I wrote a previous article covering the RTSP function of Arcdyn cameras and NVR/DVRs and how to use VLC to get a viewable live stream. In this write-up, I will walk you through the process to add your camera stream into LibreELEC which is powered by KODI.
LibreELEC powered by KODI
KODI is an open source entertainment HUB that is 100% free. I’m going to use the LibreELEC version of KODI that can be easily installed on your Raspberry Pi via NOOBS. You don’t need a Raspberry PI to run KODI; it is supported Continue reading “How to Stream a Security Camera using RTSP & KODI on Raspberry Pi.”
As with everything in life, there are trade-offs when deciding where to store and how to secure your surveillance camera footage. Most options available fall into two main categories: Local Storage and Cloud Storage. In this article, I will walk you through the pros and cons of each and hopefully help in avoiding some pitfalls and misconceptions along the way. Continue reading “The Cloud and Security Cameras. How To Store Your Surveillance Footage.”
RTSP is one of the most useful things that an IP camera provides over Analog counterparts. Since the encoding is done at the camera, we can pull the RTSP stream right from the camera. NVR/DVR’s also have an RTSP Stream that can be used for live viewing the streams. This write up will cover both products. An excellent tool for testing and implementing solutions is VLC media player. It is Open Source and free to use.
Continue reading “Use RTSP to view your Arcdyn security cameras in VLC Media Player”
A varifocal lens is an adjustable camera lens with independently adjustable focus and zoom. This is usually done using a pair of knobs or rods located near the lens of the camera. In this article, we will outline when it is beneficial to use a varifocal bullet or dome camera.
Continue reading “Varifocal Dome and Bullet Cameras – When To Use Adjustable Lens IP Cameras”
Most security professionals will say that installing surveillance cameras on the outside of your home or business is an effective method of deterring criminals from choosing you as a target. Is this just a marketing pitch to get you to buy cameras, or are there actual statistics to prove this?
The University of North Carolina at Charlotte conducted a study in 2012 that sheds light on the subject and gives us a better understanding of what is going on in a burglar’s mind when selecting a target. The University’s study, titled “Understanding Decisions to Burglarize from the Offender’s Perspective,” surveyed 422 incarcerated male and female burglars and asked them a number of questions about choosing a target, motivation for burglary, and the question that we will focus on in this article; the effectiveness of alarm and security camera systems. Continue reading “Do Surveillance Cameras Actually Deter Criminals?”
Originally posted to the /r/homedefense subreddit on Sept 30, 2013 by reddit user ahmadnassri, an exploit that could potentially expose your entire network to hackers has been released to the world. On Jan 10, 2017 ahmadnassri released a full walkthrough on how to hack into an alarm.com system and gain access to an extensive list of private data and devices.
The exploit was achieved by decompiling the JAVA player responsible for streaming live video feeds from the camera system. This gives a would be hacker easy access to alarm.com’s Master Key and in turn your camera system. While this exploit only applies to older models sold by dealers such as Vivint and Frontpoint Security, there are plenty of these models in the wild to cause concern.
The release of yet another security flaw found in security cameras and devices adds to the long list of vulnerabilities found in recent memory. Until the security industry and manufacturers that are creating devices for the Internet of things begins to take network security seriously we will continue to see dangerous exploits found and utilized.
In most cases, changing the default password on your equipment will protect you from an attack, but that unfortunately is not a sure bet when using cheap or poor quality systems. The old adage “you get what you pay for” always turns out to be true and in this case could mean the difference between your security or being a target.
Check out Arcdyn for professional and secure IP security camera systems
Don’t Let Misleading Numbers Fool You
If you’ve been researching security cameras for a while, you have probably noticed that some cameras measure resolution using TVL (600TVL, 700TVL, 1000TVL) rather than 720p, 1080p, or Megapixels. This can be confusing and even misleading, which can make it very frustrating to figure out what you need for your home or business. In this article we’re going to break down what all of those numbers actually mean so that you can make an informed decision.
Continue reading “What does 1000TVL mean? Avoiding Misleading Resolutions”
A very common question regarding security camera installs is the type of cabling to use. Currently, 2 types of wiring are widely used for IP cameras which are Cat5e and Cat6 twisted pair cabling.
Cat5 Enhanced(cat5e) replaced the traditional Cat5 cable and introduced speeds up to ten times faster than Cat5 cable. Cat5e was considered the standard cable to use in the early 2000’s. It can handle up 1,000 Mbps of bandwidth.
Cat6 is slowly replacing the standard cat5e cable and becoming the new norm. Cat6 allows for ten times the amount of bandwidth capable of 10,000 Mbps of bandwidth. It should be noted, though, that after 165 feet Cat6 is only capable of supporting 1,000 Mbps of bandwidth, the same as cat5e
Both cables are a reliable choice for camera installs. Currently, Cat5e cable is more than enough bandwidth for any IP camera on the market. Almost all IP cameras currently use under a 100/mbps of bandwidth making cat5e a valid choice.
|Resolution and Bandwidth
||Cat5e – Remaining Bandwidth
||Cat6 – Remaining Bandwidth @ less than 165 feet
||Cat6 – Remaining Bandwidth @ 165 feet
|1080P @ 5/mbps
|4MP @ 10/mbps
|4K @ 30/mbps
If you are looking to future proof your install, you could use cat6, but if your cable runs are more than 165 feet, you might as well use cat5e because you will be subject to the same bandwidth. If you are looking to go even further into future proofing, you can look into cat6A which is capable of 10,000 Mbps past 165 feet.
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