Blockchain aviation safety
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- Can Blockchain Enhance Aviation Data Security?
- Aviation Blockchain Market
- Airliners use of blockchain technology
- Blockchain Transforming Aviation
- Blockchain for Unmanned Aircraft Systems
- EU-Funded SlotMachine to Use Blockchain Technology for Cost Efficiency
- JEJU air to partner with LG CNS to develop blockchain based data tracking solution
- Blockchain for Aviation – Better Transparency and Trust Using Blockchain
- Aerospace suppliers look to blockchain for parts tracking
- Is That Plane Safe to Fly? How RAIN RFID and Blockchain Can Help Ensure Mechanical Integrity
Can Blockchain Enhance Aviation Data Security?
Olumuyiwa Benard Aliu appreciated the foundational rather than disruptive characteristics of distributed ledger or 'blockchain' approaches, while recognizing the clear areas where they could bring benefit to civil aviation customers and operators.
Aliu noted in his opening remarks. Global air traffic volumes are anticipated to double within the next fifteen years. Increases in the number of aircraft and flights translate to increased ground, passenger, ticketing, and cargo handling activities, and a parallel expansion of the associated tracking, documentation, approval, and certification requirements.
Aliu said. The application of blockchain technology can be envisioned for almost all areas of the aviation system where complex and safety critical records are managed and updated, such as personnel licensing, aircraft maintenance, operational approvals, or cargo manifests.
Another promising application of blockchain for aviation and governments concerns the methods we use to establish traveller identity. While offering many benefits, the integration of the technology would nonetheless present many challenges, and could cause fundamental changes in the structure of today's aviation systems. Aliu explained. Along with this potential there will be risks, to be sure, mainly as relying on a set of servers and smart contracts to validate documents and issue certificates poses clear cyber risks," he said.
This becomes even more valid if we rely on blockchain to manage critical safety and security processes. The organization of the ICAO-UAE Blockchain Summit, which will conclude on 4 April , represents a very important step in aviation's consideration of the technology, with the invited specialists expected to explore both its merits and its risks. It most certainly responded to the expectations of the ICAO Council and Air Navigation Commission, which have shown growing interest in blockchain potential.
Aliu concluded. Staying ahead of evolving threats is a shared responsibility, involving governments, airlines, airports, and manufacturers," explained H. Mohamed Rahma, the President held a series of bilateral meetings with senior government officials from States in attendance. A specialized agency of the United Nations, ICAO was created in to promote the safe and orderly development of international civil aviation throughout the world.
It sets standards and regulations necessary for aviation safety, security, efficiency, capacity and environmental protection, amongst many other priorities. The Organization serves as the forum for cooperation in all fields of civil aviation among its Member States. Anthony Philbin Chief, Communications aphilbin icao. William Raillant-Clark Communications Officer wraillantclark icao. You may be trying to access this site from a secured browser on the server.
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Aviation Blockchain Market
Our airspace, historically dominated by commercial aircraft and helicopters, is now being shared with unmanned aerial vehicles UAVs of all shapes and sizes at a growing rate. In fact, the volume of drones is already outpacing manned aircraft. According to the FAA , there are nearly four times as many registered drones as manned aircraft. NASA projects the number of unmanned flights per year will reach million for package delivery services and million for passenger transportation by However, there are a couple key challenges that must be addressed to keep our skies safe and provide drone operators with equitable airspace access, particularly in high-risk areas near airports and urban environments. In manned aviation, these challenges are addressed by using long-range radars to monitor aircraft in-flight and black boxes to audit flight data following an incident. In technical terms, blockchain is a distributed ledger of immutable records stored in a decentralized database.
