科技改变生活
现如今老龄化严重，农业劳动力减少，人力成本增加
传统生产模式无法解决市场产量的需求，通过技术的参与能有效提高农作物产量减少人工成本，提高效率。
传统生产模式无法解决市场产量的需求，通过技术的参与能有效提高农作物产量减少人工成本，提高效率。
Nowadays, the aging is serious, the agricultural labor force is decreasing, and the labor cost is increasing
The traditional production model cannot meet the demand for market output, and the participation of technology can effectively increase crop production, reduce labor costs, and improve efficiency.
The traditional production model cannot meet the demand for market output, and the participation of technology can effectively increase crop production, reduce labor costs, and improve efficiency.
通过“大原”智慧物联网建设和传感器技术的应用，实现种苗体系化管理，实现标准化无人化种植生产，制定科学种植模型，实时监测发布植物疫情、农作物重大病虫害预测预报和防治、农情调度，实现对耕地及基本农田质量保护的管理、指导科学施肥，实现农药登记及监督管理。
Through the construction of "Ohara" smart Internet of Things and the application of sensor technology, we can realize systematic management of seedlings, realize standardized unmanned planting and production, formulate scientific planting models, monitor and release plant epidemics, forecast and control of major crop diseases and insect pests in real time, and agricultural conditions. In order to realize the management of the quality protection of cultivated land and basic farmland, guide scientific fertilization, and realize pesticide registration and supervision and management.
实现设施农业、农用航空、保护性耕作和节水农业装备等的智能化，对农机产品目录，农机作业质量、维修质量开展实施监督管理。
Realize the intelligentization of facility agriculture, agricultural aviation, protective farming and water-saving agricultural equipment, and carry out supervision and management of agricultural machinery product catalogs, agricultural machinery operation quality, and maintenance quality.
提供可视化全局地图，并利用传感器、机器人技术、物联网等人工智能技术，规范农事管理，精准指导农事生产，并接入多种农业设备和多维数据源，针对不同作物在不同生长时期的问题给出成套的解决方案。
Provide a visualized global map, and use artificial intelligence technologies such as sensors, robotics, and the Internet of Things to standardize agricultural management, accurately guide agricultural production, and access a variety of agricultural equipment and multi-dimensional data sources to address the problems of different crops at different growth periods. Come out a complete set of solutions.
通过大数据的调查、管理、统计、计算等，实现对地区粮食、蔬菜、水果等产业发展战略、政策拟定、产业规划、资金安排、种植计划、供求信息、价格信息等的收集、分析与决策，辅助相关部门稳定主粮救灾备荒的储备调拨，优化对经济作物市场调控，帮助农场降本增收。
Through big data investigation, management, statistics, calculations, etc., realize the collection, analysis and decision-making of regional food, vegetable, fruit and other industrial development strategies, policy formulations, industrial planning, funding arrangements, planting plans, supply and demand information, price information, etc. Assist relevant departments to stabilize the reserve allocation of staple food for disaster relief and preparedness, optimize the regulation of the cash crop market, and help farms reduce costs and increase income.
监测设备
光谱方案
无人机械
直升机、无人机、自驾仪
监测设备
智能相机、监测仪器
人工智能平台
AI、人工智能
依托云计算、大数据、人工智能等科技手段，以智能设施为核心，以物联网监控+事后监测为补充，构成全链路数字化养殖，深度聚集养殖管理，解决规模化提升、食品安全和降本增效问题。基于全生命周期管理，可以养殖数据更完整、精准，减少人工投入，实现标准化生产及规模饲养，优化规模化养殖的养殖结构、品质改善和布局调整。
Relying on cloud computing, big data, artificial intelligence and other technological means, with smart facilities as the core, and Internet of Things monitoring + post-monitoring as supplements, it constitutes a full-link digital farming, in-depth gathering of farming management, and solving scale improvement, food safety and reduction This issue of efficiency. Based on the whole life cycle management, breeding data can be more complete and accurate, reducing manual input, realizing standardized production and large-scale breeding, and optimizing the breeding structure, quality improvement and layout adjustment of large-scale breeding.
通过3D/2D摄像、红外热成像及物联网等技术，实现活体身份标识、精准数量盘点、定位、分析、品质分级,面向畜牧业养殖经营主体提供畜禽智能养殖和畜产品分销溯源等信息化管理系统，助力现代畜牧产业转型升级。
Through 3D/2D camera, infrared thermal imaging and Internet of Things technologies, it can realize the identification of living body, accurate quantity inventory, positioning, analysis, quality classification, and provide information technology such as intelligent breeding of livestock and poultry and distribution and traceability of livestock products for the main body of livestock breeding The management system helps the transformation and upgrading of the modern animal husbandry industry.
利用海量数据分析指导畜禽养殖场（小区）备案、档案管理，参与畜禽养殖场的污染防治、动物及动物产品检验检疫、动物防疫条件审查。实现对畜禽屠宰环节质量安全监督管理、监管和动物标识及动物产品可追溯管理，对兽药、兽药残留限量和残留检测，实现对饲料、饲料添加剂的动态、实时监管，实现奶畜饲养以及生鲜乳生产环节、收购环节的监督管理。
Use massive data analysis to guide the filing and file management of livestock and poultry farms (communities), and participate in the pollution prevention and control of livestock and poultry farms, inspection and quarantine of animals and animal products, and review of animal epidemic prevention conditions. Realize the supervision and management of quality and safety of livestock and poultry slaughter links, supervision and traceability management of animal identification and animal products, the limit and residue detection of veterinary drugs and veterinary drugs, the realization of dynamic and real-time supervision of feed and feed additives, and the realization of dairy animal husbandry Supervision and management of fresh milk production and purchase links.
通过大数据实现对地区畜牧业、饲料业、草原发展战略、政策拟定、产业规划、资金安排、种植计划、供求信息、价格信息等各类统计信息的收集、分析与决策，对动物疫病监测、风险评估、预警和疫情信息发布，对于重大动物疫病防治政策和国家控制扑灭计划制定的数据支持，以及对禽屠宰行业、草原资源的管理与统计。
Realize the collection, analysis and decision-making of various statistical information such as regional animal husbandry, feed industry, grassland development strategy, policy formulation, industrial planning, funding arrangement, planting plan, supply and demand information, price information, etc. through big data. Monitoring, risk assessment, early warning and epidemic information release, data support for major animal disease prevention and control policies and national control and elimination plans, and management and statistics of poultry slaughter industry and grassland resources.
3D/2D摄像
3D/2D camera
红外热成像
Infrared thermal imaging
监测物联设备
Monitoring IoT equipment
大数据平台
Big data platform