MATERIAL
ID CERTIFICATION
MONITOR & MANAGE YOUR TECHNICAL DATA
COMPLETE TRACKING OF THE PRODUCTION CYCLE OF COMPONENT
DATA VERIFICATION THROUGH BLOCKCHAIN TECHNOLOGY
FAST PROCESSING & ANALYSIS USING AI ALGORITHMS
CARBON FOOTPRINT CONTROL ACROSS THE ENTIRE PRODUCTION PROCESS
HOW IT WORKS
The Futur-AI solution ensures complete traceability for every piece of data related to composite component production. This includes chemical, physical, managerial, and other types of data, covering every phase of the production process—from raw materials to machinery and storage. All this information is securely recorded in a Blockchain, which guarantees that every data point is certified, irrevocable, and unchangeable as it passes through the information flow.
This creates a reliable, tamper-proof database that uniquely identifies each composite component throughout its lifecycle.
WHAT A BLOCKCHAIN IS
A blockchain is a distributed database or ledger that is shared across the nodes of a computer network.
While it is best known for its use in cryptocurrency systems—where it maintains a secure and decentralized record of transactions—it has far broader applications.
In essence, a blockchain makes data immutable, meaning it cannot be altered once recorded.
​
This immutability is valuable in any industry where data integrity is critical. Each block of data is permanent, and since it cannot be changed.
By eliminating the need for trusted third parties, such as auditors or intermediaries, blockchain reduces costs and minimizes human error, ensuring a higher level of security and reliability in data management.
AI PATENTED ALGORITHM
Futur-AI has developed a patented algorithm specifically designed for the automated transcription of industrial data within the composites industry.
The algorithm automatically records key features of composite materials onto the Blockchain, ensuring that essential data required for the characterization of composite structures is securely stored.
​
Once recorded, this data becomes immutable, meaning it cannot be altered. This ensures that all information is certified and verified by the Futur-AI system, providing a reliable and tamper-proof record.
THE IMPORTANCE OF DATA IN AEROSPACE
One major way this is being done is through the utilization of new and innovative data technology that improves operations across all stages of the product lifespan, from early conceptualizing to designing, production, after-market service, and even in-flight operations.
​
Data collected from each stage of the process influences future designs by using the data to identify areas where efficiency, cost-efficacy, and part performance can be improved.
ADVANTAGES
Using data science enables an organization to dive deeper into the data they collect with stronger analysis, higher validity, and better visibility.
Organizing and refining data comes with a lot of potential benefits for aerospace organizations. Mainly, it means being able to more easily access and utilize this data in all parts of the organization from shop floors to maintenance, to flight plans and more.
PREDICTIVE ANALYTICS
Predictive analytics plays a big part in aerospace to help companies predict likely outcomes and appropriate responses using data. This reduces downtime and inefficiency by using data to predict repairs and maintenance and deciding when replacement parts need to be ordered in advance, making repairs quicker and overall fleet management more efficient.