A device, comprising: a first portion and a second portion rotatably secured via a hinge assembly such that the device is in a closed orientation where inner surfaces (108B, 112B) of the first and second portions (102B, 104B) overlay one another and such that the device is in an opened orientation where the first portion and the second portion are rotated such that the inner surfaces (108B, 112B) are apart; and an orientation specific actuator positioned on the first portion at a first stage corresponding to a more proud position with the device in the closed orientation and a second stage corresponding to a less proud position with the device in the opened orientation the orientation specific actuator having a total stroke (S T) which is a combination of a first stroke (S 1) associated with a first functionality and a second stroke (S 2) associated with a second functionality, wherein the first functionality comprises causing the device to open in response to engagement of the orientation specific actuator with the first stroke (Si); the first stroke (S 1) being accessible with the device in the closed orientation and the second stroke (S 2) being accessible with the device in the opened orientation; the orientation specific actuator comprises: a button, a first interaction element affixed to the button, the first interaction element being a mechanical release for opening the device; a second interaction element, the second interaction element being a mechanical element; and the second portion includes a controlling assembly, the controlling assembly being a securing element; the orientation specific actuation being configured such that: the first stroke pushes the first interaction element against the second portion and/or the securing element to open the device; and the second stroke causes the button to contact the second interaction element. a first portion and a second portion rotatably secured via a hinge assembly such that the device is in a closed orientation where inner surfaces (108B, 112B) of the first and second portions (102B, 104B) overlay one another and such that the device is in an opened orientation where the first portion and the second portion are rotated such that the inner surfaces (108B, 112B) are apart; and an orientation specific actuator positioned on the first portion at a first stage corresponding to a more proud position with the device in the closed orientation and a second stage corresponding to a less proud position with the device in the opened orientation the orientation specific actuator having a total stroke (S T) which is a combination of a first stroke (S 1) associated with a first functionality and a second stroke (S 2) associated with a second functionality, wherein the first functionality comprises causing the device to open in response to engagement of the orientation specific actuator with the first stroke (Si); the first stroke (S 1) being accessible with the device in the closed orientation and the second stroke (S 2) being accessible with the device in the opened orientation; the orientation specific actuator comprises: a button, a first interaction element affixed to the button, the first interaction element being a mechanical release for opening the device; a second interaction element, the second interaction element being a mechanical element; and a button, a first interaction element affixed to the button, the first interaction element being a mechanical release for opening the device; a second interaction element, the second interaction element being a mechanical element; and the second portion includes a controlling assembly, the controlling assembly being a securing element; the orientation specific actuation being configured such that: the first stroke pushes the first interaction element against the second portion and/or the securing element to open the device; and the second stroke causes the button to contact the second interaction element. the first stroke pushes the first interaction element against the second portion and/or the securing element to open the device; and the second stroke causes the button to contact the second interaction element.