A METHOD OF PREPARING A HYBRID CAPSULE AND RELATED PRODUCTS TECHNICAL FIELD BACKGROUND The present disclosure relates broadly to a method of preparing a hybrid capsule as well as a hybrid capsule prepared by said method. Capsules, particularly those in the micron or submicron size, that are capable of encapsulating a variety of actives offer great promise in a large number of consumer applications, including but not limited to perfumes, coatings, medicines, agricultural chemicals, catalysts, printings, films, fibers and cosmetics. However, to date, the current technology used to produce such capsules suffers from several drawbacks. For example, available technology for producing flowable silica capsules for consumer care applications relies on the emulsification of an active in water using a neutral surfactant and growing silica shell around the micron sized droplet. Typically, the silica capsules obtained through such methods are easily breakable under mechanical stress and cannot withstand the high shear that is needed for many applications. Furthermore, the silica capsules obtained through such methods are also highly porous, making them unsuitable for applications where hermetic sealing is desired, for example in perfumes. Accordingly, attempts were made to produce reinforced capsules. Some of the techniques that aim to reinforce capsules include (i) layer by layer coating; (ii) grafting from the surface of capsules; (iii) infiltration of polymer electrolyte and cross linking; (iv) surface functionalization and polymerization; and (v) precipitation polymerization. However, these techniques are usually costly,