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Bentley Systems, IncorporatedBentley Systems, Incorporated 7/4/2007 © 2002 Bentley Systems, Incorporated© 2002 Bentley Systems, Incorporated 1 Bringing Order to Chaos: The Geospatial Managed Environment Oscar Custers What will we do? Market Position Bentley Geospatial Vision Bentley Geospatial Management - What is the vision? Demonstration & Reference - As per illustration Vision & Interpretation Bentley’s vision and interpretation Four pillars for Bentley Geospatial 1. Federated Data Management 2. Geospatial Managed Environment 3. Interoperability 4. Scalable architecture Infrastructure assets are particularly difficult to manage - Because of long lifecycles (50 - 75 years). The assets are constantly being worked and re-worked with increasingly smaller budgets. - Disaster Management and Terrorism Prevention have put increased requirements on infrastructure asset management. The most detailed information on the asset lives in the Design Documentation that was used to build it. Design Documentation is still overwhelmingly “document” based - Maps, Models, Drawings, Specifications, Schedules - and often dispersed. Spans AEC, GIS, database, Microsoft, and other forms. Federated Data Management A paradigm shift… A “tool” that spawned a change in the way people work everywhere Why spend time and money transforming information when you can index it for use in its native form? Federated Data Management

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Bentley Systems, IncorporatedBentley Systems,

Incorporated

7/4/2007

© 2002 Bentley Systems, Incorporated© 2002

Bentley Systems, Incorporated 1

Bringing Order to Chaos:The Geospatial Managed Environment

Oscar Custers

What will we do?

• Market Position Bentley Geospatial

• Vision Bentley Geospatial Management

− What is the vision?

• Demonstration & Reference

− As per illustration

Vision & Interpretation

Bentley’s vision and interpretation

Four pillars for Bentley Geospatial

1. Federated Data Management

2. Geospatial Managed Environment

3. Interoperability

4. Scalable architecture

• Infrastructure assets are particularly difficult to manage

− Because of long lifecycles (50 - 75 years). The assets are constantly

being worked and re-worked with increasingly smaller budgets.

− Disaster Management and Terrorism Prevention have put increased requirements on infrastructure asset management.

• The most detailed information on the asset lives in the Design

Documentation that was used to build it.

• Design Documentation is still overwhelmingly “document” based -

Maps, Models, Drawings, Specifications, Schedules - and often

dispersed.

• Spans AEC, GIS, database, Microsoft, and other forms.

Federated Data Management

• A paradigm shift…

• A “tool” that spawned a change in the way people work everywhere

• Why spend time and money transforming information when you can

index it for use in its native form?

Federated Data Management

Bentley Systems, IncorporatedBentley Systems,

Incorporated

7/4/2007

© 2002 Bentley Systems, Incorporated© 2002

Bentley Systems, Incorporated 2

Federated Data Management

• One holistic lifecycle for Integrated Data Management

− Management and spatial indexing of (geo–) file formats

− Storage of data in (enterprise) data stores

− Controll over workprocesses

Bid & Build

Documents

As Built

Documents

Intelligent

Design

Models /

Documents

Detailed Asset

Models /

Documents

Database Database

Geospatial Managed Environment

• Supporting the entire Lifecycle− Editing Data

» Technically advanced, high precision ´engineering´ solution for all departmentsin 2D and 3D (create, modify, analyse, plot, mobile management)

− Management of Data & Applications

» Geospatial data management to support the cooperation between departments(manage, archive, exchange, integrate, datastores, workflow management)

− Publishing/Use of Data

» Share (internal) and distribute (extern) of

information by map plotserver– and webtechnology

Interoperability

• In general− Support of (open) standards and technology

»PDF integration in 2D, 3D and animations

• At several levels− Between various (technical) disciplines

− Within the entire organisation

» Integration with enterprise systems as SAP, ESRI ArcSDE, Oracle 9i and 10g

− Between organisations

» Exchange between open and closed formats (DGN XFM, DWG, MXD, GML, CityGML)

» Access to ‘Open’ Geospatial content by web-services (WMS, WFS, SOAP) and i.e. Google Earth (KML)

Scalable architecture (SDI)

• Solutions from ‘small to large’− Windows client (desktop)

» Technically advanced, high precision design and GIS solutions (2D and 3D) foruse at desktop and tablet Pc's

