technical division

20
TECHNICAL DIVISION Lucio Colaiacomo [email protected] EUSC EUSC European Union Satellite Centre

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Page 1: TECHNICAL DIVISION

TECHNICAL DIVISION

Lucio [email protected]

EUSC EUSC

European Union Satellite Centre

Page 2: TECHNICAL DIVISION

1.The Satellite Centre shall support the decision-making of the Union in the context of the CFSP, in particular of the ESDP, by providing material resulting from the analysis of satellite imagery and collateral data, including aerial imagery as appropriate, …

2.A Member State or the Commission may address requests to the SG/HR, who, if the capacity of the Centre allows, will direct the Centre accordingly, …

3.Third States … may also address requests to the SG/HR, who, if the capacity of the Centre allows, will direct the Centre accordingly, …

4.International Organizations such as the UN, OSCE and NATO, may also address requests to the SG/HR, who, if the capacity of the Centre allows, may direct the Centre accordingly, …

JA Art. 2: Mission

Page 3: TECHNICAL DIVISION

• Indications and warnings• Support to arms control• Support to military operations• Peace-keeping, -making, -enforcement• Humanitarian missions• Treaty verification• Counter-proliferation• Counter-terrorism

Products to support:

Page 4: TECHNICAL DIVISION

PhotographicIntelligence(PHOTINT)

Exploited the medium of film

Imagery Intelligence(IMINT)

Exploited the medium of imagery

- Photography- Electro-optical imagery- Synthetic Aperture Radar (SAR)- Infrared (IR) imagery- Multi-spectral

Geospatial Intelligence (GEOINT)

Exploits the medium of spatial data.

- Photography- Electro-optical imagery- SAR- IR imagery- MSI- IFSAR- LIDAR- Hyperspectral imagery- Motion imagery- Moving Target- Indicator (MTI)- Non-Imaging IR- Topographic survey- Hydrographic survey- Geomagnetic survey- Gravimetric survey- Foreign maps and charts- Collateral sources

Mapping, Charting, and Geodesy (MC&G)

Collected data from a variety of sources

- Photography- Electro-optical imagery- SAR- IR imagery- MSI- Topographic survey- Hydrographic survey- Geomagnetic survey- Gravimetric survey- Foreign maps and charts- Collateral sources

Geospatial Intelligence

Page 5: TECHNICAL DIVISION

2. Independent Verification:- Complement national and third party input

3. Control Priorities:- Avoid competing for national resources during crises- Prioritize on EU criteria

1. Autonomous Analysis Capability: - Bespoke information for Decision-Makers- Full compliance with International Law- Unobtrusive, world-wide collection- Confidentiality

4. Shared Approach:- Shared funding of a communal resource- Shared data for common decision-making

Page 6: TECHNICAL DIVISION

Overall scenario

Page 7: TECHNICAL DIVISION

EUSC Data WorkflowImagery

Collateral

Imagery Intelligence

Geospatial Information

Products

EUSC

Data & ImageryProviders Users

Page 8: TECHNICAL DIVISION

EUSC Supply / Delivery Networks (Current)

SecretariatGeneral

Internet

EUSC

MODs, MFAsand others.

Delivery network current limitations

-Availability of cryptographic equipment (HW and SW) relative to desired classification.

-Bandwidth limitations: for a better user experience.

Supply network current limitations

-Reliability/privacy of Internet.

-Great number of sources, procedures, formats, delivery points.

Hard medias(DVD/CD)

DSAT TelecommsSatellite

Users community

Data & Imagery Providers UsersNetworks at different security level

Page 9: TECHNICAL DIVISION

Earth Observation (EO) satellites

Telecommunication satellite

Possible scenarios

EUSC

Problematic:

• EUSC cannot afford a Ground Segment per each sensor for costs and complexity reasons.

• Many different suppliers lead to many different time-consuming procedures.

Solution:

Use an existing multi-mission ground segment and implement solutions for fast access, ordering and delivery between EUSC and that ground segment.

