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Learn more about Geocortex software, implementation, and the Maperture service powered by Geocortex Essentials.

As an authorized Geocortex Implementation Solution Provider, DDS has been providing custom Geocortex solutions to our clients since 2011. We work closely with our customers to identify their needs and requirements, and implement solutions designed to what is important to their organizational goals. We can develop Geocortex applications entirely within a client’s internal infrastructure, or develop applications on our server and later migrate it to the client site.

More information about DDS's Geocortex Implementation Solutions can be found at digitaldataservices.com

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What is ArcGIS Pipeline Referencing and why should you be paying attention to it?

ArcGIS Pipeline Referencing (APR) is an extension to Esri’s ArcGIS platform that provides an event-based GIS, with native support for linear referenced systems (LRS), through standard Esri tools. APR allows pipeline operators to standardize data management and take advantage of established patterns for connecting this data with other business systems.

 

APR addresses many challenges pipeline operators have faced over the years. From consolidating multiple editing environments to providing a single solution that caters to gathering, midstream, transmission, and distribution assets, APR is enabling companies to get more from their investment in spatial data. Coupling this extension with the ArcGIS platform provides a level of integration and visibility previously unrealized in this space.

Why does it exist?

Linear referenced GIS exists across multiple industries, including roads and highways, pipelines, rail, and water/wastewater. While there are differences in how LRS is implemented within these industries, the core principles are the same: provide linear features representing the location of the asset to the Earth (the centerline); provide a standard method to reference features on the line (the linear referencing); and locate appurtenances to the line (the events).

Through the years, proprietary implementations of LRS systems have been built across many verticals. This has resulted in a complex and fragmented approach managing linear referenced data in a GIS. APR provides consolidation to this landscape, and lays the foundation for next-generation solutions.

What are the benefits to operators?

Operators stand to be the biggest benefactors of Esri providing a native pipeline referencing solution.

Standardization: With the history of divergent data model implementations in the pipeline space, operators are limited to software that supports their underlying LRS. APR is disrupting the status quo, and establishing a new baseline, ultimately allowing you to select the most effective solution for your needs, without the restriction of compatibility to your data model implementation.

Data Governance: The tight coupling of GIS and linear referencing benefits those relying on high-quality, accurate data. With the rise in GIS, and Esri driving the adoption, many GIS technicians and analysts are already knowledgeable in how to manage spatial data with Esri technology. Standardizing on APR provides operators with access to a broader range of technical staff that are capable of managing LRS data.

Consolidation: With APR, multiple linear referenced systems can be supported in the same model. Many operators manage assets across a large supply chain. Long-haul transmission lines have established patterns relying on engineering stationing, while those overseeing gathering and distribution assets tend to forgo true engineering stationing in lieu of routes and measures. Before APR, this meant implementing multiple data models, bringing with it varied methods for managing the data. Now you can consolidate: one system, one model, and one set of editors can manage all assets with the same tools.

What is UPDM (Utility and Pipeline Data Model) and how does it relate to APR?

UPDM is an accompanying data model to APR with a focus on unifying the implementation of vertically-focused operators. While UPDM provides an effective data repository, it is not the only data model compatible with APR. For example, the PODS Association is building the Next Generation model in compliance with APR. 

The question then becomes, what data model should you choose for your implementation? I will be following up this post with a deep dive into the many data models that are available, and hopefully I can help you make better sense of these options.

Why are we engaged in this conversation?

Latitude Geographics provides solutions to gathering, midstream, transmission, and distribution clients around the world. In the past year, we’ve seen a sharp rise in the number of operators implementing and embracing APR. Geocortex has been 100% compatible with every implementation we’ve worked on, providing immediate value for clients leveraging PODS and UPDM. 

With the release of powerful linear referenced toolsets, Geocortex can further your success with APR. Please reach out to This email address is being protected from spambots. You need JavaScript enabled to view it. for more information.

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© Latitude Geographics

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What is ArcGIS Pipeline Referencing and why should you be paying attention to it?

ArcGIS Pipeline Referencing (APR) is an extension to Esri’s ArcGIS platform that provides an event-based GIS, with native support for linear referenced systems (LRS), through standard Esri tools. APR allows pipeline operators to standardize data management and take advantage of established patterns for connecting this data with other business systems.

 

APR addresses many challenges pipeline operators have faced over the years. From consolidating multiple editing environments to providing a single solution that caters to gathering, midstream, transmission, and distribution assets, APR is enabling companies to get more from their investment in spatial data. Coupling this extension with the ArcGIS platform provides a level of integration and visibility previously unrealized in this space.

