Field Activity Planner offers a cloud based digital platform for enabling rapid visual workflows for your offshore engineering work. The platform allows you to easily integrate with other backend systems and offshore engineering software already in use in your organization either for field design, field planning, or activity scheduling to name a few key areas. If you are looking at different offshore software solutions to improve your day to day activities we use modern browser and cloud technology to deliver a state of the art collaborative field planning software platform that excels in easy to use 2D and 3D field layout and design of your subsea and topside projects. By using a real-time database, we ensure that you can collaborate on field design and planning with your colleagues around the globe to save both time and money by avoiding multiple revisions of proposed layouts. We also support the most common data sources, and formats used for typical offshore software solutions e.g. bathymetry, reservoir, and well paths. Using our SaaS software, you can direct from your browser quickly design a field layout where you load up your bathymetry and/or survey data. Then simply add 3D reservoir and well data for a complete overview and start to finalize you subsea layout by placing generic or company specific subsea and topside assets in the correct locations. And while you design, modify, and collaborate on possible field layouts you will see that cost calculations are constantly updated when the design changes. All this data is securely uploaded and processed in our cloud service and is viewable in both 2D and 3D, and you can invite coworkers into you project, and directly create a shareable URL for view only purposes that can be sent outside your organization to prospective clients and partners.

1. DIGITIZE
VISUALIZE
COLLABORATE
A CLOUD BASED DIGITAL ENERGY PLATFORM

2. STANDARDIZATION
COLLABORATION
COSTING
DIGITAL ENERGY
ARTIFICAL INTELLIGENCE
CLOUD TECHNOLOGY
REAL TIME
API
CONTEXTUAL DASHBOARD
IoT / SENSORS
MACHINE LEARNING / DIGITAL TWIN
DATA
"Forrester Research estimates that
between 60% and 73% of data
that enterprises have access to
goes unused for business
intelligence and analytics”
DIGITIZATION TECHNOLOGY

4. FIELD PLANNING REVISIONS APPROVAL
SUPPLIERS
OPERATORS
TODAY’S CONVENTIONAL FIELD PLANNING

5. APPROVAL
DOMAIN EXPERT PROJECT OWNER
EXPEDITED COLLABORATIVE DIGITAL FIELD PLANNING
DEVELOPMENT REVIEW & REFINEMENT

6. SPECIALISTS
INDUSTRY
EVERYBODY
CREATING IMMEDIATE UNDERSTANDING
FOR EVERYBODY WITH VISUALIZATION

7. REAL-TIME TEAM
COLLABORATION
MARINE OPERATOR
PLATFORM EPC
OPERATOR
PARTNERS
SPS EPC

8. ENSURE ALWAYS UP TO
DATE PROJECT DATA
ACCESSIBLE FROM
ANYWHERE, ANYTIME

9. “A DOMAIN EXPERT CAN NOW
TAKE THE PROJECT
OF THE WAY”
Industry expert
90%

11. LIFE CYCLE PERSPECTIVE
Field and Well
Planning
Equipment
design and
selection
Installation,
completion &
Intervention
Operation P & A
- Optimise your
field layout
- Predict installation
types & costs
- Schedule P&As
according to risk
picture
- Decommissioning
plan
- Familiarization
- Training
- Forecast planned
activities
- Avoid unplanned
interventions/
downtime
- Minimize planned
downtime
- Benchmark your
installation success rate
- Optimise installation,
modifications,
intervention and
maintenance
- Connecting
information
- Activity tracking and
measuring
- Control
- Benchmark to select
the best equipment
for your
environment
- Fabrication; plan
logistics and
locations

12. SOFTWARE as a SERVICE (SaaS)
RUNS IN YOUR BROWSER
MULTI TENANT OR SINGLE TENANT
24/7/365 AVAILABILITY
SECURE, SCALEABLE & RELIABLE
OPEN ARCHITECTURE / POWERFUL REST API

