IVAAP: Upstream Data Visualization and Analytics Platform

Benefits

Adopt visualization as a shared service
One visualization platform supporting multiple exploration, drilling, and productions workflows

Architects and developers can leverage IVAAP’s flexible architecture and standard APIs to build digital solutions that use the same HTML5 visualization technology to create diverse workflows. These workflows satisfy each group’s requirements: explorationists, drilling engineers, and anyone who needs to display complex, domain-specific data with the functionality to centralize, aggregate, search, and interact with different data types—seismic, well log, schematics, drilling, real time, and more—in one browser. Here are a few examples of workflows supported by IVAAP: Drilling Monitoring & Analytics, Production & Reporting, Subsurface Data Lakes, Well Performance and Benchmarking

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Avoid reinventing the wheel
Ensure the best performance for your application
Delivering quick interactions on the web for seismic and real-time data can be challenging. Developers can use IVAAP’s sophisticated indexing and extensive domain visualization libraries to display data quickly and easily. IVAAP combines browser and server-side rendering to optimize navigation of very large datasets with proper decimation and compression. INT has over 30 years of expertise in advanced visualizations.

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Accelerate digital transformation
Enable Machine Learning and Artificial Intelligence
The current industry focus is on improving subsurface characterization and finding better opportunities through machine learning (ML) and artificial intelligence (AI). Product owners can accelerate time to delivery by integrating IVAAP to search and visualize geophysical, petrophysical, and production data, select the right data, and launch their analytics. Plug your data science and automate various analytical tasks, including picking, crawling, and more. IVAAP integrates with any machine learning service to build, train, and deploy machine learning models to help you make better use of your data.

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Create the right user experience in the cloud
Empower end user collaboration and free your IT professionals
Developers can rely on IVAAP’s intuitive interface to deliver higher user adoption. IVAAP offers user friendly dashboard capabilities that makes it easy to upload data, choose your datasets, select dashboards, and create custom dashboards and templates to analyze and share findings with your team, all without involving your IT department. Create and edit custom visualizations with IVAAP’s user-managed dashboard. And IVAAP’s robust Admin means complete control over which users access which data.

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IVAAP on the Cloud

IVAAP is deployable on all the major cloud providers: AWS, Azure, GCP, and IBM Red Hat OpenShift. IVAAP supports each cloud providers’ OSDU platform versions as well.

IVAAP offers the highest performance of any data visualization platform on the market by optimizing large data volume access to S3 Bucket, Google Bucket, Blob storage. and Red Hat OpenShift to ensure better performance for our customers as they transition to cloud storage.

As the industry undergoes a digital transformation, IVAAP offers a hybrid cloud/on-premise deployment option to help bridge the gap between cloud and legacy applications.

IVAAP Architecture Components:
Domain Visualization, Real-Time, Microservices, and Security

IVAAP is pluggable and extensible, so developers can change or remove existing implementations in their own plugins using the SDK. The SDK consists of a JakartaEE container (ex: Apache Tomcat), compiled Java libraries (.jar files), sample code, Java API Documentation (JavaDoc + wiki), and REST Web service documentation (Swagger/OpenAPI spec). Developers can add their own data sources or web services to create a truly custom platform quickly and easily. The IVAAP backend can be deployed in two ways: either using the Play framework (to take advantage of the latest technology adapted for concurrency and distributed deployment) or using the JakartaEE container. And you can protect your proprietary data with IVAAP’s security features — SAML, SSO, two-factor authentication, Active Directory, and more.

IVAAP Key Features

Your Own IP, Science, & Workflow

Integrate your proprietary workflows, data, and analytics to create a complete digital application that can be deployed on a private server or in the cloud.

Powerful Admin/Security

Manage users, projects, and data connectors quickly and easily with IVAAP’s robust admin interface. IVAAP includes various security features, including the ability to monitor usage.

Microservices Architecture

IVAAP leverages microservices technology to allow users to extend the system, augment functionality, and integrate with services and application stacks.

Data Integration & Geoscience Data Services

IVAAP aggregates and streams multiple data sources simultaneously in real-time, including WITSML and Peloton. And INT’s INTGeoServer distributes seismic, well data, and more securely over the web.

HTML5 Domain Visualization

A browser-based HTML5 client leverages all proven GeoToolkit libraries, with drag-and-drop functionality to create custom dashboards so users can see and analyze their data at a glance.

Simplified Deployment

Deployable in your hosting environment or on your private cloud, IVAAP enables DevOps and Agile Dev with a simple approach to deployment using a Docker Engine or Kubernetes.

