a) Hardware:

• Smart Containers LIUC
• Standard modular smart containers/pallets.
• Made of environmentally friendly materials.
• Interconnected IoT infrastructure.
• Interoperable digital asset sharing.

b) Software:

• Blockchain powered VUILA.
• Blockchain-powered platform.
• Customisable real-time dashboard.
• Incentive model and algorithm for data owners.
• Predictive decision making.

It leverages the AWS blockchain platform to maintain an immutable and cryptographically verifiable record of transactions of every movement a pharmaceutical batch takes, based on QR codes or the unique identifiers (GS1 Standard).

Yes, MCG has had collaboration with the University of Greenwich, University of Cambridge, and University of Cranfield in the UK. Additionally, MCG has worked together with the University of Laval and the University of UBC in Canada, and with the government of the United Kingdom.

Yes, during the covid-19 pandemic MCG in collaboration with the University of Cranfield, transported more than 10,000 batches of vaccine for the UK government.

Struggling with visibility and delays in accessing crucial data? Imagine a solution: Smart containers constantly watching over your cargo, while blockchain adds an extra layer of trust and reliability.

Tired of information gaps? Our blockchain decentralization feature can bridge those gaps.

Frustrated by manual processes and document handling? Picture this: IoT and Blockchain step in, digitizing important documents, automating communication, and ensuring data security. The result? Streamlined processes, cost savings, and peace of mind.

Ready to make your operations more efficient? Let’s chat about how our solutions can benefit your business.

The platform will include advanced carbon visibility analytics, artificial intelligence, and machine learning tools to automatically compute the carbon intensity index throughout the shipping industry to increase the visibility and control over global operations to develop interventions as strategies to cut down GHG (Greenhouse Gas) emissions.

By monitoring conditions of the product, using sensors, while it is in transport, distributors can take action quickly if an anomaly is detected, allowing them to minimize product loss.

IoT Physical layer:
It collects and pre-process information on-site, before transferring information to the data layer. It ́s two main components are Smart Containers made of recyclable material with sensors to capture data and the sensor data management.
Connectivity layer:
It contains the communication modules that help transmit the data collected in the IoT physical layer to the data layer via the internet. The broadband cellular network is currently the choice of MCG; another solution that is into consideration, is satellite network.
Data layer:
It is the critical component of the solution as it collects and processes all the data.
MCG will use an on-chain/off-chain database structure composed by a cloud-based database receives and stores the cumulative data generated by the smart containers and an on-chain Blockchain platform stores selective data.
Application layer:
It contains the application that is built on top of the Blockchain and IoT layer allowing users of the system to access and interact with the data. For instance, they can see real-time tracking and temperature monitoring on the dashboard.

There are different ways you can be part of o this project, from research to commercialization. Please contact us directly using the contact information mentioned our the website.