01933nas a2200361   4500000000100000008004100001260001200042653001900054653001600073653001500089653001900104653000900123653001700132100002400149700001400173700001500187700001500202700001900217700001300236700001700249700001200266700001200278700001200290700002400302700001200326700001700338245008300355856009200438300001000530490000700540520101000547022001401557       2026                            d  c03/202610aChagas disease10atriatomines10aTechnology10aMobile devices10aapps10aSurveillance1 aGurgel-Gonçalves R1 aJulião G1 aFerreira R1 ade Souza R1 aRojas-Cortez M1 aVieira T1 ade Miranda V1 aBrant J1 aObara M1 aSilva R1 aIbarrola-Vannucci A1 aMarti G1 aCeccarelli S00aNew technologies for identification and surveillance of Chagas disease vectors  uhttps://pmc.ncbi.nlm.nih.gov/articles/PMC13035241/pdf/1678-9849-rsbmt-59-e0597-2025.pdf  a1 - 70 v593 a<p>Technologies are essential for surveillance of vector-borne diseases. The increasing frequency of triatomine house invasion in the Americas highlights the need to strengthen surveillance strategies. This narrative review examines how emerging technologies can improve identification and reporting of Chagas disease vectors. We analyzed studies published between 2015 and 2025 on digital tools for triatomine surveillance. Technologies were grouped by purpose: (1) identification apps (TriatoKey, TriatoDex, automated identification); (2) community engagement platforms (WhatsBarb, TriatoChat); and (3) institutional surveillance systems (SISVetor-Chagas, GeoVin, Triatomine Information Posts). We summarize their characteristics, applications, knowledge gaps, and potential integration with national surveillance systems, and discuss implications for public health policy. Digital innovation and citizen-based surveillance may support improved prevention and control of vector-borne Chagas disease.</p>  a1678-9849