Multiparty　quantum　communication　attracts　continuous　attention　due　to　the　better　adaptability　for　the　future　quantum　internet　than　point-to-point　communication.　Unfortunately,　the　imperfections　of　practical　devices　are　exploited　to　take　side-channel　attacks　which　threatens　the　security　of　practical　multiparty　quantum　communication.　We　propose　a　three-party　detector-device-independent　quantum　secret　sharing　(DDI-QSS)　protocol　based　on　hyper-encoding　and　single-photon　Bell-state　measurement.　It　works　in　a　deterministic　way.　The　hyper-encoding　circuit　and　single-photon　Bell-state　measurement　device　can　be　built　with　only　linear　optical　elements,　which　makes　the　protocol　more　practical.　Different　from　the　measurement-device-independent　setting,　the　DDI-QSS　protocol　does　not　require　the　multi-photon　interference　of　photons　from　independent　sources.　We　prove　that　it　is　secure　against　general　entanglement-measure　attacks　launched　by　a　dishonest　participant.　©　2021　John　Wiley　&　Sons　Ltd.