Why does it exist?

Linear referenced GIS exists across multiple industries, including roads and highways, pipelines, rail, and water/wastewater. While there are differences in how LRS is implemented within these industries, the core principles are the same: provide linear features representing the location of the asset to the Earth (the centerline); provide a standard method to reference features on the line (the linear referencing); and locate appurtenances to the line (the events).

Through the years, proprietary implementations of LRS systems have been built across many verticals. This has resulted in a complex and fragmented approach managing linear referenced data in a GIS. APR provides consolidation to this landscape, and lays the foundation for next-generation solutions.

What are the benefits to operators?

Operators stand to be the biggest benefactors of Esri providing a native pipeline referencing solution.

Standardization: With the history of divergent data model implementations in the pipeline space, operators are limited to software that supports their underlying LRS. APR is disrupting the status quo, and establishing a new baseline, ultimately allowing you to select the most effective solution for your needs, without the restriction of compatibility to your data model implementation.

Data Governance: The tight coupling of GIS and linear referencing benefits those relying on high-quality, accurate data. With the rise in GIS, and Esri driving the adoption, many GIS technicians and analysts are already knowledgeable in how to manage spatial data with Esri technology. Standardizing on APR provides operators with access to a broader range of technical staff that are capable of managing LRS data.

Consolidation: With APR, multiple linear referenced systems can be supported in the same model. Many operators manage assets across a large supply chain. Long-haul transmission lines have established patterns relying on engineering stationing, while those overseeing gathering and distribution assets tend to forgo true engineering stationing in lieu of routes and measures. Before APR, this meant implementing multiple data models, bringing with it varied methods for managing the data. Now you can consolidate: one system, one model, and one set of editors can manage all assets with the same tools.

What is UPDM (Utility and Pipeline Data Model) and how does it relate to APR?

UPDM is an accompanying data model to APR with a focus on unifying the implementation of vertically-focused operators. While UPDM provides an effective data repository, it is not the only data model compatible with APR. For example, the PODS Association is building the Next Generation model in compliance with APR. 

The question then becomes, what data model should you choose for your implementation? I will be following up this post with a deep dive into the many data models that are available, and hopefully I can help you make better sense of these options.

Why are we engaged in this conversation?

Latitude Geographics provides solutions to gathering, midstream, transmission, and distribution clients around the world. In the past year, we’ve seen a sharp rise in the number of operators implementing and embracing APR. Geocortex has been 100% compatible with every implementation we’ve worked on, providing immediate value for clients leveraging PODS and UPDM. 

With the release of powerful linear referenced toolsets, Geocortex can further your success with APR. Please reach out to This email address is being protected from spambots. You need JavaScript enabled to view it. for more information.

Copyright

© Latitude Geographics

Continue reading
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Integrate key business systems to enhance your GIS

One of the most powerful capabilities of a GIS is the ability to integrate your mapping applications with 3rd party business systems and data sources. Integrating with key business systems extends the reach and capabilities of your applications, and ensures you and your team remain efficient and effortlessly informed.

So, why should you integrate your business systems with your GIS?

 

 

Added spatial awareness

Everything is somewhere, and there are patterns in data that can only be seen when looking at it on a map. Whether you need to view important asset data, or see key business intelligence data for a geographic area, the added element of spatial context takes your data to the next level.

Streamline data access

By centralizing access to important data in your mapping applications, you’re able to break down departmental siloes and improve data flow. Many organizations have important data that is difficult to access because it’s managed by another department. By integrating everything into a centralized application, data flows between systems and departments seamlessly.

The City of Brooklyn Park has realized the benefits of an integrated approach. Historically, City staff were limited to the databases and systems in their department. By integrating their assessment, licensing, land management, permitting, and police records into one internal mapping application, City staff can now access the data they need with just a few clicks.

We’ve also seen customers across other industries benefit significantly by integrating 3rd party business systems with their GIS. For example, we have helped oil and gas pipeline operators streamline their asset integrity programs. By integrating all the required data – which lives across multiple systems – into their Geocortex applications, many have been able to reduce overhead, simplify the audit process, and protect themselves from inevitable technology change.

Leave your data where it is

In most cases, you don’t even need to replicate, move or remodel your existing data to integrate it with your GIS. Geocortex Essentials offers varying levels of integration that allow you to leave your data where it lives, work with it directly on the map, and have it update the 3rd party system dynamically. It makes it simple to gain added spatial awareness and improve data flow between departments and systems.

Want to learn about the many ways to integrate with Geocortex Essentials? Download the eBook here.

