Ayiloxesha lokuqala sithetha ngeedrones ze I-BioCarbon, inkampani esele isebenza kangangeminyaka emininzi kuphuhliso lweprojekthi apho amahlathi onke anokulungiswa khona kusetyenziswa ubuchwepheshe obugqithisileyo obufumanekayo kuthi, obunika iziphumo ezintle kwamanye amacandelo emarike kwaye koku, kunokuba kubaluleke kakhulu.
Ngaphandle kokuzibeka kwimeko leyo, kufuneka sinike ingxelo namhlanje abantu bagawula malunga neebhiliyoni ezili-15.000 zemithi ngonyaka. Icala elisezantsi lelokuba endaweni yokunqumlela le mithi kuphela malunga ne-9.000 yezigidigidi zemithi elinywayo ngonyaka ngokoqobo kuba asinawo amandla okanye isantya sokuya kumahlathi.
Sifuna 'iindlela' ezintsha zokuhlaziya amahlathi ethu ngesantya esilinganayo njengoko siwasika
Enye yeengxaki ezinkulu esinazo zilele ngendlela apho siphinda sigqiba khona amahlathi ethu, ukusetyenziswa kwabantu kusetyenzisiwe, into eyenza ukuba le nkqubo icothe kwaye ibize, ukongeza kwinto yokuba umsebenzi unokuba nzima kakhulu ngokuxhomekeke kwindawo kunye nokuba ukufikelela kuyo kulula okanye kunzima kakhulu. Kukule ndawo kanye apho Itekhnoloji ye-BioCarbon inokuwenza lula lo msebenzi.
Nangona ngo-2016 le teknoloji yayisele ikhona, iidrones zabo zazikwazi ukutyala malunga ne-36.000 yeembewu ngosuku, ii-algorithms zazo zahlengahlengiswa ukuze ngo-2017 babe sele bekwazi ukutyala ukuya kuthi ga kwimbewu ye-100.000 ngosuku nangona, ngoku, siyazi ukuba kutshanje Inguqulelo I-BioCarbon drones iyakwazi ukutyala ukuya kuthi ga kwimithi eyi-100.000 ngeyure nganye.
Njengangaphambili, le nkqubo isebenzisa iintlobo ezimbini zedroni ukwenza umsebenzi wayo. Okokuqala, idrone inoxanduva lokumaka yonke indawo kunye nokwenza ulinganiso lwedijithali kwi-3D ukuze, ngenxa yezi mephu, ialgorithm ikwazi ukubala ipateni efanelekileyo yokutyala. Nje ukuba ukubalwa kwenziwe, umkhosi weedrones uphethe usasaza imbewu ngokuzimeleyo.