We are experts at migrating and validating data from existing mapping systems into an ArcFM Geodatabases, and our rates are some of the best in the industry!
Data sources within a utility organization, both GIS and non-GIS data sources, are built in many ways and grow along many paths. We will seamlessly incorporate them into your GIS.
We specialize in Data Modeling, Data Migration Design, and Quality Assurance for GIS projects, which are critical tasks to insure a successful and accurate GIS implementation.
We created a “Device Connectivity” table from an ArcFM™ Feeder Manager-managed electric distribution network to support a single, isolated business function. In the course of a year’s time we found and implemented multiple applications all taking advantage of the same table. Could have been a little serendipitous, but in our case the initial investment proved quite worthwhile.
Sometimes quality assurance processing can be, shall we say, um… sluggish. We recently had an experience where ArcFM™/Designer QA performance was quite so. This article describes how we diagnosed performance issues and ultimately improved things. A lot.
In a previous post we discussed methods for providing multiple geometries for a given feature. The options described included ArcSchematics, cartographic representations and use of related feature classes. In this post we take on a similar but different topic of creating an additional geometry definition in an existing feature class that is managed entirely by a custom application.
Midcontinent Communications was able to work closely with Blair Services to perform a complex data migration in a relatively short time frame. Blair Services’ ability to be flexible with the project timeline, provide a high level of expertise, and deliver quality migrated data, enabled this conversion project to be successful. I would highly recommend the use of Blair Services to any company looking to perform this type of data migration. Derek Reickmann, Project Manager, Midcontinent Communications
In early 2013 Midcontinent Communications selected the Schneider Electric (SE) Fiber Manager to replace a legacy GIS application for managing their fiber optic network assets that extend over much of north central United States. Particularly important to Midcontinent was the ability for Fiber Manager to support Wavelength Division Multiplexing (WDM) and to easily report all circuits present on all strands and all wavelengths for a given fiber cable.
SE provided implementation and training and Blair Services was contracted for data migration. Working closely with the teams from SE and Midcontinent, Blair Services helped decipher the largely undocumented source data structures and align it to Fiber Manager requirements. The result was a full migration of source database features into Fiber Manager with leased circuits tracing as expected within the original project scope and budget.