as necessary. Footage securely deleted once no longer required.
Consultation with Legal Professionals
Given the complexity of data protection and surveillance laws, it is advisable for organizations and individuals considering the use of covert CCTV to seek legal advice to ensure compliance with all relevant regulations.
These regulations and guidelines are essential to ensure that the use of covert CCTV respects individuals’ rights to privacy while still allowing for necessary security and surveillance measures.
Setting up a CCTV system in a remote location couldn’t be easier. So you can view cows which are cavling for example. When a barn is located a few kilometres away, and CCTV is required. Setting up a wireless bridge is a simple solution. This will save you time and money if it is a site that requires checks regularly.
Using a pair of our wireless access points to create a wireless bridge is as simple as the flick of a switch to pair the two devices, once the CCTV cameras are in place at the remote location and the recording unit is set up locally in your home or business.
This is just one example of where as wireless bridge can be utilized to save time and money for somewhere that may need constant attention or regular attention to make sure there are no problems on site.
For further information on this application feel free to contact our experienced sales team on 02890 329480
Ajax Pro Desktop. Today, more and more people begin to appreciate the need for integrated housing protection. Reliable door and window grating represents the first barrier. A security system that provides control over the environment and informs about events represents the second barrier. If an incident occurs, it needs to be responded to immediately and as effective as possible. Professional monitoring services’ unchallenged in this field.
Demand breeds supply — the number of new security and service companies that ensure protection of a specific area of a city, residential compound or cottage estate is growing. They rely on new technologies, and efficiency, quality of service, and reliability represent the key success factors of their business. People are willing to pay for such security services.
Ajax fits perfectly into the new security business model — users love it and it has proven its reliability to professionals. Because of such advantages as quick installation, remote administration, simple service, and ultra-high reliability, more and more security companies choose Ajax as its standard equipment. The Ajax applications for smartphones and computers have already saved thousands of hours for installers and engineers.
Ajaxs’ aim is to offer a comprehensive solution to ensure the protection of a residential area — hundreds of private houses or thousands of apartments with professional monitoring and effective response around the clock. The updated Ajax PRO Desktop application is the right solution.
New features
Starting a monitoring service based on a standard console software requires careful preparation. A new company needs to set up equipment, adapt the application, and train its staff. However, these are not all the difficulties. Every facility will have to connect to the console manually. There is no way to automate this procedure.
In October 2017, Ajax released a mobile application: Ajax PRO: Tool for Engineers, and half a year later, they released a version for computers — Ajax PRO Desktop. The programs are accompanying the Central Monitoring Station (CMS) simplifying the management of the Ajax security systems for installers and engineers.
Today, Ajax present the monitoring feature in Ajax PRO Desktop. The application allows the operator to process alarms arriving from up to 2500 facilities, configure security systems remotely, perform detector adjustment at the customers’ requests, and manage access rights. Facilities are connected automatically in just a few minutes and no additional settings are required. There’s nothing superfluous in Ajax PRO Desktop. A short briefing’s enough to get started.
Ajax PRO Desktop is a free alternative to the Central Monitoring Station for security and service companies that ensure safety of residential compounds and cottage estates.
Implementation of monitoring is a simple task
Having chosen the Ajax PRO Desktop as a monitoring solution, you do not need to spend time setting up the application and security systems as well as transfer information manually. You can just log into the administrator account, request access to the hubs, and specify the addresses of the facilities.
Thanks to the Ajax Cloud server, all Ajax applications contain up-to-date information about the security systems: composition of devices, settings, user rights, and events.
Connecting the security system featuring 5 detectors to the monitoring program
Central Monitoring Station (CMS) application
Ajax PRO Desktop featuring monitoring function
Connection procedure
14 minutes
1. Set up monitoring at the central monitoring station.
2. Create a facility card at the CMS.
3. Describe the detectors.
3 minutes
1. Invite the PRO user.
2. Fill in the facility address and description.
Employees involved
2 persons
Engineer at the site and CMS operator.
