Safesky

Safesky SafeSky Technology Co. Ltd. is a professional company that specializes in developing, manufacturing and exporting security products.

In order to meet today's market demand,we strive to providing more stable and cost-effective products to you . We have IP cameras, standalone DVR, ATM DVR systems, Mobile DVR,DVR cards, video severs,CCD Cameras. At SafeSky, we strive to "Provide one-stop solution, Exceed customer's expectation". From design, manufacturing, QC testing to exporting, we make sure every step of your sourcing process i

s carefully carried out based on your specific needs. Doesn't matter if it's for high-end or lower-end markets, we listen to your requirements and provide you the most value-added products that matches your objectives. Every year we invest 15% of our revenue into R& D, constantly providing the best quality products and highest level of service possible. In our attempt to expand our global markets, we export over 60% of our entire output to the US, Europe and Asia, securing our position as a dependable supplier of the world. As we all know, the security product market in China today is complicated and confusing. You might even be experiencing late delivery, unsatisfied product quality and terrible services from your supplier as we speak. Give us a try, and we'll provide you the following:

- One-stop solution
- Competitive pricing
- Vast product selection: Innovative models packed with value-added features
- On-time delivery
- Strict quality control
- Excellent after-sale services

Since we understand the security product industry in China better than you, we are capable of satisfying all your requests. Let us become your long-term business partner and customize your OEM projects. Wait no longer, start this partnership today!

Welcome to China Sourcing Fair-Mobile Electronics 2014 HK in October!Date:October 18-21, 2014Venue:AsiaWorld-Expo • Hong...
24/09/2014

Welcome to China Sourcing Fair-Mobile Electronics 2014 HK in October!
Date:October 18-21, 2014
Venue:AsiaWorld-Expo • Hong Kong
Booth No:10M33

24/09/2014

AHD Positioning advantages:
1: It is replacement not only one more choice：Its price ranges in analog high definition cameras, and it is compatible with analog cameras and DVRs, it can totally replace the analog cameras and DVRs, there is a goods evidence that many manufacturers is discontinued the DVRs.
2: provide fair competition: the third party chipset company leads, no price protection and monopoly. And Dahua, Hikvision will not be involved this products. This is a good opportunity for distributors who is not dealing with Dahua, Hikvision products, and compete with them, get back the market share.
3: it is a strong complement of IP products. Although the IP products is very competitive, it is complicated for traditional analog distributors and project developer, they need time to adjust that. AHD product complies with all security customary, traditional security companies could be easily involved.

AHD camera Safesky Test Dispaly contrast:
24/09/2014

AHD camera Safesky Test Dispaly contrast:

24/09/2014

About AHD Technolgy:
Clearer:
700TVL is the ultimate resolution for the analog surveillance with coaxial cable transmission, but AHD could reach higher
resolution at 720P and 1080P with high flexibility and performance. And with the internal bright color separation, signal
filtering and 3D noise reduction ect techniques, which could effectively reduce the high-frequency region noise and make
the image reproduction better.
Real time:
Front-end data transmit to back-end device without compression; avoid encoding, decoding and image quality loss. Full
real time, high Fidelity, without delay.
High integration:
AHD cameras is based on the open NEXTCHIP solution，AHD front chipset ISP combined with TX, make the system
more stable and lower consumption.
Fully compatibility:
Fully compatible with other AHD brands products, ONVIF IP cameras and any other analog cameras. Meanwhile,
compatible with all analog peripherals (e.g.: optical transmitter and receiver, Matrix)
Easy to operate:
The operation of AHD series products is as same as the traditional analog products, plug and play, easy to facilitate the
construction and maintenance of long transmission distance.Using common 75-3 cable to do coaxial transmission can
achieve 500 (AHD-L) m, breaking theHD-SDI HD solution and IPC HD solution which just has 100m transfer limited .
And better anti-interference performance.
Value and accessibility:
AHD camera has the same price as 700 TVL CMOS analog camera and lower price than 700TVL SONY CCD camera.
Easily to be remould:
Replace the front&back equipments and use existing analog transmission structure to be upgraded.

24/09/2014

Another choice for HD IP&HD CVI products!

Cheaper than analog cameras! True plug and play ,Lossless upgrade, No need to replace the cable, the analog system can be upgraded to HD surveillance systems. To make your business simple as analog products.

