BLOCK SHIPPING VS CONVENTIONAL SHIPPING: Which is Better?
Block shipping is a project based on blockchain that works on restructuring and enhancing the effectiveness of container transportation by developing a more completely transparent and user-friendly container record.
Block shipping is designed to improve the fallout of container transportation. The conventional container transport consists of many problems, such as centralized accounting system and geographic location of the containers, lack of friendly interaction between the participants of container transport, lacks clarity on the states of containers within its system. These setbacks and many more constitutes to the fallout of conventional container transportation and block shipping is designed to address these numerous disadvantages.
ADVANTAGES OF BLOCK SHIPPING.
ENVIRONMENTAL FRIENDLY: Containers are designed to enhance the effectiveness of cargo transport, this feature will help in reducing the release of carbon dioxide into the atmosphere making it more environmentally friendly than other competitors
CLARITY OF TRANSACTION: Through the use of blockchain, block shipping tackles the issue of lack of clarity on storage and on the states of containers in its system, because in this system management is not left for an individual company but a block of an organization.
EASY ACCESS BY PARTICIPANTS: Block shipping enables for a free flow of communication between the logistic companies and the participants of container transportation.
FINANCIAL BENEFITS: Because of the unreasonable manner in which freight companies use available resources, they incur an excessive loss. Block shipping aims to lower this loses drastically.
Looking at the numerous advantages of block shipping and comparing it with other projects linked to container transportation, it becomes very clear that block shipping is a master of them all in many ways. Such as clarity, reliability, user-friendliness, ease of access and security made possible by the use of blockchain used in tracking the state and location of containers in the system at all time.