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This pilot project proved that ICTs platforms can serve as a powerful tools to reduce the disparities in health
            care and awareness on HIV especially among the young populations, which will not only increase their life
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            span but also improve their quality of life, making them less prone to HIV related infections.


            3       Conclusions

            The application of the HITSystem in the public health system in Kenya has provided evidence that an efficient
            e-health system can indeed be implemented in low-resource settings. Hence, the HITSystem shows immense
            potential to be utilized in other HIV infected developing countries to promote regulation and treatment of
                       42
            the disease.
            One of the key lessons learnt through implementation of the HITSystem in Kenya was that ICTs can be
            efficiently adapted through e-health innovations in response to emerging requirements of the region and in
            keeping with technology evolution and availability.

            Partners of this pilot project are also working to expand the HITS in order to support antenatal prevention of
            maternal-to-child transmission and integrate prenatal and postnatal services for HIV infected women and
            children. If this is successful, it is expected to directly impact the perinatal transmission of HIV, which is
            expected to help minimize exposure of children to HIV.
            However, the major challenges observed while implementing the HITSystem (as with other HIV management
            systems which use ICTs) were that of privacy and trust. As such globally, HIV management systems like
            HITSystem seem to have diminished geographic coverage and mostly are being piloted on small size samples
            with limited use of technical innovations. There are still several gaps pertaining to tracking treatment across
            countries and continents in case patients are to travel temporarily or migrate to other regions. In such cases,
            it would be required to implements HITSystem or similar (interoperable) ICT-based HIV management systems
            to ensure that consistent treatment is given to HIV infected children.

            The factors of trust and privacy along with limited implementation, may significantly affect the adoption rate
            of such HIV management systems across other regions of the world. If guardians or parents are unsure of
            how the data from the HITSystem will be utilized and protected, they may be hesitant to enrol their children.
            In general, ICT-based HIV management systems like HITSystem have defined guidelines for anonymization of
            the data collected, however, the parents from lower income families may be unaware of these guidelines
            and other could also be wary of how the information sharing between the different stakeholders within the
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            HITSystem could affect their children’s privacy.
            Despite  certain  shortcomings,  the  HITSystem  pilot  project  has  set  an  ideal  framework  for  e-health
            management of HIV, which can be built on in the coming years. The pilot project has also shown promising
            results  within  a  short  timeframe.  Nevertheless,  it  should  be  acknowledged  that  the  use  of  ICTs  in  HIV
            interventions  is  still  an  emerging  field.  Therefore,  further  research  is  required  to  promote  technical
            innovations and implement interactive features in ICT-based HIV management programs, which can have a
            wider geographical scope, defined privacy and security guidelines as well as utilize more of the available
            technologies. Future research may also be needed to explore the feasibility of applying ICT platforms in HIV
            management programs that serve populations from diverse socioeconomic backgrounds and ethnicities.





            ____________________
            41   Uses  of  information  and  communication  technologies  in  HIV  self-management:  A  systematic  review  of  global
               literature. International Journal of Information Management,75-83. 2017.
            42   S. Finocchario-Kessler, I. Odera, V. Okoth, C. Bawcom, B. Gautney, S. Khamadi, K. Clark, K. Goggin. Lessons learned
               from implementing the HIV infant tracking system (HITSystem): A web-based intervention to improve early infant
               diagnosis in Kenya. 2015.
            43   Zhang.Y, Li.X. Uses of information and communication technologies in HIV self-management: A systematic review of
               global literature. International Journal of Information Management,75-83. January 2017.

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