Network camera 2014 update(1): Low light and WDROver the past few years, network cameras have broken out of their shells...
18/04/2014

Network camera 2014 update(1): Low light and WDR
Over the past few years, network cameras have broken out of their shells and began to gain acceptance and adoption. Meanwhile, the network video surveillance market continues to be headed to a “tipping point” in 2014. This can surely be attributed to the maturity of the IP-based cameras and systems available today, as well as the increasing affordability due to intense competition from manufacturers all around the world.
With so many flashy features available, the following are some of the most important features or functions in, or for, a standard network camera. After making massive improvements and advancements, what else is next? It seems many manufacturers are leaning in favor of the low-light function.
Low Light Allows Visible Color in Nighttime Environments
The low-light feature is the ability of a surveillance camera to capture color images in environments with weak or no lighting. The performance of a low-light camera is highly dependent on the sensitivity of its sensor and the processing ability of its DSP, in combination with its iris type and shutter speed. The iris allows and controls the amount of light to pass through the lens and to the sensor inside the camera.
By working together, they are able to regulate the camera's light input. New imaging technology as well as higher resolution lenses help to improve overall sensitivity, which continue to improve results from low-light cameras.
Typical day/night surveillance cameras automatically switch to black/white mode once it gets dark, or when lights are shut off. But low-light cameras are becoming increasingly popular as being able to tell colors apart at night is important for identifying suspects and culprits. Low-light cameras are also crucial to settings such as mechanical rooms or critical infrastructures, where the color of lights on different equipment must be discernible. For example, those monitoring in the control center must be able to tell the difference between blue and green lights or red, orange, and yellow lights in order to evaluate the situation in the mechanical rooms and critical infrastructures, and immediately tell if there is an emergency or breach. Presently, the most common lighting condition for a low-light camera can visibly display color images at 0.01 lux. For more advanced cameras, they are able to visibly display color images in low-light environments up to 0.001 lux.
Now, manufacturers and their R&D teams are aiming to clearly differentiate colors in nighttime environments up to 0.0001 lux, which is quite a challenge, as it is difficult even for human eyes to see color in this condition. Furthermore, there is no standard test for manufacturers to test their cameras against at the moment. Each manufacturer has its own different set of testing standards which causes inconsistency in camera performance with each different brand. Also, certain testing equipment used by manufacturers to test their cameras may give off some light, which can throw off the results. Another major challenge for low-light cameras is noise in the image captured in low-lux settings. All colors have something known as their own color temperature, which can produce noise. Noise from the color is the biggest issue for low-light cameras due to inability to perform absolute color reproduction, hence it is also important to have the digital noise reduction function to further improve image quality.
WDR Addresses Extreme Lighting
The wide dynamic range (WDR) feature is now standard for almost all security cameras as it helps to address lost details from extreme lighting contrasts present in complex indoor or outdoor environments. Users must note that dynamic range is defined as the ratio of the brightest and darkest regions in an image, and not as an absolute value.
The most common form of WDR uses the multi-exposure method, which consists of capturing two frames at one short and one long exposure speed. The first exposure captures details in bright areas in the scene while the latter captures details in dark areas in the scene. The two images are then combined for an image with visible details in both the bright and dark areas. Most common WDR falls somewhere between 50 to 70dB, while advanced WDR ranges from 100 to 130dB. Currently, the most advanced WDR, the third generation for that matter, is also called “True WDR,” capturing four frames for comparison to achieve optimal results, as opposed to the two frames taken with past WDR technology. The increased number of frames taken for comparison helps to address issues such as lighting differences between the foreground and background in the image.
Though many manufacturers boast cameras with 130dB, in reality, it is already considered quite impressive if these cameras can reach around 120dB. Users must evaluate where they plan on installing their cameras and if WDR features are actually needed. Applications where WDR are typically needed include parking lots, big plazas, building entrances, ports, tollbooths, and other areas that are frequently affected by changing light conditions.