1 person
Ajax PRO Desktop operator.
Error probability
High
The facility profile in the CMS is filled in manually.
Excluded
Data is synchronized between the Ajax applications.
What can Ajax PRO Desktop do?
Using the Ajax PRO Desktop application, a single operator of security
or service company can manage up to 2500 Ajax security systems.
The monitoring functions open in a separate window and don’t block other features of the Ajax PRO Desktop application. By monitoring security system events, you can change their settings, manage access rights, and view the statuses of the guarded facilities.
The event window is as informative as possible and provides filtration by types of alarms, malfunctions, general events, and security events. Each type of events assigned a specific color, which simplifies navigation:
How does the system respond to alarms?
When a guarded facilitys trespassed, caught on fire or is flooded, the operator receives an audible notification of an event in Ajax PRO Desktop. All the necessary information is available in the Alarm handling menu:
Where exactly the incident occurred.
What caused the alarm: entrance door opening detector and subsequent
movement in the hallway detected trespass; smoke detected in the
kitchen; alarm button is pressed in the application or on the keyfob;
the user was forced to enter the code, etc.
The real-time update of the facility security system event history.
Who are the users of this security system and their contacts.
What happens?
The operator sends an alarm to the rapid response teams by radio or other means adopted by the company. He/she reports on the nature of the event — this affects how exactly the security guards will act. If there is reason to believe that residents are in danger, it is crucial to get to the apartment (house) as fast as possible. In the event of a robbery, it makes sense to cordon off the building first and check for suspicious vehicles nearby. The best way to prevent flooding is to shut off the water supply to the floor or the building.
Having notified the rapid response team, the operator contacts the security system users and reports on the measures taken.
The Ajax PRO Desktop marks the alarms as processed and supplements them with comments from the operator and the security guards. This occurs once problems resolved. Comments, together with the information about the time of alarm reading and processing stored in the event history, will be useful in the case of client’s complaints.
The Ajax PRO Desktop applications designed for macOS, Windows 7/8/10. Minimum computer requirements:
Updating the Ajax Hub Operating System is vital to keep the Ajax wireless alarm system up to date with all new features, firmwares and fixes. The updating procedure is an integral part of the product development and product improvement. Updates for Ajax Hubs increase the stability and security of the system, optimise the systems performance, ensure it’s compatability with new devices and expand the systems capability list.
Once the security systems disarmed, firmware updates.
The file size of the firmware does not exceed 0.5 MB.
The firmware downloading process runs in the background without affecting the functioning of the system.
The update installation takes less than 10 seconds.
OS Malevich updates optional, disabled in settings. Not advised!
Ajax Hub Operating System Update
1. The Hub determines if there is an update for operating system on the server
Firmware files for the Hub are stored in the encryted form on the Ajax Cloud Server, and the server does not know the keys or the encryption method of the update files. All access to the firmware database is provided to only a select set of people in the company from the internal network of Ajax Systems, and have different levels of access. No one can make critical changes and sabotage the system. All actions logged and monitored. Ajax know exactly who made the changes and when. Internal safety reulations prohibit the use of passwords to access the firmware database. SSH or Secure Shell keys used instead. Which are a cryptographic network protocol for operating network services.
Protection technologies:
Access to the firmware database by SSH keys only.
Access privileges and logging of changes to the server.
Server authentication and verification systems.
Using the proprietary encrypted communication protocol.
2. Transferring the update file from the server to the Hub
Once an update file has been detected, the Hub will download the firmware to the external flash memory using any available communication channel with the server, whether it be via ethernet, GSM or WiFi. The update is downlaoded in the background and will not effect system operation. Protection of the transmitted data between the Hub and the Ajax server is provided by Transport Layer Security (TLS), combined with the security methods within the closed binary protocol.
Protection technologies:
TLS.
Using the proprietary encrypted communication protocol.
