There are numerous applications on involving AR in supporting assembling and related regions going from planning, recreation, testing, fixing, and upkeep. The goal of this exploration is to find the calculation for estimating the size and find the state of the space for office the executives utilizing marker-based AR innovation. The applications program was planned and created utilizing the Solidarity 3D game motor and OpenCV library. It was intended to be utilized by numerous gadgets running on different working frameworks like Windows, OSX, iOS, and Android. Trial of the idea was finished in three circumstances, i.e., three rooms with various sizes. The principal room is the littlest one with the size = 25.245 m3. The outcomes ascertaining from the distances of the markers show that the spans of the space acquiring from the application are not the same as the manual measure under 3%, and that implies that the framework can give high precision in estimation. The framework hence permits the client to catch finished 3D models of furniture or different articles and place and control them essentially somewhere else for perception purposes. The strategies to figure finished 3D models and measure certifiable items from a solitary picture are firmly connected with the communications they grant. contrast two connection representations utilized with catch 3D finished models of object to guarantee simple cooperation while as yet getting exact estimations in a client test. Results recommend that one is predominant as far as estimation exactness and furthermore emotional client experience as it takes into consideration constant touch connection all in all screen. Essentially putting a demonstrated item in another area is one more part of the introduced framework and we investigate a clever cooperation worldview to play out this errand alongside beginning user test.