Artificial Intelligence Driven Cooking System and Methods Employed Thereof

A method for cooking food using an artificial intelligence, comprising:

• retrieving information from a plurality of databases by an automated cooking device and receiving feedback from a cooking assistance module installed in a computing device to said automated cooking device, whereby said computing device comprises a voice assistant and a wearable health monitoring device connected to said automated cooking device over a network, said cooking assistance module provides real-time feed of the cooking process and a user enables to modify a recipe using said cooking assistance module;
• interacting the user with said automated cooking device through a touch screen and the voice recognition feature through said voice assistant and said wearable health monitoring device configured to provide the health data to a plurality of modules, whereby said automated cooking device comprises a curry vessel and an ingredient rack, said ingredient rack rotates based on a recipe to dispense ingredients into said curry vessel at a predetermined interval of time, a rice vessel positioned on a first induction cooktop and said curry vessel positioned on a second induction cooktop, whereby said first induction cooktop for cooking rice and said second induction cooktop for curry making;
• placing a predetermined amount of ingredients into said ingredient rack of said automated cooking device, whereby said automated cooking device comprises an ingredient steamer which is positioned below said ingredient rack which steams said ingredients before sautéing thereby reducing the cooking time and pushing said ingredients into said curry vessel;
• placing a predetermined amount of liquids into said curry vessel of said automated cooking device via pods;
• and
• initiating operations by said automated cooking device based on whether said automated cooking device in a fully automatic mode and a semi-automatic mode, whereby said automated cooking device executes said recipe step by step by controlling said induction cooktop temperature continuously using the feedback from sensors.

A computer program product comprising a non-transitory computer-readable medium having a computer-readable program code embodied therein to be executed by one or more processors, the program code including instructions to:

• retrieve information from a plurality of databases by an automated cooking device and receiving feedback from a cooking assistance module installed in a computing device to said automated cooking device, whereby said computing device comprises a voice assistant and a wearable health monitoring device connected to said automated cooking device over a network, said cooking assistance module provides real-time feed of the cooking process and a user enables to modify a recipe using said cooking assistance module;
• interact a user with said automated cooking device through a touch screen and the voice recognition feature through said voice assistant and said wearable health monitoring device configured to provide the health data to a plurality of modules, whereby said automated cooking device comprises a curry vessel and an ingredient rack, said ingredient rack rotates based on a recipe to dispense ingredients into said curry vessel at a predetermined interval of time, a rice vessel positioned on a first induction cooktop and said curry vessel positioned on a second induction cooktop, whereby said first induction cooktop for cooking rice and said second induction cooktop for curry making;
• place a predetermined amount of ingredients into said ingredient rack of said automated cooking device, whereby said automated cooking device comprises an ingredient steamer which is positioned below said ingredient rack which steams said ingredients before sautéing thereby reducing the cooking time and pushing said ingredients into said curry vessel;
• place a predetermined amount of liquids into said curry vessel of said automated cooking device via pods;
• and
• initiate operations by said automated cooking device based on whether said automated cooking device in a fully automatic mode and a semi-automatic mode, whereby said automated cooking device executes said recipe step by step by controlling said induction cooktop temperature continuously using the feedback from sensors.