3. Checking the update file
The Hub firmwares encrypted and signed with a checksum. If the firmware file has been corrupted, either intentionally or due to a transmission error, it’s ignored. Since the checksums will not match. If an intruder corrupts the encrypted firmware file and substitutes the checksum, the checksum inside the decrypted firmware file will still not match the signature, and the Hub will reject the update.
At most the firmware file can be read from the external flash memory of the Hub, however the decryption of this file, even with the capabilities of modern computers, would take thousands of years.
The firmware file includes a system of markers and properties that are checked before the install. Information about them in available to a limited set of people to exclude any possibilty of a sabotage attempt. If any marker or property fails validation, the update is canceled.
Protection technologies:
Verification of checksums, markers and properties.
Encryption.
4. Hub firmware update
During the update, the encrypted firmware files read from the external flash memory of the Hub by the bootloader, stored in the device microcontroller’s ROM.
The firmwares decrypted only inside the microcontroller. Unable to access from the outside, therefore, theres no possibility to read or substitute the firmware. Having decrypted the firmware file, the checksums are verified once more in order to make sure that no data was corrupted during the decryption process.
The bootloader inside the Hub also controls the correct operation of the Hub with a new firmware. The Hub deletes the corrupted firmware version and reflashes the latest stable release if it detects critical errors or malfunctions.
Only a limited set of people know how the stable firmwares selected and how the correct operation is controlled, which complicates any attempt to sabotage. The bootloader itselfs not updated, thereby excluding the possibility of sabotage of the firmware rollback mechanism.
Protection technologies:
Checksum verification after decryption.
Critical error control.
Control of correct operation of the Hub with a new firmware.
5. After firmware update
The firmware update and the subsequent reboot of the Hub takes less than 10 seconds. After that, the Hub will reconnect to the server. The connection time depends on the number of active communication channels and does not exceed 30 seconds. Notifications about alarms & events are stored in the events feed. Even during the Hub update.
The Ajax app displays notifications for available updates, when the system is updating firmware, and when the firmware update is successful.
AJAX Wireless Alarm System. The Professional Grade wireless security system meets the strictest security demands. Ajax propietary technology, devices and production have proven theur reliability in independent laboratoy tests in Europe. Earning certification reserved for the most trustworthy professional security systems.
No wires. No worries
Ajax looks more like a smart gadget rather than a piece of complicated security equipment. No hard sell or lenghty consultations, Ajax is easy to understand. It provides the opportunity to protect property from intruders, fire, and leakage, allows you to connect IP cameras for monitoring and turn on home appliances, all remotely with a few taps from your smartphone. More than 200,000 people all over the world have entrusted the security of their property to the Ajax Wireless Security System.
AJAX Wireless Alarm System can connect to devices of up to 2,000 metres away, making it suitable for apartments, houses and commercial premises. Devices can operate for up to 7 years on the bundled batteries, which come complete with all devices. Installers can configure them remotely via the app, providing effortless maintenance.
The Ajax system offers effortless maintenance and can also be effortlessly installed. The average time for a full system installation and configuration, consisting of 9 devices, is just 26 minutes!
The secuirty system is managed through the free apps, available for the installer and end user. The Hub Operating System will receive regular updates for free adding new features. All users authorized to operate the system receive notifications of any significant events. Via push notifications, SMS and calls. A trusted central station may also monitor the system to alert security or police for the end user.
Extending 4K images couldn’t be easier with the 4K HDMI Extender. Using just a single CAT5/6 cable you can extender 4K images up to 55m away. Only one end needs power, as PoE will provide power to the other end. Installation is quick and easy, with no configuration required, simple plug and play.
Based on Technomate’s proprietary technology, you can now watch an HDMI 2.0 4K HDR device up to 55m away in 4:2:0 or up to 35m away in 4:4:4. And it supports HDCP 2.2.
The video and audio are uncompressed, ensuring you the same quality as
using an HDMI cable. Full 3D compatibility, Dolby and DTS HD audio are
also supported.