What kinds of systems can you integrate with Geocortex?

The flexibility and extensibility of Geocortex allows you to integrate virtually any 3rd party business system or data source you’re currently using. Geocortex customers have integrated with ERP, asset and land management, document management, business intelligence, and CRM systems.

Whatever your business need is, chances are high that Geocortex can help you solve it. With a wide array of integration methods – from simple hyperlinking to custom API integrations – there is almost no limit to what you can achieve with Geocortex Essentials integrations.

Get in touch with us to learn how Geocortex can integrate with the system you’re using.

Copyright

© Latitude Geographics

Continue reading
64 Hits

Integrate key business systems to enhance your GIS

One of the most powerful capabilities of a GIS is the ability to integrate your mapping applications with 3rd party business systems and data sources. Integrating with key business systems extends the reach and capabilities of your applications, and ensures you and your team remain efficient and effortlessly informed.

So, why should you integrate your business systems with your GIS?

 

Added spatial awareness

Everything is somewhere, and there are patterns in data that can only be seen when looking at it on a map. Whether you need to view important asset data, or see key business intelligence data for a geographic area, the added element of spatial context takes your data to the next level.

Streamline data access

By centralizing access to important data in your mapping applications, you’re able to break down departmental siloes and improve data flow. Many organizations have important data that is difficult to access because it’s managed by another department. By integrating everything into a centralized application, data flows between systems and departments seamlessly.

The City of Brooklyn Park has realized the benefits of an integrated approach. Historically, City staff were limited to the databases and systems in their department. By integrating their assessment, licensing, land management, permitting, and police records into one internal mapping application, City staff can now access the data they need with just a few clicks.

We’ve also seen customers across other industries benefit significantly by integrating 3rd party business systems with their GIS. For example, we have helped oil and gas pipeline operators streamline their asset integrity programs. By integrating all the required data – which lives across multiple systems – into their Geocortex applications, many have been able to reduce overhead, simplify the audit process, and protect themselves from inevitable technology change.

Leave your data where it is

In most cases, you don’t even need to replicate, move or remodel your existing data to integrate it with your GIS. Geocortex Essentials offers varying levels of integration that allow you to leave your data where it lives, work with it directly on the map, and have it update the 3rd party system dynamically. It makes it simple to gain added spatial awareness and improve data flow between departments and systems.

Want to learn about the many ways to integrate with Geocortex Essentials? Download the eBook here.

What kinds of systems can you integrate with Geocortex?

The flexibility and extensibility of Geocortex allows you to integrate virtually any 3rd party business system or data source you’re currently using. Geocortex customers have integrated with ERP, asset and land management, document management, business intelligence, and CRM systems.

Whatever your business need is, chances are high that Geocortex can help you solve it. With a wide array of integration methods – from simple hyperlinking to custom API integrations – there is almost no limit to what you can achieve with Geocortex Essentials integrations.

Get in touch with us to learn how Geocortex can integrate with the system you’re using.

Copyright

© Latitude Geographics

Continue reading
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Vancouver Police Department and Geocortex: using machine learning to prevent crimes before they happen

Last week, the Vancouver Police Department (VPD) released their findings from a 6-month program they undertook with us in 2016 to pilot Geocortex Crime Forecasting, a state-of-the-art machine learning system that helps predict when and where crimes may occur.

The goal of VPD’s pilot program was to prevent break-ins and property crime throughout metro Vancouver, which typically spikes during the summer months when many people are away on vacation or leaving doors and windows open to beat the heat. 

 

VPD focused on areas south of Broadway where residential break-ins are the most common. Special Constable Ryan Prox reported that their program reduced property crime by as much as 27% in some areas (compared to the past 4 years).

Geocortex Crime Forecasting turns simple, historic point crime data into powerful, actionable crime predictions. Predictions are quite precise; the system forecasts within a 100 m X 100 m (300’ X 300’) block, with a 2-hour time window, to determine where and when a particular type of crime might occur. By reviewing what took place in the field against predictions made for the same day, Vancouver’s Chief of Police said the system predicted with up to 80% accuracy.

With their successful pilot program complete, VPD has rolled out Geocortex Crime Forecasting to the entire police department: the first in Canada to adopt a “predictive policing” system.

The completion of the program also means that we will continue our investment in Geocortex Crime Forecasting and are excited to share it with other organizations this year!

To learn more about VPD’s program, check out the articles below:

If you want to learn more about Geocortex Crime Forecasting, we’d be happy to chat! You can contact us here.

Copyright

© Latitude Geographics

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