Microline’s pipeline inspection system sets a new industry standard, allowing technicians to gather more data with more accuracy in less time.
The 24-inch Smart PIG (Pipeline Inspection Gauge) has over 1,000 sensors collecting 1TB of data, and Streamline makes that data easy to understand and manage.
Microline tests oil and gas pipelines for corrosion, deformity, and weakness using Pipeline Inspection Gauges (PIGs) and other tools.
Their new PIG for large-diameter pipelines is 6’ long and 24” in diameter, with 78 circuit boards, incorporating and 90 microprocessors. It can travel over 300 miles and record data from 1,000+ sensors every 16th of an inch (every 500 microseconds).
Streamline Windows App
Technicians manage the PIG with a custom Windows app called Streamline, which can configure, test, prep, launch and gather data from the device.
The platform includes an open-source tool called Cauterize that allows the PIG, Streamline, and other tools to share the same communication protocol. Atomic also developed a simulation framework so the team could test Streamline with real data as they developed it.
Streamline matches data on-screen with the position of the corresponding sensors on the PIG, helping technicians quickly find what they're looking for. It also flattens the data, showing a high-level overview on the main screen and making it easy to access any functional aspect of the PIG without clicking several layers deep.
Unlike other configuration apps, Streamline also reviews the status of each sensor and shows warnings.
Streamline is a beautiful application. Personnel are often under pressure in the field because the customer wants to get the pipe back online ASAP. So we focused heavily on conveying the right amount of information in the right way. Jason Enyart, Embedded Software Manager
Atomic provided embedded software development for Microline’s 24-inch Smart PIG, and Windows app development for Streamline, created using C# in WPF. Atomic also developed an open source tool for communication among different parts of the system and a simulation framework so the team could test Streamline with real data as they developed it.
- System Architecture
- Information Architecture
- Interaction Design
- Visual Design
- Software Development
- User Testing
Pipeline Inspection Gauge
ARM Processors (Cortex M3 & M4)
CAN & Ethernet Communication
WPF Graphics Framework