Where are the locations requiring VSS installation?
VSS must be installed at the following locations:
Every area, including every floor of a building under construction, where any of the following works is carried out or intended to be carried out:
– Work at height where a person may fall off or through a distance of more than 2 metres
– Erection, dismantling and maintenance of scaffolds and formwork structures
– Excavation works and shoring
Every area where lifting operations are carried out or intended to be carried out or lifting machines, such as cranes, gondolas or mobile elevated working platforms are used.
Every area where industrial trucks such as forklifts, excavators or steam rollers are used.
Every area where vehicular traffic might pose danger to persons carrying out any work.
Every loading or unloading area.
Every confined space where any work is carried out or intended to be carried out, if a VSS can be safely installed.
What are the required specifications for VSS?
The VSS must be able to:
Record colour images at the resolution of at least HD 1080, which is 1920×1080 pixels or equivalent
Record images of at least 12 frames per second
Support the export of recorded images or video footages in *.avi, *.mp4 or other common multi-media container formats
Make recordings with a date stamp, time stamp and camera identification code, which do not materially obstruct the recorded images.
Recordings should be kept for a period of:
– At least 30 days after the recording is made
– At least 180 days after the date of the incident if there is a reportable WSH incident
Intrinsically Safe Vs Explosion-Proof?
The terms intrinsically safe and explosion-proof may sound similar, but they are very different. Intrinsically safe means that the piece of equipment itself can’t cause an explosion. Meanwhile, explosion-proof means that if an explosion did happen, the device would be protected by an explosion-proof enclosure that helps contain explosions and prevent them from spreading. Therefore intrinsically safe refers to explosion prevention, whereas explosion-proof refers to containment. Depending on your industry and working environment, you may need to use one over the other.
Live streaming body worn cameras can be used by law enforcement agencies to transmit real-time video feeds to a central command center or other authorized personnel. This can be useful in a variety of situations, including when officers need immediate assistance or when they are responding to an emergency situation.
However, live streaming body worn cameras also raise privacy concerns, as they may transmit sensitive information or recordings of private conversations. To address these concerns, the use of live streaming BWCs is typically regulated by laws and policies that set out the rules for their use, including the purposes for which they may be used and the circumstances under which live streaming is allowed.
Overall, the use of live streaming body worn cameras can provide a valuable tool for law enforcement agencies, but it is important to balance the benefits of live streaming with the need to protect privacy and other legal rights.
Sample Body Camera – SOP Standard operating procedure
Standard operating procedures (SOPs) are detailed instructions that outline the steps to be followed in specific situations or for specific tasks. In the context of body worn cameras (BWCs), an SOP might outline the procedures that law enforcement officials should follow when using BWCs, including when and how to activate and deactivate the cameras, how to store and handle footage, and how to report issues or problems with the cameras. An SOP for BWCs might also include guidelines on privacy and confidentiality, such as rules for recording private conversations or sensitive information, and procedures for redacting or deleting footage that is no longer needed.An SOP for BWCs can be an important tool for ensuring that law enforcement officials use the cameras consistently and in accordance with the law and with departmental policies. It can also help to promote transparency and accountability by providing clear guidelines for the use of BWCs.
A spy camera detector is a device that can be used to detect the presence of hidden cameras. These devices typically use a combination of technologies, such as radio frequency (RF) detection and infrared (IR) detection, to locate hidden cameras.
There are a number of reasons why someone might want to use a spy camera detector, such as to ensure their privacy in a public place or to ensure that their home or office is not being monitored without their knowledge.
There are a number of different spy camera detectors available on the market, ranging from simple RF detectors to more advanced devices with multiple detection methods. It is important to carefully research and compare different options to find a device that meets your specific needs and budget.
It is important to note that spy camera detectors are not foolproof, and they may not be able to detect all types of hidden cameras.
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