Sulaswolupapat: ZetoChain

ZetoChain

ZetoChain - will update the latest practice & methodology on cold chain management, demonstrating transparency standards that will become industry standards, and bring unparalleled porto & time efficiency to highly competitive industries.

Significantly improve food safety standards Increase customer confidence through improved communication and transparency Reduce brand reputation risk Increase transparency & trust between all parties in cold chain Minimize risk of PR scandal, such as selling liquid and frozen products

Minimize waste or product recall using highlighting issues on cold chain through warning when real, & enabling precautions to take

Preventing retail losses by verifying the product handling process is conducive, rather than forcing policy "when in doubt, dispose of it.

Automating human tasks, such as monitoring & recording temperatures Applying targeted cold chain management tactics, for example, using the shortest shelf time in a distribution center to the nearest supermarket. Provides tracking in seconds rather than weeks. Eliminate the risk of damage to cold chain records using blocked cover - blocking, data encryption & smart contract blockchain Apply immediate recording, reporting, & case investigation near Meet strict government food security regulations (HACCP, FSMA, FSIS) and easily adapt using regulatory changes.

The key to ZetoChain's success is the stable & efficient technology in which it is built. We are in a good position, because the Zeto system & hardware we are testing will form the foundation of ZetoChain. This means that we have start-ups in other companies trying to bring blockchain-based cold chain monitoring to the market.

Data based sensors along the cold chain flow to the cloud gateway, & then to our high performance data stream Stream.

Streaming uses a slate service for shared reading groupings, then renews smart contracts using hash reads, their location URIs, & status variables that indicate whether the product is conducive or secure.

The stream then investigates the temperature of the non-conducive product or the non-supporting product environment factor (eg open door in delivery vehicle), using parameters in the cache cluster. When found, messages are sent to the alarm service cluster, & relevant users will be notified via their preferred contact method.

If a non-conducive product handling case is resolved within the period specified in the smart contract, the contract service marks the smart contract to be unsafe, & the relevant user will be notified. The product is then discarded, because the next user on the non-chain can accept the product delivery. If a security problem occurs within the store, the system where the sale prohibits the sale of the affected product.

Store service contract readings are collected on generic readers. A consumer can achieve this reading when they scan the product before buying or consuming the product.

We implemented 2 mobile executions. Both will be available on Android & iOS. The first will form the available Zeto UI & will be available to cold chain participants, for example, those involved in the packaging and distribution of products, & resellers. The second app will be available to consumers of ZetoChain-monitored products. We will mention more about this application in future blog posts.

We believe in creating the technology we use (hardware, data storage, blockchain platforms, etc.) Agnostic whenever possible, enabling extensive integration and flexible implementation of ZetoChain. To bring ZetoChain to the market soon, the first release will use Ethereum blockchain and data storage that we use with existing platforms. However, in future releases we aim to include support for blockchain other ways, such as NEO, & alternative data storage, such as Fluence and IPFS.

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