Tech-Savvy Santa relies on AI, Blockchain and IT security

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Jingle bells, jingle bells,

Jingle all the way.

Oh how wise to ride,

Artificial intelligence and blockchain way!

Considering the importance of artificial intelligence (AI), blockchain technology and computer security in today's world, perhaps Santa may want to test these technological advances – they could allow him and his little helpers to offer a Christmas more efficient!

Considering the following industry ratings, I'm sure Santa can take advantage of these technologies to ensure that the Lapland workshop works as efficiently as possible:

• Gartner: Revenues from the AI ​​industry will reach $ 1.2 trillion by 2019;
• Grand View Research: The blockchain industry will reach $ 7.59 billion by 2024;
• Allied market research: The IT security sector will reach $ 198 billion by 2022.

So, how can Santa use these technologies in order to efficiently understand a child's wish list, compare it with promises of good behavior and ensure that all personal information is handled safely and not compromised by Krampus like Krampus?

• AI to help Santa's little helpers to choose the best gift for a child and calculate the request for that gift:

Santa's little helpers can use artificial intelligence and machine learning to collect and analyze the data that children generate when they interact with social media, game forums and other networks. This information can also be combined with large amounts of data, including children's demographics, family income, number of siblings, data on school performance, areas of development, etc. & Nbsp; The application of automatic learning will help Santa's helpers to anticipate the demand for gifts and thus to support the production and distribution process. & Nbsp; The next phase involves combining this with natural language understanding (NLU) from conversations between children and teachers, parents and guardians. & Nbsp; The conversation would involve the ways in which a child promises to be a good boy or girl, so that Santa can bring him a gift from the child's wish list.

• Blockchain technology to ensure that gifts are given only to those of us who deserve them:

The outcome of the collection, analysis and conversation of data would be the creation of an intelligent contract between the child and Santa. & Nbsp; This intelligent contract, created by Santa's helpers, would verify that the child will receive the desired Christmas gift as long as the child's promises have been completed. & Nbsp; This clever contract also prevents Krampus and anyone else from changing a child's wish list, Santa's promises and promises to deliver the gift with his reindeer.

• Computer security to ensure children's personal data, promises and wish lists are (among other things):
  • Stored securely in Santa's Lapland workshop, e.g. encrypted hard disks.
  • Accessible only to Santa's little authorized helpers, including elves and reindeer, e.g. whitelist.
  • Transmitted safely between the central computer of the workshop, the electronic notebooks used by Santa Claus and his little helpers, as well as the GPS devices used by the reindeer and the personal diary of Santa Claus, eg. using the TLS protocol.

While we are here, let Santa and his little helpers comply with the GDPR:

According to GDPR, children would be classified as data subjects. & Nbsp; For Santa and his reindeer to deliver gifts to children (residing globally), he and his little helpers must keep a list of children, information about parents / guardians, etc. & Nbsp; As part of the AI ​​and blockchain solutions, the personal data processed and stored will include:

• First name
• Date of birth
• Gender
• Address (with an accessible fireplace)
• List of Christmas wishes
• Good behavior analysis
• Conversations between children, parents / guardians and teachers
• Information on parents / guardians

Considering the global nature of the operations of Lapland, I would advise Santa to hire an elf as Data Protection Officer (DPO) to ensure that Lapland meets the GDPR requirements. & Nbsp; For example, this elf should conduct an impact assessment on data protection (DPIA) because the processing of all Christmas information can pose a high risk for children. & Nbsp; Information should be managed securely. & Nbsp; For example, not all elves should know a child's address. & Nbsp; Access to address information would be limited to the elves who assist wrapping and distribution. & Nbsp; Naturally, the reindeer should also be aware of it.

The use of artificial intelligence, blockchain and computer security can elevate Santa's efficiency to new heights, resulting in improved service for children around the world and their parents / guardians. & nbsp; With GDPR in mind, these new technologically advanced services can include a child's wish list, compare it with promises of good behavior and ensure that all personal information is handled securely. & nbsp; The result is a happy Christmas for everyone!

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Jingle bells, jingle bells,

Jingle all the way.

Oh how wise to ride,

Artificial intelligence and blockchain way!

Considering the importance of artificial intelligence (AI), blockchain technology and computer security in today's world, perhaps Santa may want to test these technological advances – they could allow him and his little helpers to offer a Christmas more efficient!

Considering the following industry ratings, I'm sure Santa can take advantage of these technologies to ensure that the Lapland workshop works as efficiently as possible:

So, how can Santa use these technologies in order to efficiently understand a child's wish list, compare it with promises of good behavior and ensure that all personal information is handled safely and not compromised by Krampus like Krampus?

• AI to help Santa's little helpers to choose the best gift for a child and calculate the request for that gift:

Santa's little helpers can use artificial intelligence and machine learning to collect and analyze the data that children generate when they interact with social media, game forums and other networks. This information can also be combined with large amounts of data, including demographics of children, family income, number of siblings, data on school performance, areas of development, etc. The application of machine learning will help Santa's helpers to anticipate the gift request, and then help the production and distribution process. The next phase involves combining this with natural language understanding (NLU) from conversations between children and their teachers, parents and guardians. The conversation would involve the ways in which a child promises to be a good boy or girl, so that Santa can bring him a gift from the child's wish list.

• Blockchain technology to ensure that gifts are given only to those of us who deserve them:

The outcome of the collection, analysis and conversation of data would be the creation of an intelligent contract between the child and Santa. This intelligent contract, created by Santa's helpers, would verify that the child will receive the desired Christmas gift as long as the child's promises have been completed. This clever contract also prevents Krampus and anyone else from changing a child's wish list, Santa's promises and promises to deliver the gift with his reindeer.

• Computer security to ensure children's personal data, promises and wish lists are (among other things):
  • Stored securely in Santa's Lapland workshop, e.g. encrypted hard disks.
  • Accessible only to Santa's little authorized helpers, including elves and reindeer, e.g. whitelist.
  • Transmitted safely between the central computer of the workshop, the electronic notebooks used by Santa Claus and his little helpers, as well as the GPS devices used by the reindeer and the personal diary of Santa Claus, eg. using the TLS protocol.

While we are here, let Santa and his little helpers comply with the GDPR:

According to GDPR, children would be classified as data subjects. For Santa and his reindeer to deliver gifts to children (residing globally), he and his little helpers must keep a list of children, information about parents / carers, etc. As part of the AI ​​and blockchain solutions, personal data processed and stored would include:

• First name
• Date of birth
• Gender
• Address (with an accessible fireplace)
• List of Christmas wishes
• Good behavior analysis
• Conversations between children, parents / guardians and teachers
• Information on parents / guardians

Considering the global nature of the operations of Lapland, I would advise Santa to hire an elf as data protection officer (DPO) to ensure that Lapland meets the GDPR requirements. For example, this imp would have to carry out an impact assessment on data protection (DPIA) since the processing of all Christmas information can pose a high risk for children. Information should be managed securely. For example, not all elves should know a child's address. Access to address information would be limited to those elves who assist with wrapping and distribution. Naturally, the reindeer should also be aware of it.

The use of artificial intelligence, blockchain and computer security can elevate Santa's efficiency to new heights, resulting in improved service for children around the world and their parents / guardians. With GDPR in mind, these new technologically advanced services can include a child's wish list, compare it with promises of good behavior and ensure that all personal information is safely managed. The result is a happy Christmas for everyone!