Top 10 cloud surveillance challengesThis presentation is designed to distill what is typically a few weeks of meetings w...
18/04/2014

Top 10 cloud surveillance challenges
This presentation is designed to distill what is typically a few weeks of meetings with customers about their cloud video surveillance needs into to a few high-level challenges. Here are what we see as the 10 key challenges and a few thoughts on solutions.
1 Bandwidth
In real estate, it's location, location, location. And in cloud video surveillance, it's bandwidth, bandwidth and bandwidth. Cloud surveillance is all about transferring “heavy” video data across different networks. Without proper bandwidth, you have no cloud video surveillance or, even worse, an unreliable solution. If you look at bandwidth as your“pipe” to the Internet, you need a really good “pipe” to get video up to the cloud. Your pipe has both uploaded and downloaded speeds, which are usually different, and to get video to the cloud you need sufficient upload speed. As an example, a small retail store with five HD cameras might need a 10mbps “upload” pipe to get real-time HD video to the cloud. This can get expensive. Think about the fact that Comcast sells business internet with 10mbps upload for $199 a month.
There are a number options to deal with this situation including a “hybrid cloud” that stores some HD video locally and some online. Some cloud solutions offer small resolution video storage — which helps with bandwidth issues, but can defeat the purpose of HD cameras. The more advanced cloud video surveillance solutions optimize video for all different connection speeds and also offer “data forming” as well as “bandwidth management.” This insures your Internet connection is not taken over by video so processes like credit card processing, order entry, and inventory management work without interruption.
2 Storage If we look at one definition of the cloud as “computing and data storage that is scalable, dynamic and available on demand,” there are two main parts to the story:“computing,” which is the delivery of video over the cloud, and “storage,” which is the archiving of video on the cloud. As mentioned earlier, video uses a lot of bandwidth, so the costs of storing and accessing video on the cloud can add up quickly. Using the five- camera example I mentioned before, video storage might be 1TB a month or more. Just for comparison sake, you can buy a 1TB HDD for $80 on the Amazon.com store.
Now guess how much 1TB of Amazon cloud storage will cost you: $97 a month! Also keep in mind the hidden costs for cloud storage, which include data transfer costs(access the video) and data redundancy costs (how many copies of your video are stored and where are they stored). Consider a cloud video surveillance solution that makes storage easy to understand and easy to buy. Storing low-resolution video online can reduce storage requirements but also reduces effectiveness of the video. And a “hybrid cloud” solution can store HD video locally and more critical video remotely.
3 Accessibility and Ease of Use
Having the cloud to centrally view and manage your video surveillance is not worth much if its not easy to use and limited by requirements of certain computers, operating systems, plug-ins, activeX components and other software. Consider a cloud video surveillance platform that has a elegant and simple to use interface works on almost any web browser, on almost any computer, tablet or smartphone, without custom software or plug-ins. This reduces installation and complexity of use — easily adding more value to your solution.
Consider support for common browsers like IE, Firefox, Chrome, and Safari on Windows and Apple computers and look for iOS, Android and Win8 apps on iPhone, iPad, Galaxy and other smartphones and tablets. You should not be limited to using your cloud surveillance system on a certain type of computer or device.
4 Speed
When it comes to security and business data, speed is important, but speed with quality is more so. A key value of cloud video surveillance is the ability to access it when you need it not only quickly, but with quality. Speed and quality can be especially important when it comes to viewing live video. If you log in to see cameras live on the cloud and what you see happened 5 seconds or a minute ago in a small, low quality format (that would make a postage stamp proud) for many customers, it does not provide a real solution. Keep in mind that even though a network might be fast and reliable, this is no guarantee of fast and reliable video experience — because the software behind the scenes will always contribute to performance. Consider cloud video surveillance solutions that provide speed and quality — and deliver this experience regardless of the speed of the network. The best way to test this is with real-world pilot and respected manufacturers gladly provide test systems at no cost.
5 Management