A truly smart solution for HDMI CAT Extenders. You only need to power the HDMI Transmitter. The 4K HDMI Extender Receiver requires no power as it will receive the power automatically over the same single CAT cable as the audio & video.
Therefore, you no longer need a power supply next to the HDMI
Receiver’s TV. It is also super slim at only 15mm so can be easily
hidden from view, behind a TV.
The unique and useful HDMI Loop-through allows the HDMI Transmitter to
split the video to a local TV display, saving on the cost and space of a
2-way HDMI Splitter.
There is also bidirectional IR control of the source.
Automatic EDID management is supported to configure handshaking between connected devices.
*Please note, “up to” distances above are based on full copper CAT6 cable. For full copper CAT5e cable, distances will be around 10m less.
The TM-750 Wireless Range Extender, Access Point & Bridge
WiFi Extender
Tired of Wi-Fi deadspots?
We all know how frustrating it is to run out of Wi-Fi with wireless
devices, so you can’t browse the internet, stream videos, send/receive
e-mails… on your iPad®, Android® tablet, smartphone, TV, media player,
etc. Now you can turn any power socket into a Wi-Fi hotspot by
extending your Router’s Wi-Fi range by up to 2x the distance, all in a
compact, portable and easy-to-use device.
Next Generation AC Wireless
Using the latest 802.11ac technology to enable super fast, lag-free
data transfer speeds of up to 750Mbps with AC compatible devices.
Instant Set up
By pressing the WPS button on the TM-750 AC and your Router, they will
automatically connect to each other and share the same Wi-Fi name and
password.
Smart Wi-Fi Positioning
With the intelligent signal identifier, you can quickly find the best
location to place the TM-750 AC to get the best Wi-Fi coverage around
your property.
Dual Band Wireless
Most range extenders only work on the congested and slow 2.4Ghz band
which suffers interference from microwaves, Bluetooth, wireless devices,
ovens, cordless phones, etc, reducing and even disrupting the wireless
signal.
5Ghz has more bandwidth and less interference providing you with a faster signal and better connection without interruption.
Built in QoS traffic prioritisation technology is designed to deliver
your time-sensitive Internet traffic efficiently so you can enjoy smooth
video, music streaming, and gaming performance.
The advanced security solutions of 128-bit AES, WEP, WPA, WPA2 & EAP encryptions are included for that extra peace-of-mind.
Access Point
Out of your Router’s Wi-Fi range? You can create a dual band Wi-Fi
hotspot by connecting an Ethernet cable from your Router or Switch
directly to the TM-750 AC.
Ethernet Bridge
It can also act as a wireless ethernet bridge if you wish to convert a
wireless signal to an ethernet cable, so that an ethernet device can
connect to your wireless network.
Secure
The advanced security solutions of 128-bit AES, WEP, WPA, WPA2 & EAP encryptions are included for that extra peace-of-mind.
*750Mbps is the maximum theoretical Powerline data rate. Actual throughput will vary depending on environment.
Turn any electrical outlet into a high-speed network connection
With the TM-600 HP you can extend your home network by using electrical sockets. Forget about drilling and rewiring cable throughout your house, with the TM-600HP you can have internet anywhere in the house (on the same circuit) in a simple and convenient plug ‘n’ play system with no set up required.
Complying with the latest HomePlug AV2 standard, the TM-600 HP gives you a data transmission speed of up to 600Mbps. Together, with the built-in QoS that gives bandwidth intensive and sensitive applications a higher priority to remain stable and fast.
Forget Wireless
No need to worry about wireless signal strength and walls reducing signal quality.
Simply Plug ‘n’ Play
Connect your router into one adapter and plug the second adapter into another power outlet and you are ready to go!
HD Multimedia Streaming
Connect your Internet-ready TV, Blu-ray™ player, IPTV set-top box or gaming console through any power outlet in your property for super-fast HD transfer speeds.
