The high-reliability system architecture design ensures low coupling, high reliability, and high real-time performance while allowing for rapid modular customization of each functional component.
تَصْمِيمُ هَيْكَلِ النِّظَامِ ذَوِي الْوِثَاقِيَّةِ الْعَالِيَةِ يُضْمِنُ مُنْخَفِضَ التَّرَابُطِ، وَعَالِيَ الْوِثَاقِيَّةِ، وَعَالِيَ الْأَدَاءِ الْآنِيِّ، مَعَ ضَمَانِ إِمْكَانِيَّةِ تَخْصِيصِ وَحْدَوِيٍّ سَرِيعٍ لِكُلِّ مُكَوِّنٍ وَظِيفِيٍّ.
The system documents the entire lifecycle of crops from planting to harvest. This includes a timeline of events such as pesticide application, irrigation, and fertilization, as well as curves of growth parameters like light, temperature, humidity, soil temperature, and soil moisture. Users can trace the origin by scanning a traceability code.
يُسَجِّلُ النِّظَامُ دَوْرَةَ حَيَاةِ الْمَحَاصِيلِ كَامِلَةً مِنَ الزَّرْعِ إِلَى الْحَصَادِ. وَيَشْمَلُ ذَلِكَ خَطَّ زَمَنِيًّا لِلْأَحْدَاثِ مِثْلَ رَشِّ الْمُبِيدَاتِ وَالرَّيِّ وَالتَّسْمِيدِ، بِالإِضَافَةِ إِلَى مُنْحَنَيَاتِ مُعَامِلَاتِ النُّمُوِّ مِثْلَ الضَّوْءِ وَدَرَجَةِ الْحَرَارَةِ وَالرُّطُوبَةِ وَدَرَجَةِ حَرَارَةِ التُّرْبَةِ وَرُطُوبَتِهَا. وَيُمْكِنُ لِلْمُسْتَخْدِمِ تَعْقِيبُ مَصْدَرِ الْمَحْصُولِ بِمَسْحِ رَمْزِ التَّتَبُّعِ ضَوْئِيًّا.