[{"data":1,"prerenderedAt":59},["ShallowReactive",2],{"service-design-planning":3,"service-content-design-planning":17},{"id":4,"menu_type_id":5,"parent_id":6,"is_child":7,"menu_title":8,"page_title":8,"icon":9,"slug":10,"link":11,"content":11,"page_banner":9,"menu_order":6,"meta_tag":8,"meta_title":8,"meta_description":11,"status":12,"publish_date":9,"expire_date":9,"created_at":13,"created_by":14,"updated_at":15,"updated_by":16},"14","3","2","0","Design & Planning",null,"design-planning","","Live","2021-08-15 05:11:30","4","2021-11-20 11:42:24","4)",{"title":8,"tagline":18,"description":19,"stats":20,"features":21,"scopeItems":30,"items":37,"processSteps":57,"standards":58},"Engineering · Feasibility · Cost Control","Professional engineering design services for telecommunications, power transmission and ICT infrastructure.",[],[22,24,26,28],{"text":23},"Spatial modeling — analytical procedures conducted with GIS to describe spatial features, predict ecological changes, and model interactions across local to global scales.",{"text":25},"GIS \u002F Spatial data for telecom — interoperable geospatial systems enabling information sharing between heterogeneous network vendors and sources, aligned with TMN (Telecommunications Management Network) standards.",{"text":27},"Multi-technology network design — careful planning to integrate 5G on top of existing networks cost-effectively, plugging coverage holes and adding capacity as traffic grows.",{"text":29},"Planning at every scale — from satellite remote sensing and drone-based imaging to social media fusion and national spatial data infrastructures.",[31,32,33,34,35,36],"Route Surveys","Feasibility Studies","Engineering Design","BOQ & Estimation","Radio Path Studies","As-Built Documentation",[38,49],{"name":39,"description":40,"color":41,"icon":42,"subItems":43},"Spatial Modeling","Analytical procedure conducted in conjunction with a GIS (Geographical Information System) to describe basic procedures and properties for a specified set of spatial features. Our analyses use data from satellite remote sensing, national spatial data infrastructures, virtual reality, social media fusion, and drone-based imaging — spanning from local to global scales.","indigo","\u003Cpath d='M21 10c0 7-9 13-9 13s-9-6-9-13a9 9 0 0 1 18 0z'\u002F\u002F>\u003Ccircle cx='12' cy='10' r='3'\u002F\u002F>",[44,45,46,47,48],"Biogeochemical and ecosystem cycle modeling","Satellite remote sensing analysis","Drone-based imaging","Social media fusion","Virtual reality integration",{"name":50,"description":51,"color":41,"icon":42,"subItems":52},"Spatial Data & GIS","GIS (Geographic Information Systems) use for telecommunications has gradually been rising over the previous two decades. We enable interoperability between heterogeneous network equipment from multiple sources or vendors, using industry-wide protocols aligned with the Telecommunications Management Network (TMN) standard for seamless integration.",[53,54,55,56],"In-house and procured system integration","Interoperability between system vendors","TMN-compliant data exchange","Network merger & cross-system communication",[],[],1791797331558]