Secure
With its powerful 128-bit AES encryption, your network is secure and protected. Simply press the Pair button on each TM-600HP unit to securely connect to each other.
*600Mbps is the maximum theoretical Powerline data rate. Actual throughput will vary depending on environment.
What you’ll require for setting up Ubiquiti NanoBeams
Setup of a basic wireless bridge for a CCTV system
You’ll need two NanoBeams You need a laptop/computer with an ethernet port (to connect the LAN cable) You need two patch cables (one goes from NanoBeam to PoE injector port labled “PoE” and the other goes from PoE injector port labled “LAN” to computer)
We assume the IP address of the device that connects to the internet to be “192.168.0.1” with a subnet mask of “255.255.255.0”. This device is normally provided by your internet service provider. It is called a router or modem and is a “gateway”.
For setting up Ubiquiti NanoBeams, place both NanoBeams beside laptop/computer.
SETTING UP DEVICE A
Connect first NanoBeam (A) to the computers ethernet port with a patch cable from it’s PoE injector device port labled “LAN”
Change the IP address of the computers ethernet port to “192.168.1.1” and subnetmask “255.255.255.0” open a web browser and go to “http://192.168.1.20” Enter as follows: username: admin password: ubnt and press enter
Click on the “wireless” tab and the following for each; Wireless Mode: Access Point WDS: no enable SSID: A (This can be whatever you like eg: Videplus Access Point) Channel width: 20 Mhz Channel Shifting: Disable Frequency, MHz: auto Frequency List, MHz: no enable Auto Adjust EIRP Limit: enable Security: WPA-AES WPA Authentication: PSK WPA Preshared Key: 123456789
Click “change” at the bottom right and then “apply” at the top.
Wait a few seconds for device to reboot. You may have to log back in with the username:ubnt password:ubnt
Next click on “Network” tab and enter for each: Network Mode: Bridge Disable Network: None Managment Interface: BRIDGE0 Managment IP Address: Static IP address: 192.168.0.100 Netmask: 255.255.255.0 Gateway: 192.168.0.1 Primary DNS IP: 8.8.4.4 Secondary DNS IP:
Click “change” bottom right and then “apply” at the top.
Wait 30 seconds or so for device to reboot. Now unplug the patch cable from the PoE injector devices port labled “LAN”. Check that the lights on the radio/device (A) are still on and that the device is powered.
SETTING UP DEVICE B
Connect second NanoBeam (B) to the computers ethernet port with the patch cable from the SECOND PoE injector device port labled “LAN” open your web browser and go to “http://192.168.1.20” enter username: ubnt and password: ubnt and press enter
Click on “wireless” tab and enter for each: Wireless Mode: Station SSID: click on “Select” and wait for device “B” to scan for device “A” which has SSID name “A” as configured in above step. In pop-up windows select the device “A” and then select “Lock to AP” Channel Width: 20 MHz Channel Shifting: Disable Frequency, MHz: auto Frequency List, MHz: no enable Auto Adjust EIRP Limit: enable Security: WPA-AES WPA Authentication: PSK WPA Preshared Key: 123456789
Click “change” bottom right and then “apply” at the top. Wait a few seconds for device to reboot. Again you may have to log back in with username:ubnt and password:ubnt
Next click on “Network” tab and enter for each: Network Mode: Bridge Disable Network: None Managment Interface: BRIDGE0 Managment IP Address: Static IP address: 192.168.0.101 Netmask: 255.255.255.0 Gateway: 192.168.0.1 Primary DNS IP: 8.8.4.4 Secondary DNS IP:
Click “change” bottom right and then “apply” at the top. Wait a few seconds for device to reboot.
Both devices/radios are now configured and can be moved to permanent location. The ethernet port of the computer can now be changed back to IP address “192.168.0.2” and subnet mask “255.255.255.0” or DHCP.
You now have a wireless bridge set up. setting up Ubiquiti NanoBeams.
You must be logged in to post a comment.