Hybrid physical and logical locking device and mechanism

A method comprising:

• responsive to a key being inserted into a front face of a lock cylinder of a locking device, determining whether a physical groove etched into the key arranges a set of locking pins of the locking device in an arrangement that enables rotation of the lock cylinder;
• responsive to determining that the physical groove arranges the set of locking pins in the arrangement that enables rotation of the lock cylinder, scanning, by a barcode scanner of the locking device, a barcode of the key, wherein the barcode includes a digital representation of the physical groove etched into the key;
• validating the digital representation of the physical groove etched into the key using a public key of a cryptography key pair;
• determining whether the digital representation of the physical groove etched into the key stored in the barcode matches a digital representation of the physical groove etched into the key stored in the locking device;
• responsive to determining that the digital representation of the physical groove etched into the key stored in the barcode matches the digital representation of the physical groove etched into the key stored in the locking device, disengaging a first solenoid valve, wherein the first solenoid valve, when engaged, prevents the locking cylinder from rotating;
• determining whether the key was rotated;
• responsive to determining that the key was rotated, disengaging a second solenoid valve, wherein the second solenoid valve, when engaged, prevents the lock cylinder from being moved along a central axis of the locking device;
• responsive to the lock cylinder being moved along the central axis of the locking device:
• a track key pin of a door of an interior wall of the lock cylinder is engaged, rotating the door of the interior wall open to expose a logical face of the key to an opening of the lock cylinder, wherein the logical face of the key includes at least one contact point, at least one conductive trace, and a smart chip,
• a shaft, coupled to a rear face of the lock cylinder, at a first end of the shaft and engaged in a first opening of a central axis of a first disc at a second end of the shaft, is moved along the central axis of the locking device through a second opening of a central axis of a second disc and a third opening of a central axis of a third disc such that the first disc is in physical contact with the second disc;
• responsive to the door of the interior wall of the lock cylinder being rotated open, engaging a spring-loaded interface to come in physical contact with the exposed logical face of the key, causing the spring-loaded interface to complete a circuit with the conductive pad, and the spring loaded interface to read the smart chip;
• determining whether a unique identifier stored in the barcode matches the unique identifier stored in the smart chip;
• responsive to determining that the unique identifier stored in the barcode matches the unique identifier stored in the smart chip, extracting a set of credentials from the key;
• determining whether, based on an access control list stored in the locking device, the key is authorized to enable use of a non-networked computing device;
• responsive to determining that, based on an access control list stored in the locking device, the key is authorized to enable use of a non-networked computing device, disengaging a set of pins engaged into a set of pin sockets oriented around a perimeter of the third disc, allowing the third disc and the first disc to rotate around the central axis of the locking device.