− Database centric (two tier)

» Direct integration with data stores

− Client/server (file based)

» ´Geospatial´ data and workflow management at the server (Enterprise GIS)

− Multi-tier

» Integration with enterprise systems, data stores, plotservices, and web publishingapplications (E-GIS)

Geospatial Extension

MicroStation

Geospatial Extension

MicroStation

GMLLandXML

localdatabase

raster

MID/MIF, MXD/SHPDWG

ORACLEspatial

DGN XFMDatastore

Water

Wastewater

WaterGEMS

SewerGEMS

StormCAD

Fiber

Coax

Copper

Electric

Inside Plant

Map

Cadastre

PDF

KML

Desktop Applications

The Map Manager…

Control Center for creating & querying the map

XFM….

Create Models, not just Drawings

− Smart placement tools build

intelligent engineering models for infrastructure management

Improve Standards

− Symbology and annotation based

on asset attributes

Build Smarter Software

− User defined placement routines ensure accuracy

Move from desktop to enterprise

applications

More accurate drawings promotes better understanding and safety in the field

Reduce development and maintenance costs

Desktop Applications

PowerMap

Geospatial Extension

MicroStation

MicroStation Map

PowerMapField

localData store

LandManagement

localdatabase

DGN XFMDatastore

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

Fiber

Coax

Gas

Electric

Inside Plant

PowerMap

Geospatial Extension

MicroStation

MicroStation Map

PowerMapField

localData store

LandManagement

Client tier

localdatabase

DGN XFMDatastore

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

Fiber

Coax

Gas

Electric

Inside Plant

Bentley Systems, IncorporatedBentley Systems,

Incorporated

7/4/2007

© 2002 Bentley Systems, Incorporated© 2002

Bentley Systems, Incorporated 3

PowerMap

Geospatial Extension

MicroStation

MicroStation Map

PowerMapField

localData store

LandManagement

Client tier

localdatabase

DGN XFMDatastore

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

Fiber

Coax

Gas

Electric

Inside Plant

server

Client / server

Geospatial Server

Client / server

PowerMap

Geospatial Extension

MicroStation

MicroStation Map

PowerMapField

localData store

LandManagement

Client tier

localdatabase

DGN XFMDatastore

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

Fiber

Coax

Gas

Electric

Inside Plant

server

Geospatial Server

• The Geospatial Server…

− Digital Security

− Workflow

− Change Management− Spatial Query

− Spatial Locate− Database Integration

− Web Publishing

All components, attributes and documents synchronised and

Geospatially Managed!

PowerMap

Geospatial Extension

MicroStation

Geospatial Server

Map

PowerMapField

localData store

Cadastre

Oraclespatial

Enterprise data store

Middle tier

Client tier

Connectors

DMSESRIArcSDE

localdatabase

DGN XFMDatastore

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

Fiber

Coax

Copper

Electric

Inside Plant

SAP

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

PowerMap

Web Publishing

Geospatial Extension

MicroStation

Fiber

Coax

DMSESRIArcSDE

SAPOraclespatial

Internet

Intranet

Map

PowerMapField

localData store

Cadastre

Copper

Electric

Inside Plant

Enterprise data store

Middle tier

Client tier Vertical applications

Internet

raster IDPR

localdatabase

DGN XFMDatastore

Geospatial Server

Connectors

Browser

Water

Watewater

WaterGEMS

SewerGEMS

StormCAD

PowerMap

Web Publishing

(WMS/WFS/KML)

Geospatial Extension

MicroStation

Fiber

Coax

ORACLEspatial

ESRIArcSDE

SAPDGN XFMDatastore

Internet

Intranet

MicroStation Map

PowerMapField

localData store

LandManagement

Gas

Electric

Inside Plant

Browser

Enterprise data store

Middle tier

Client tier Vertical applications

GWS

Internet

IDPR raster

localdatabase

DGN XFMDatastore

Geospatial Server

GML

Connectors

Bentley’s vision and interpretation

Four pillars for Bentley Geospatial

1. Federated Data Management

2. Geospatial Managed Environment

3. Interoperability

4. Scalable architecture

Bentley Systems, IncorporatedBentley Systems,

Incorporated

7/4/2007

© 2002 Bentley Systems, Incorporated© 2002

Bentley Systems, Incorporated 4

Any questions?

Contact: [email protected]

Thank You