Airliners use of blockchain technology
Blockchain is poised to help increase the visibility of Approved Parts while reducing supply chain and document management inefficiencies. This result is expected to support the growing demand for new, aftermarket and used parts supply. For an industry which is strictly regulated, the FAA has no mandate regarding parts track and trace. They do however regulate what parts are FAA Approved, who can manufacture the parts, and distribute. These parts are not to be used, overhauled or resold once they reach this critical threshold. As the world continues to globalize and travel demand increases, this puts pressure on approved parts manufacturers to fulfill orders and places additional stress on the used parts market. Approved Parts and Airworthy parts can be one in the same, although not every Approved Part is Airworthy. Approved Parts are manufactured to meet certain design and or production FAA approvals.
Blockchain Transforming Aviation
The Infosys Aerospace and Defense practice uses blockchain to help stakeholders access, trace and authenticate transactions. Our design thinking approach accelerates identification and prototyping of blockchain solutions. Use cases for the distributed ledger technology range from selecting original components and improving maintenance capabilities to fraud prevention and audit of transactions across multi-tier supply chains. Infosys leverages blockchain as a foundational technology for traceability and visibility of transactions.
Blockchain for Unmanned Aircraft Systems
Aircraft manufacturing is composed of multiple steps from the designing phase all the way to the final delivery of the plane. Miles of technical people participate in this workflow: building the components, transporting them, assembling the pieces and assuring that all the sub-processes have successfully passed the validation tests all before delivery of the aircraft to the customer. Sometimes, following up on the traceability of this procedure can be hard. Tracking the complete life-cycle of each component helps identify detected failures of said components and service them beforehand. Nowadays, the aircraft maintenance records can be issued through paper or electronic format. Aviation companies have been leaders in digitizing their sales and distribution data, but the digital revolution has been slow in MRO.
EU-Funded SlotMachine to Use Blockchain Technology for Cost Efficiency
Here at Aviation Projects, we take a keen interest in emerging technologies and how they can help transform the Aviation industry. What has been on our radar for a while now is Blockchain technology, The use of this technology is being referred to as Web 3. What is a blockchain? The standard definition of a blockchain is a decentralised ledger. What this means in reality - a blockchain is a system of recording information which is essentially impossible to change or hack. Everyone who has access to this information has access to the truth. The information transactions put on a blockchain are distributed across a large computer network system. To cheat the system, every single computer on the networks record of the transaction would have to be changed.
JEJU air to partner with LG CNS to develop blockchain based data tracking solution
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Blockchain for Aviation – Better Transparency and Trust Using Blockchain
With passenger numbers expected to gradually rise again, the aviation industry will be confronted with growing air traffic and limited capacity at airports and in the air. This may lead to an increase in delays again where airlines need to prioritise their important flights. At the same time, airlines are struggling with increased cost pressures while the highest safety standards continue to demand compliance with complex processes. The EU-funded project SlotMachine aims to develop a cost-efficient solution, enabled by blockchain technology, which will extend the existing slot-swapping capabilities between different airlines.
Aerospace suppliers look to blockchain for parts tracking
This will navigate you to Accenture. Restore travel confidence and ensure traveler and citizen safety through a solution to enable secure sharing of health credentials. World ID is a platform that allows individual pre-travel health assessment, ensuring compliance with entry rules while minimizing infection risk and enabling a safer restart to travel. The paperless solution helps reduce fraud and time at check-in. Governments can ensure citizen safety, with pre-departure clearance for travelers. They can set and proactively check their health entry rules to reflect actual risk for cross-border and internal travel. Airlines can ensure their passengers have the right health credentials to comply with the destination country's current health entry requirements before they travel and restore travel confidence.
Is That Plane Safe to Fly? How RAIN RFID and Blockchain Can Help Ensure Mechanical Integrity
Today, satellite launches, on-orbit operations, and deorbiting by space faring countries is manual-intensive and safe. However, projected increases in number of space faring nations, and volume of space traffic, will strain Space Traffic Management STM processes and operations, requiring increased automation. STM processes and operations require timely space object data for all objects, in the context of clear and unambiguous understanding of the current agreements and intents for maneuvering and operating active space objects. The increase in number, types, and complexity of space object agreements is driven by a growing number of spacefaring and space interested nations who enter into agreements which describe increasingly complex ranges and constraints of operational behavior.