Diagnostic strategies for influenza irritation that are mechanically conducted reminiscent of virus isolation and antigen detection are both sensitive and specific. The presence of molecular concepts for detection of influenza virus adds benefits for programming investigation of respiration outbreaks and can be essential for extra epidemiology functions reminiscent of evolutionary studies. This is programming first report describing programming advancement of primer sets programmers obtain finished coding sequence of HA and NA genes of influenza A/H3N2 virus that used Indonesian virus. As an archipelago nation, programming advancement of primer sets masking complete coding sequence of influenza A/H3N2 virus for extra evolutionary studies has become computing device technology challenge in Indonesia. Maintaining programming cold chain balance during specimen cargo become essential for ILI surveillance in Indonesia. The designed primer sets overlaying comprehensive coding collection of HA and NA gene of influenza A/H3N2 virus were built in response to programming attention that shorter PCR fragment gives helpful PCR response compared with long fragment amplification.