Mendling, JanJanMendlingWeber, IngoIngoWebervan der Aalst, WilWilvan der Aalstvom Brocke, JanJanvom BrockeCabanillas, CristinaCristinaCabanillasDaniel, FlorianFlorianDanielDebois, SorenSorenDeboisDi Ciccio, ClaudioClaudioDi CiccioDumas, MarlonMarlonDumasDustdar, SchahramSchahramDustdarGal, AvigdorAvigdorGalGarcia-Banuelos, LucianoLucianoGarcia-BanuelosGovernatori, GuidoGuidoGovernatoriHull, RichardRichardHullLa Rosa, MarcelloMarcelloLa RosaLeopold, HenrikHenrikLeopoldLeymann, FrankFrankLeymannRecker, JanJanReckerReichert, ManfredManfredReichertReijers, Hajo A.Hajo A.ReijersRinderle-Ma, StefanieStefanieRinderle-MaRogge-Solti, AndreasAndreasRogge-SoltiRosemann, MichaelMichaelRosemannSchulte, StefanStefanSchulteSingh, Munindar P.Munindar P.SinghSlaats, TijsTijsSlaatsStaples, MarkMarkStaplesWeber, BarbaraBarbaraWeberWeidlich, MatthiasMatthiasWeidlichWeske, MathiasMathiasWeskeXu, XiweiXiweiXuZhu, LimingLimingZhu2022-03-082022-03-082017-04ACM Transactions on Management Information Systems, Volume 9, Issue 1, March 2018, pp 1–16, doi: 10.1145/3183367http://hdl.handle.net/11420/11914Blockchain technology promises a sizable potential for executing inter-organizational business processes without requiring a central party serving as a single point of trust (and failure). This paper analyzes its impact on business process management (BPM). We structure the discussion using two BPM frameworks, namely the six BPM core capabilities and the BPM lifecycle. This paper provides research directions for investigating the application of blockchain technology to BPM.en2158-656X20171116Computer Science - Software EngineeringComputer Science - Software EngineeringTechnikJournal Article1704.03610v3Other