Because of the Internet and, in particular, the cloud, we are now dealing with customers that enjoy remote access to hundreds of locations, hundreds of miles away from each other. When being responsible for multiple locations, hundreds of cameras, and months of video, the need for “surveillance management” becomes mission critical. Insuring that cameras are operating and recording properly and live and that recorded video is easily accessible is all part of the job. Access to reports on system performance becomes a core part of any cloud video surveillance solution. Being notified immediately if a camera is down at any location and remotely upgrading systems as well as other troubleshooting can save big bucks when you don't have to send out a technician in a truck! Consider a cloud video surveillance solution that offers a single, easy-touse interface with the right features you need to manage your surveillance.
6 Security
Is video surveillance on the cloud secure? The evolution of the cloud itself is an evolution in trust — moving business services we are used to doing ourselves to other companies to handle. We put our trust in those companies. I would argue that your video surveillance is safer in the cloud than on your own computers. The major cloud platform companies such as Microsoft, Google and Amazon invest tremendous amounts of resources to maintain and improve security, and they rollout constant improvements to their systems. If you think about it, many corporations and even government entities like the GSA already trust their email to Google Gmail or Microsoft Hotmail and thousands of companies trust their most prized asset, customer information, to the Salesforce cloud. Even the director of the National Security Agency, General Keith Alexander, said he is convinced the cloud will ensure that people cannot see any data beyond what they need for their jobs. Another component of security is the physical location of the video. Most cloud services offer data redundancy that include multiple copies of data and even geographic redundancy where the data is duplicated in more than one physical location. Remember that by law, you are responsible for the security of your video surveillance data, whether its onsite — or on a cloud. Are there guarantees? No. But the cloud is proving to be the future more so every day. Note that now 60 percent of worldwide phone traffic is on Skype, which runs on the Microsoft cloud. That trust will continue to move toward the cloud.
7 Scalability
One of the key benefits of cloud computing is “elasticity,” which is the ability to deliver the exact amount of computing services and storage needed on demand. A cloud video surveillance solution should not only be able to support one or one million cameras or servers, but also make supporting any amount in between fast and simple to do. Consider a cloud video surveillance solution that is self-configuring and designed to work with hundreds of different cameras and almost any network infrastructure. It should reliably be able to grow from one location with five cameras to hundreds of locations with thousands of cameras then back down again — on demand and without long term contracts.
8 Self Service
Nobody likes to get locked into anything, especially technology, which changes so quickly. One of the key benefits of cloud solutions is the ability to use and pay for only what you need, when you need it. Consider a cloud video surveillance solution that enables you to quickly and easily increase and decrease cloud services and storage on demand, as needed, without penalty or long term contracts.
9 Update-ability
One of the amazing advantages of cloud solutions is that system improvements, new features, bug fixes and security upgrades can be rolled out to an entire enterprise automatically or on-demand. This insures that the solution can respond quickly to changing conditions such as new security threats or new requirements like analytics or integration with other technologies such as access control or PoS. Not only should software and cloud services be upgradeable, but hardware devices such as cloud servers and edge recorders should benefit from this service as well. Consider cloud video surveillance solutions that offer constant improvement through regular upgrades.
10 Transferability
Working with a cloud services provider comes down to trusting another company with your critical business services and data. Consider a cloud video surveillance solution provider that is focused on cloud services, has a proven track record and is committed long term to growing its services. As life is not perfect and as the Scouts always say, be prepared — and be prepared in advance to change vendors. The first thing you can do to protect yourself is to select cameras or encoders that use industry standard compression algorithms and industry standard video delivery protocols as well as APIs. Insure your cloud video surveillance solution offers on demand download access of all of your video from the cloud so that if you ever need to jump boats, you can — anytime you want to or need to.
Each of the 10 challenges have more than one solution and there may be additional challenges particular to your business. Reach out to peers in your industry for their experience, talk to different vendors, get a pilot at your location, and search Google for “cloud video surveillance” or “cloud cctv” for more.

