Amazon as one of the largest online retailers in the world has recently spent 1 billion Euros on a smart video doorbell called Ring. The reason for this investment was one final piece in the puzzle in their full order to customer supply chain.

Customers can easily ask their virtual assistant Alexa to order products with their Amazon Echo product. However, the actual logistics via traditional methods, provides a gap in their delivery which they wanted to plug. Amazon customers can use their Ring product to accept their home delivery remotely, or to speak to the delivery man and ask for it to be delivered by neighbours. They can also remotely unlock the door to let the delivery man in, via their remote opening smartlock (an Amazon product).

Amazon has also acquired Whole Foods Market for 11 billion euros. This means they will soon be able to incorporate the full buying cycle (including food) online ordering, to delivery within your house remotely.  The lack of human intervention from the voice command ordering to letting the delivery be taken inside your house is a major disruptor in shopping convention.

Data loggers are present to ensure that the recording and tracking of all trains crossing junctions occurs. As junctions and stations are the most dangerous areas of the tracks for collisions and incidents, these normally are linked via CCTV in cities and the footage is linked back to the command centre. There is, therefore, less need for live broadcasting from the train engine room, as recorded video evidence can aide judiciary evidence gathering from incidents, collisions and accidents.

However, as freight trains increase in length, the manoeuvrability of the trains is vastly reduced. The idea of reversing a train becomes vastly limited as people can’t see behind them – there’s no rear-view mirror on a 2 mile-long train. It’s too far for WIFI or bluetooth to work or to link up reverse camera’s by cable, so the idea of using a broadcasting device to the engine room seems very suitable. The cameras can link up to satellite to ensure with multiple sim cards on one decoder, to ensure a continuous and high-quality video with minimum latency to the train driver.

To protect the ticket collectors and train staff travelling, body cams can be used and the footage sent live to the train driver’s booth. This way the mobile and remote staff are able to easily visually communicate and back-up support can be summoned real-time.

Shipping freight already have excellent GPS and GPS dependent apps such as MarineTraffic, which can show real-time all the locations, type of freighters, what cargo they are transporting etc. It would be interesting to couple this information with live-broadcasting from the frigates. This video streaming can check the safety of the crew, feed information back to the local guards, collect judiciary evidence of poorly loaded freight ships, or illegal dumping or pollution and reduce the current threats of pirates by combining mapping and GPS tracking of suspect ships with video footage.

In docks, sadly there are instances of illegal transportation or storage in cargo blocks. If the dock staff were using mobile body cameras, they would able to film, document and map illegal activities.

As terrorist activity heightens and airport security increases, it’s possible that terrorists are looking for new weapons to commandeer. It becomes more difficult for known terrorists to work their way through airports, but cargo currently has lower security control measures than passenger transport.

Just as a truck was used to devastating effect on the Nice promenade and two passenger jets in New York causing the 9/11 attacks, a cargo plane can cause just as much damage, especially freights with highly volatile cargo.

Real-live streaming with no latency from the cockpit, encoded and direct to airport control can ID and check pilots, map course against GPS and view any unauthorised activity on board. It could ensure that no cargo planes are used in an unauthorised way or to be used in terrorist activity.

Footage from bus journeys has been used to see attacks on bus drivers and prosecute, however little is done real-time as recordings have been used rather than live, encrypted broadcasting. The addition of a live-stream broadcasting tool could dramatically enhance safety and provide speedier back-up and assist immediate arrests with live evidence gathering for court.

Soliton Systems is providing innovative input into self-driving cars to enable vehicles to be automatically moved away from disaster zones such as natural disasters or civil unrest. This can include benefits of reducing congestion and accidents through human error under extreme stress. Automated cars are predicted to increase traffic flow, which is needed in evacuation situations. Self-driving cars can also provide enhanced mobility for children, the elderly, disabled and the poor.

Advantages include: actual updates, feeding into traffic GPS for other fleets, incident/crash real life, checking on hours spent driving vs. regulation (however not really in company's benefit), parking and reversing, review driving skills, GPS overlay of videos to show live locations of all a company's assets...

A great leap in technology would be metal detectors from drones, as this would allow the detection of landmines ahead of convoys. Who know if this is possible, but it wouldn't it be a good idea? With live streaming, the team would be able to send detonation robots ahead to the mapped GPS coordinates transmitted from the drone, coupled with live video imaging to direct and ensure sucessful detonation of suspect mines.

Pipelines and gas lines traverse continents and countries. They can cross great rivers and lakes. The age and junctions of these pipes can also vary significantly. By surveying the area by air, they are also able to also use GPS mapping and live streaming for security purposes.