The Future of Smartphone Photography

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TheFuture of Smartphone Photography

The Future ofSmartphone Photography

Photographywill change tremendously in the coming years due to the increasingchanges in technology. Smartphones will be the next big thing inphotography. Many smart phone producing companies are on theforefront of redesigning and redefining their policies to achieve thebest in the world of technology that meets the changing consumerneeds. As a consultant, I figure out and foresee much change insmartphones that will revolutionize photography in the next 25 years.

I foresee a very high resolution and very highquality camera phones with high dynamic range (HDR). These cameraswill be extremely high quality at ISO and will have high definitionvideo shoots with more than 7D. They will have rapid fire shuttersand superb focusing systems capturing all the action. All this willbe economically friendly for every person to use. I also figure outcameras with a burst of more than 1000 high definition resolutionwith 3-5 dimension frames per second, which will enable capturing ofperfect shots in excellent 3D and enable video shoots concurrent withthe photo shoots.

This will be realistic taking into account thecurrent Nokia’s Pure View technology,which is on track to provide higher definition cameras with 41megapixels that will produce very high quality photos. According tothe current in-factory HTC’s Image Sense Technology, the design ofthe camera with continuous burst shooting mode has the ability tocapture images as well as videos concurrently (Islam &amp Want,2014). This is likely to be adopted by all other phone companies.

I also foresee phone cameras where the body,sensor and lens can be separated and can be replaced any time newerand with higher definitions are created without the need of changingthe mobile gadget. This would be realistic, even between brands ofphones such as Samsung and Apple as they will share the lens. Ifthese companies design newer and better lenses, they can be sharedacross all smartphones.

I alsoforesee phone cameras which will use polymer technology in lensdesign. The camera glass will be replaced by a configured glass thatwill allow the lens to shoot anything, even from long distances.Electrostatic technology will enable photographers to shoot a fisheyevia a long range zoom, allow the macro to telephoto or even dial up afilter as well.

I also figure out camera software that can beupdated to the newly created higher definition ones just as thephones operating systems. I figure out software that will allowconvergence of devices such that a live picture taken from adifferent part of the world and shared live. This means the image canbe tethered to another device at home via Wi-Fi and in real-time suchthat there will be no need of physical travelling. This will allowanyone at any place to take a great picture which is seen by othersin real-time. Software that can allow security scrutiny via facialrecognitions and eye screens can also be developed.

Such technology can be possible with betterdevelopment of real-time convergence of photography in differentdevices can be achieved. Samsung is currently working on augmentedreality technology for facial recognition and friend’s facialrecognition(Bieszke, 2011). The Lytro’scamera technology that is being developed supports this technology.Lytro camera will be able to capture and record light field data(Stokman, 2014). It will allow the refocusing of photos in real-timeonce the photo has been taken unlike the current camera pre-setting.This technology will be used in smartphones to provide such real timerefocusing and real-time sharing of photo shoots.


Bieszke, E.(2011). Whatis the Future of Augmented Reality Technology on Smartphones?Bournemouth: Bournemouth University.

Islam, N., &ampWant, R. (2014). Smartphones: Past, present, and future.&nbspIEEEPervasive Computing,(4),89-92.

Robin, Meyer. (2015). Apple’sSmartphone Revolution. The AtlanticMagazine. Sep 10, 2015. Retrieved from:

Stokman,H. (2014). The Future of Smart Photography.&nbspIEEEMultiMedia,(3), 66-71.