IVAAP Customer Success Stories

Don’t just take our word for it—learn more about how some of the industry’s leading companies have used our advanced data visualization platform to create a single point of access to their data in the cloud.

Staatsolie
To optimize their operations, Staatsolie saw IVAAP as an opportunity that would allow their upstream users to perform all key capabilities: online search, integration, sharing, visualization, reporting, and metrics in one application on the web.

Weatherford
Using IVAAP’s powerful framework, Weatherford created Centro™ well construction optimization platform, a state-of-the-art digitalization solution that centralizes data from different vendors, disciplines, and wells into one integrated, collaborative solution.

TGS
TGS wanted to give users tools to display logs and cross-sections to help qualify selected data. By integrating IVAAP into R360, TGS users could now visualize multi-well data, navigate quickly through the library, and find all the appropriate data for their project.

Types of Visualization

View Types of Visualization

WellLog
Time or depth indexed data
Log / array / discrete curve
Log curve line / symbol / value with micro-positioning
Log fill between curves / track borders / base lines with gradient
Lithologies
Annotations
Switch main index
Follow real-time updates
Multi-dataset
Vertical / horizontal orientation
Discrete editing
Export to PDF

3D View
2D seismic, inline, crossline, time slice, arbitrary line
Horizons
Trajectory line
Trajectory tube
Curve tube
Cylinder log
Plane log
Switch between free camera and follow cursor mode

2D Seismic
Inline, crossline, horizons
SEG-Y / SU / SEP / JavaSeis / ProMAX / SEGD / SEG2
Seismic compression
Seismic survey
Wiggles
Variable and interpolated density
Positive and negative fill with solid color or gradient
EBCDIC information
Filter / AGC / Reverse processors

Time Series Chart
Display one or multiple time series
Real-time

Spectrum
Seismic data spectrum
Multiple parts of data in one chart
Time and depth domain data
Amplitude, dB Linear, Phase, Wrapped Phase, Power Modes
Filtering / Windowing / Smoothing / Phase Trend Removal processors

Well Section
Vertical fence (TVDSS v. Measured Depth)
Option for project ahead trajectory display
Seismic background
Welllog template

Correlation Display
Add/remove wells
Apply well log template
Zoom in/out individually or all wells
Scroll up/down individually or all wells
Reset well position
Synchronize spacing between wells
Apply well log template
Horizontal scale
Add/remove tops
Flatten on top
Flatten on index value
Print to PDF

Drilling Status
Real-time BHA position
Pre-defined BHAs

Schematics
Display schematic data
Casing, tubing and BHA
Animated BHA (fluid, debris…)

TableView
Log curve
Multi-dataset
Real-time updates
State definitions

Map
Web Map Tile Service (WMTS): Google, Bing, OpenStreetView…
GeoJSON
Multiple Feature Layers
ArcGIS Feature layer
Seismic lines
Wellhead location
Seismic line and wells
Individual or area selection

Bar Chart
Discrete curve
Continuous curve with state definition
Table data
Real-time update

Pie Chart
Discrete curve
Continuous curve with state definition
Real-time update

Line Chart
XY line chart with option for markers display
Multiple data series

Histogram
Analyze seismic data distribution
Support frequency types: absolute, normalized, relative
Export to PDF

Scatter Plot / Crossplot
Third dimension using gradient color or state definition
Discrete editing
Export to PDF

Pivot Table
Calculate statistics
Aggregate table data

Spreadsheet Table

Value Tracker
Log curve value
Multi-dataset
Real-time updates

Report
Custom reporting dashboards

Gauge
Real-time updates
Visual alarms

Gauge types:
Digital
Full Circular
Half Circular
Quarter Circular
Multiple Tracking
Vertical Bar
Horizontal Bar
Real-time gauge to display activity status

Statistic
Support multi-dataset

HTML
iFrame support
Display PDF files

Title Widget
Display data set name
Option for free text

Connectors

OSDU™
PPDM™
WITSML
OSIsoft PI™
INTGeoServer
Cloud Platforms (AWS, Microsoft Azure, Google Cloud Platform)
ArcGIS Server

Relational Query Access
Import files (CSV, DLIS, LAS, ASCII)
OpenWorks^®
ProSource
Peloton WellView^® / ProdView^®
MongoDB
SQL

Supported File Formats

CSV
LAS
DLIS
VDS
RESQML
ASCII
WITSML 1.3.1 & 1.4.1

TIFF
Raster log (TGS SmartRASTER^®)
Seismic dataset
PDF
SEG-Y
Customized, proprietary formats