Tips for selecting NVRsSummaryA network video recorder (NVR) is an IP-based video surveillance management system. It int...
16/04/2014

Tips for selecting NVRs

Summary
A network video recorder (NVR) is an IP-based video surveillance management system. It integrates transmission wiring, network transmission and front-end management into a single system, offering system status and parameter monitoring and querying. Compared to DVRs, NVRs greatly simplify troubleshooting by optimizing the distribution and transmission of video signals.
Similar to DVRs, current NVRs are categorized by the number of channels they support. Mainstream standalone NVRs support 2, 4, 8, 16, 32or64channels. NVRs that are built on server architectures support even more channels—256 or even thousands of channels. When considering an NVR, Secutech recommends the following six tips:
1. Support for multiple high-capacity HDDsThe number of channels that an NVR can support if highly dependent on the amount of storage it can handle. Therefore, it is critical that the NVR being considered supports a suitable number of HDDs. The types of HDDs supported is also important; buyers should look for NVRs that use reliable, high-speed interfaces like SATA, SATA-II or e-SATA.
2. Appropriate HDD brands and modelsThe top HDD manufacturers now have HDDs that are designed specifically for surveillance, enterprise and consumer applications. The differences between classes are: optimizations in reliability, performance and energy consumption. HDDs used for video surveillance need to be reliable, support high transfer rates, and are capable of operating 24x7x365. The duration of the manufacturer's warranty is also something to consider.
3. Stable operating systems
There are two main types of NVRs: embedded and PC-based. Embedded NVRs use SoC platforms with an embedded version of Linux. PC-based NVRs are servers or industrial PCs that generally run Linux or Microsoft Windows. While the former offers high reliability and stability, the number of supported channels is limited by physical connections and processing power. PC-based NVRs have more processing power, are relatively easier to develop, support a multitude of video compression formats, and generally support a greater number of video channels. Users that need fewer channels can consider embedded NVRs, while users that need a large number of channels will have to go with PC-based ones.
4. Interoperability
Regardless of application, buys should primarily consider NVRs that support cameras made by other manufacturers. This benefits distributors, installers and end-users by alleviating compatibility headaches. In addition, NVR manufacturers that are oblivious to industry standards like ONVIF probably are not worth considering anyway.
5. Effective Back-End Management Clients
The back-end management client is a user's primary interface with which to interact with the NVR. It is therefore critical that users choose an NVR that includes a management client that provides all the needed features and an acceptable user interface. NVRs support remote management through a web interface (accessed with a browser) or via software installed on a PC. Basic features include video monitoring, recording and playback. If the NVR supports alarms, the management interface will also need to integrate management and operation of multiple NVRs and alarms. In addition, the management client should also support off-site backups of multiple NVRs.
6. Other Software FeaturesFeatures that are not necessarily essential, but are nice to have, includes: plug-and-play, intelligent tagging and searching, remote monitoring, alarm integration, and automatic off-site backup. In addition, the user interface should be simple, intuitive, reliable and stable.

Dissecting network architectures of home systemsFULL IP ARCHITECTUREThe core of a full IP architecture is a network cabl...
16/04/2014

