AI-based software for tooth geometry restoration is a technology that uses machine learning to create computer models of teeth and restore their geometry. This technology has several advantages:

Improved accuracy: AI-based software can analyze a large amount of data and create more accurate tooth models, which ensures more accurate restoration of tooth geometry.

Speed: AI-based software can process large volumes of data and create tooth models faster than traditional methods, which can reduce treatment time and improve results.

Risk reduction: AI-based software can help doctors prevent errors and reduce risks associated with tooth geometry restoration.

Distributed virtual planning for orthodontic treatment is a technology that allows orthodontists to plan patient treatment using computer technology and cloud services. This technology has several advantages:

Improved accuracy: Distributed virtual planning for orthodontic treatment allows doctors to use computer models to more accurately determine the necessary treatment volume and predict the final outcome.

Convenience: Doctors can plan treatment from anywhere in the world with internet access, at any time, providing greater flexibility and convenience.

Efficiency: Distributed virtual planning for orthodontic treatment can significantly reduce the time spent on treatment planning and increase the number of patients that can be treated within a certain period of time.

Risk reduction: The computer models used in distributed virtual planning can help doctors prevent errors and reduce the risks associated with treatment.

Improved communication: Distributed virtual planning for orthodontic treatment allows doctors and patients to communicate and collaborate more easily and in real-time.

Convenience for patients: Patients can receive treatment planning consultations and check treatment results remotely, without the need to visit the clinic.

A blockchain-based data storage system is a decentralized system where data is stored in blocks linked together in a chain. Each block contains a hash of the previous block, as well as transactions and other data. This technology has several advantages:

Decentralization: Blockchain does not have a single point of failure and is not dependent on centralized structures, making it more resilient to attacks and failures.

Reliability and security: Blockchain uses cryptographic methods to ensure the reliability and security of data. Each block contains a hash of the previous block, making it impossible to change data in past blocks.

Transparency: All data in the blockchain is publicly available and verifiable, ensuring transparency in the data storage process.

Efficiency: Blockchain allows for storing large volumes of data and provides fast access to them.

Low cost: Blockchain does not require the use of expensive centralized infrastructures, making it more cost-effective.

Access management: Blockchain allows for managing access to data and providing different levels of access for different users.

Overall, a blockchain-based data storage system represents an innovative technology that provides reliability, security, transparency, efficiency, and cost-effectiveness in data storage.