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API 570 2.0 is built around the same connected workflow: Windows → Android → Windows → Final Report Set up the piping inspection on Windows, assign the work to the field, collect inspection data on Android, return the completed inspection to Windows for QC and review, and compile the final API 570 report from the same project. No rebuilding CMLs after the field work. No re-entering UT readings. No separate spreadsheets between the field and the final report. No disconnected inspection records. With API 570 2.0, the inspection stays connected throughout the entire lifecycle. Project and piping circuit setup on Windows CMLs, locations, materials, nominal thickness, schedules, and inspection requirements carried to Android Field UT data collection and inspection documentation Photos, notes, findings, and inspection results captured with the project Completed field data returned to the Windows application QC and inspection review before acceptance Remaining life and corrosion rate calculations Next inspection planning SketchMapp piping documentation Final API 570 report generation from the accepted inspection data The goal is simple: enter the information once and keep it tied to the asset all the way through the final deliverable. API 570 inspections generate a significant amount of data. The software should be helping manage that data—not creating another layer of work for the inspector. API 570 2.0 — from project setup, to the field, to final report. #API570 #MechanicalIntegrity #NDT #NDE #PipingInspection #AssetIntegrity #InspectionSoftware #UltrasonicTesting #CorrosionManagement #DigitalInspection #NDTIntegrity