13. CONTINUOUS DELIVERY
OF NEW FEATURES

15. LOAD YOUR BATHYMETRY OR SURVEY DATA

16. USE GENERIC OR YOUR OWN SUBSEA EQUIPMENT

17. PLACE YOUR TOPSIDE RIGS & VESSELS

18. ADD YOUR 3D RESERVOIR DATA

19. AND YOUR WELL PATHS

20. INTEGRATE WITH SENSOR / IoT DATA

22. BUILD
YOUR
FIELD

23. DRAG
AND
DROP

24. CREATE
CONNECTIONS

25. SEE YOUR ACTUAL FIELD REPRESENTATION
EXPERIENCE
INTERACTIVE
REALTIME 3D

27. CREATE PRIVATE ASSET
LIBRARIES FROM YOUR
3D CAD MODELS

28. DATA DRIVEN DESIGN
Use Meta-Data to build or link your own data model
to your private Asset Library or use the Generic library
for equipment and costing options while designing the field.
ATTRIBUTES
Wide range of data types, units, and input options
for user selection on assets, connectors and connections.
REST API
Populate, update, edit or delete the assigned
attributes programmatically with your own data from
your backend system to integrate with your workflow.
META DATA EDITOR
Easy to use UI allows you to define your various
equipment configurations and options and link them to
your VendorID, WBS, cost specifications etc.

31. INSERT
OR
IMPORT
EQUIPMENT COST

34. QUCKLY COMPARE
DIFFERENT FIELD
CONFIGURATIONS

37. VISUAL TIMELINE WITH GANTT
Once your field is complete, start organizing the
installation and other field activities. Bring your
GANNT chart to life for immediate understanding
by your entire project team.

38. PROJECT PLANNING
Full planning functionality with status,
activity groups and dependencies.
Import or Export MS Project files directly.

39. BRINGING YOUR PLAN TO LIFE!

40. FIELD PLANNING
Plan installation, drilling, intervention, surveying,
pipelaying, tie-ins and all other activities in your field.
ASSIGN ACTIVITIES TO ASSETS
Keep track of your resources
and optimize the sequence of operations.
ANIMATE THE FIELD COMING TO LIFE
Bring your GANNT plan to life visually. Let all stakeholders see the
equipment being installed and connected and keep track of all
your vessel locations. Play back the entire timeline day by day.
MARINE OPERATIONS
Create ports and assign your available vessels to
them for mobilization and other port bound activities.

43. SHARE PROJECT
Use Field Activity Planner to easily
share and discuss your field layout or
marine operation plans with your
customers/partners by sending a link.
REAL TIME MODIFICATIONS
When the user clicks on the link they will see
the 2D layout view, and you can then make
changes or navigate through the project and
your recipient will see changes in real time.

46. Application Programming Interface
REST API
Integrate with your own backend
software systems and/or services
Programmatically
Add/Edit/Update Attributes, Metadata
allowing easy equipment specification
and configuration of all assets
Populate or retrieve cost values direct
from MS Excel or your own on premise
backend costing software such as SAP

47. INTEGRATE SIMULATION SERVICES
BPT Hydraulics
Direct API Integration
with Field Activity Planner
Adds well fluid properties to well
head and template objects automatically
BPT-MWF processes these
well fluid data inside Petro-SIM
to produce a realistic reservoir fluid.
Enables quick conceptual Well Fluid Phase
Analysis for your various field layout options

48. PETEX IPM/DOF INTEGRATION
Display Petex results
from GAP, PROSPER etc

49. OPEN GENERIC DATA PLATFORM
REST API
Full programmatic control through
the REST API for the entire stack for
integration and communication purposes
PIPELINE / WELLS
Retrieve Piping/Cabling (Connections) Network
topology for use with external SW simulators such
as PipeSim/Flow Assurance. Create new pipelines
and wells programmatically based on existing data
ASSETS / META DATA
Update your private or generic asset library with costing data
from your backend systems. Programmatically change asset
locations using real world coordinates or update ship
locations in near real time. Display asset related sensor data etc

50. Move calculations from “siloed” Excel spreadsheets to Cloud Functions
Example: Heat loss calculations

52. Extract 3D geometry from FieldAP to generate
high quality rendering of field layouts, or as a
starting point for your Engineering CAD work.

53. EMBEDDED VISUAL CONTEXT DASHBOARDS
See your dashboards linked to your field layout

54. EMBEDDED Field Activity Planner
Bring visual context to your solution

55. Field Operations
Field Twin – Bringing Sensor/IoT Data in visual context

57. WebVR SUPPORT
View your projects directly in immersive 3D
VR without any additional processing steps.
Interact with the equipment using the
controllers. Easily plan ROV operations etc.
HTC VIVE SUPPORTED

60. WIND POWER ASSET LIBRARY

61. Plan Offshore Wind Energy Field Development

62. INCREASED
FIELD PROFITABILITY
IMPROVED
ENGINEERING
PERFORMANCE
Collaboration
across the board
Knowledge sharing
Quality of
communications
Speed of process
Availability
in the cloud
Quality of
coordination
Enabling digital
working environment

63. Olav Sylthe
CTO
olav@futureon.com
www.futureon.com