COVID-19 EMERGENCY RESPONSE We stand with our partners, business customers, and especially our first and emergency responders on the front lines of this crisis. Read More

Blog

Police cameras demand in-vehicle connectivity

Author Image

Cradlepoint

Police cameras demand in-vehicle connectivity

As part of a renewed focus on law enforcement accountability and safety, President Obama petitioned Congress for the funds to buy more than 50,000 body cameras for police agencies nationwide. This represents a $75 million allocation for the lapel-mounted body cameras, and additional funds for hardware to support video capture, storage, and analytics. While the body cameras represent the most visible part of the high-tech initiative – in-vehicle routers that support always-on internet connectivity are equally important.

Police Body Cameras

Some police departments are finding novel uses for police body-cameras, going beyond producing a static record of a police interaction. Beachwood PD uses live video streams to provide real-time updates to dispatchers whenever police officers are on the scene – allowing the dispatchers (and response teams) to assess the situations on the ground. Police offers also have access to live video from fixed cameras, such as jail cameras, and the video streams of their fellow officers. Live video streaming is dependent on a consistent and high-speed connection, and is only possible through in-vehicle 4G routers like the Cradlepoint COR IBR1100.

Evidence supporting the use of police body cameras is overwhelming. A 2014 study by the College of Policing found that the presence of a body camera resulted in a higher frequency of criminal charges – due to a higher confidence by the officers that “the cameras gave more detail than a statement could capture”. The US Department of Justice issued a joint-report with Booz Allen Hamilton that found that body cameras also led to a statistically significant drop in untruthful complaints against police, and that body camera video could be a valuable training aid. All of these benefits, however, are predicated on a reliable and secure means of uploading/storing the body-cam videos onto a central server.

Dash Cameras

Dash cameras have been used in police vehicles since the mid-1980s, using relatively archaic video capture/storage technology that saved video on VHS tape or DVD within the vehicle itself. This poses a number of problems for the police agency that relies on the dashboard-mounted cameras. For one, the video is vulnerable to physical deletion or destruction from within the car. Secondly, the video can only be analyzed retroactively – often too late to make “in the moment” decisions that could promote officer safety.

With 4G connectivity, police vehicles can use high-definition dashboard cameras that are constantly connected to servers within the police headquarters and third-party video backup services. This gives police departments greater granularity on how they store and utilize their videos – allowing them to save unaltered copies of dashboard videos when they are needed in a criminal investigation. Live streams of dashboard cameras can also be compressed, encrypted, and streamed in police dispatch centers to inform command units of the whereabouts and operations of their police officers during a call.

Video Storage/Redundancy

Should a police car become disabled, or a police camera/storage device destroyed, 4G connectivity provides a means to securely back up the video recordings at pre-arranged intervals to minimize the data loss. Whenever a police officer is within range of their in-vehicle router, their police cameras can synchronize with off-site storage centers – limiting the amount of data that could be permanently lost due to hardware malfunctions or destruction.

Third Party Audit Requirements

To be admissible in court as evidence, police videos need to follow chain of custody requirements set by the Federal Rules of Evidence. Specifically, the video capture mechanism must produce videos that are free from changes, additions, or deletions – and they must preserve the videos independently of the recorder’s input.

By connecting a body camera to the Internet through 3G/4G/LTE, recordings can be uploaded directly to secure third-party storage facilities where they can be guaranteed to meet the Federal Evidence Standards. Always-connected in-vehicle routers free the officer from the need to cache videos on hard-drives or recording media within the vehicle or on his/her person, so the video product is tamper-free and ready for use in court or review proceedings.

Learn More

Learn more about the benefits of 4G LTE and the future of the Wireless WAN for first responders.

Back to Blog

You might be interested in

Cradlepoint gains ESN certification to connect UK emergency services

Cradlepoint gains ESN certification to connect UK emergency services

Dedicated public safety networks help deliver pervasive emergency response communications Always-on connectivity – in vehicles, command centres, and on scene – is essential for Blue Light emergency services, as well as a range of other users stretching from local authorities to first responders like inshore rescue, to help them meet the challenges of public safety […]

Cloud-managed network for law enforcement that is CJIS compliant

Cloud-managed network for law enforcement that is CJIS compliant

Secure in-vehicle cloud networking while out in the field Today, within agencies, many records management systems are moving to a digital format. Vehicles can now transfer data — such as surveillance video and images — from their vehicles directly to the data center at headquarters. Officers can also collect data at the scene of a […]

Customer data shows effectiveness of satellite, LTE & SD-WAN in vehicle use cases

Customer data shows effectiveness of satellite, LTE & SD-WAN in vehicle use cases

Kymeta leverages several tools to display benefits of hybrid network architecture for first responders The ever-expanding scope of connectivity needs in fleet vehicles continues to be mirrored by exciting in-vehicle networking technologies. One of the most exciting new developments is the ability of multiple WANs to work together with intelligent, software-defined data flow and remote […]