Dissecting network architectures of home systems

FULL IP ARCHITECTURE
The core of a full IP architecture is a network cable, which can be used to connect all controlled appliances. Using only one type of cable simplifies the installation process. Furthermore, many servers use the Android platform, which makes navigating the system easier for those already familiar with the Android operating system.
Technology for signal conversion and interoperability are no longer issues, making IP architecture for servers possible.
Within the IP architecture, due to the signal requirements for control equipment, the RS-485 signal, or earlier RS-232 or RS-422 signals, sent out from the terminal is first sent to a converter. The RJ45 port then sends out a TCP/ IP signal that then communicate with the server. The DI/DO and AI/AO signals for power switches and motor equipment work the same way. As long as the signal goes through a converter, it is able to communicate with different lighting, entertainment, security, HVAC, and fire safety equipment by using the network cable to connect to the server. In addition to paying attention to the specifications regarding the transfer and receiving of information, it must also coordinate with a PIN and I/O port.
Pros and Cons
Separately purchasing signal converters for security system, power switch, and window curtain motor terminals is needed to communicate with the interface. However, utilizing network transmissions is not only faster than industrial control signals, but allows for larger quantities to be transmitted.
Furthermore, new construction projects that use a fiber-to-the-home (FTTH) network architecture allow for unlimited broadband transmission, which provide an even better network communication environment for buildings and homes alike.
The advantages of integrated IP architecture are convenient construction, simple architecture, less wiring, and easy installation. IP architecture simplifies the backbone cabling, which makes it easier to locate the problem in the event of an equipment malfunction. OEMs can use external networks to conduct remote maintenance so that construction contractors do not have to physically go to the site — construction companies also do not have to worry about problems coming back to them.
In a true IP system, any equipment that has been tested and integrated by the OEM should only have to go through a RJ45 port to connect to the network driver in order to be used. Therefore, connected home appliances that comply with the same communications protocol, such as SIP (session initiation protocol), can establish various communications through different network environments.
The biggest deterrent of a full IP architecture is the high cost. Not only does this type of architecture require the additional purchase of a RS-485 signal converter, but purchasing more expensive hubs, switches, and APs will guarantee a more stable signal.
OPEN ARCHITECTURE
By removing the network signal converter from a full IP system and allowing the signal to directly communicate with the server results in an open architecture, which can be remotely controlled through a mobile platform.
Open architecture can enlist many different signals and cables, such as network communications signals like RS-485, RS-232, and RS-422, as well as DI/DO and AI/AO signals. Open architecture does not use IP equipment, does not convert signals, and directly links with the server.
As a result, the server must conform to a network communications standard and support other control signals in order to carry out individual and/or group automation.
Pros and Cons
Open architecture servers need to support earlier forms of communications. This has resulted in server designs needing more I/O interfaces instead of just needing to accommodate network communications signal protocols as they get faster. However, more complex servers and architecture may result in slower transmission speeds, as distance weakens the signal and connecting is more difficult than connecting to backbone cabling. Despite this, for those looking for IP properties and a more affordable solution, an open architecture is a good way to go.
WIRELESS ARCHITECTURE
Wireless connected home systems offers more than just the use of wireless remote controls, mobile phones, and tablet computers to remotely control. The biggest draw to wireless systems is that it is not restricted to using existing cables. Servers that support wireless transmissions like ZigBee, Z-Wave, Bluetooth, and IR technology, can control everything from lighting, window curtains, HVAC, entertainment, security, and any other home appliance by coordinating with the wireless transmission module. From there users can manage their home appliances from their servers, touchscreens, mobile phones, and remote controls.
The ZigBee Alliance's wireless communications protocol became the widely used due to its maturity and ability to transmit large amounts of data over long distances via multiple nodes, their main competition in the home automation control market is Z-Wave's protocol.
Although wireless technology is not new, in order to guarantee accuracy and stability when remotely controlling, a lot of equipment is supplemented with wires that can connect to ZigBee, Z-Wave, or IR control modules.
Even though IR technology is limited and unable to perform uniformly in all directions or across long distances, the vast majority of remote controls for home appliances use IR technology. As a result, some connected home systems use IR simulators, using wires to connect to and control home appliances.
Pros and ConsUsers can use non-directional ZigBee remote controls, mobile device apps, or wall-mounted power switches to control home appliances by connecting to the server and sending out control signals. ZigBee uses the shortest wireless path, allowing the signal to transmit via cellular network. Every ZigBee controller comes equipped with a receiver and signal booster.
While wireless architectures have drawbacks such as higher cost and compatibility. An industry specialist emphasized that different standards still have their own proprietary technologies that do not usually talk to each other, which can cause big problems. However, for connected home manufacturers, adding wireless capabilities to their servers by installing a wireless transmission chip or module.
This allows builders to have a wired infrastructure as the foundation, which can then be extended to a wireless framework.
MATURITY OF NETWORKS AND WIRELESS TECHNOLOGY MAKE
CONNECTED HOME MARKET SMARTER.
Full IP connected homes are a product of the push for a network environment and advances in home construction. As network and wireless communication speeds develop, connected homes have made the transition from novelty item with few takers to practical and useful.
The linking of connected homes to mobile devices has exponentially raised their attractiveness and convenience. In turn, connected homes have become a rising star in the security industry, making security players from various backgrounds, including access control, surveillance, alarm, and intercom, eager to get in on the action. As connected homes continue to evolve, they will need to embrace different system levels. In addition to continually advancing their technology and expanding their application scope, companies need to quickly build partnerships in different fields.
Increasing the amount of integrated products in a more reliable way is the only way to have the connected home dream live up to the hype.

16/04/2014

Overview Of HDVCI Technolgy:

HDCVI means High Definition Composite Video Interface.
HDCVI is a video transmission technology via coaxial cable in high definition, allowing reliable long-distance HD transmission at lower cost, while complex deployment is applicable.
HDCVI offers following Resolutions:
1920H - 1920 X 1080 which compatible with industrial standard 1080p.
1280H - 1280 X 720 which compatible with industrial standard 720p.
HDCVI solution incorporates both cameras and DVRs, and the system is star topology structured inwhich DVR is served as a node to have an over coax P2P (Point-to-Point) transmission to camera.
HDCVI installation is exactly the same as that of conventional analog devices, which posts no special requirements.
Therefore, HDCVI is an optimal solution for megapixel high definition application, featuring non-latent long-distance transmission at lower cost.

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