1

2

3

4Sequence

• EUSC browses catalogue and orders data.• VSGS receives data from EO sensors.• VSGS corrects data and uploads to a

telecommunication satellite.• EUSC receives data and processes further.

Advantages:

• EUSC out sources all complexity and know-how to the HMA.

• The HMA is 1-interlocutor and negotiates with Satellite Owners.

• The HMA optimizes EUSC programming requirements.

Page 10: TECHNICAL DIVISION

EUSC desiderata for imagery access

• Constraints:• Time between “image is taken” and “image is at EUSC” must

be less than 4 hours.• Integrate with existing European projects to reduce

development time and costs• Components:

• Multi-mission catalogue for ordering• Programming and reception of images from satellite• Radiometric correction• Geometric correction• Archiving of data and cataloguing of metadata• Delivery of processed data

Page 11: TECHNICAL DIVISION

Telecommunication satellite

ESA-Data Dissemination System (DDS)

Internet

ESRIN Kiruna EUSC

Other customers

Problematic:

• Some suppliers have a slow Internet access.• Some suppliers cannot afford a private uplink to

a Telecommunications satellite.Solution:

Use an existing network, based on telecommunications satellites and implement a fast link from suppliers to that network

DDS concepts:

• ESA project to allow rapid dissemination of ENVISAT satellite´s data to users across Europe.

• Based on MPEG-2/DVB-S• 2 uplink stations (ESRIN and Kiruna).• Central monitoring at ESRIN• Satellite network based on EUTELSAT W1• Internet used for control and ordering

DDS Advantages:

• EUSC makes use of a fast and solid network infrastructure.

• Suppliers need only to link to the nearest DDS Point-of-Presence.

Page 12: TECHNICAL DIVISION

The EUSCReference Facility

The EUSC-RF is a long-term, phased project aiming at the modernisation of the Centre, thus improving early warning and crisis monitoring capability and efficiency.

This will be achieved through the adoption of • the standards set forth by the OpenGIS

Consortium. • Service Oriented ArchitectureImplemented by ACS SpA Italy

Page 13: TECHNICAL DIVISION

External Data Repository (Views)

Oracle10g

FileSystem

Data ImportComponent

External Portal

Service Interfaces (Read Only)

Data View

Object Service(Feature, Gazetteer, Catalog, Coverage,

Style, Symbol, Context)

PortrayalService

...Service

Ext. ServiceRegistry

...

External Service Registry

Administration

ExternalApplication,

Google Earthenterprise

„ServicePublishing“

EUSC RF “External view”

Page 14: TECHNICAL DIVISION

Overview

Internal Portal

Task Management

Information Discovery Map Management

External Portal

Discovery Client

Spatial Object Access Service

IONICRedSpider

File SystemHSM

Oracle10g

OracleText

Oracle BPELProcess Manager

Ora

cle

Spa

tial o

r Loc

ator

Web

Catalog

Extensions

Studio

Data Import ServiceData Export Service

Data & Metadata

External Catalogues

Tracking

Page 15: TECHNICAL DIVISION

Spatial Object Access Service

IONICRedSpider

File SystemHSM

Oracle10g

OracleText

Oracle BPELProcess Manager

Ora

cle

Spa

tial o

r Loc

ator

Web

Catalog

Extensions

Studio

Task Info

Metadata

Scenes

GML

PDF

Gazetteers

ESRITask Info

Collateral

Symbols Styles

MapsGIB

Images

Data Import Service

Metadata

GMLEUSC

schema

Data Export Service

Import/Export Services

Tracking

Page 16: TECHNICAL DIVISION

External Portal

Discovery client

Information Discovery

Information Discovery UI

Data ProviderIntegration plug-in

CS-WData Provider

Low Level APIData Provider

Catalogue URLData Provider

OfflineData Provider

Page 17: TECHNICAL DIVISION

HMA prototypeBased on ESA Service Support Environment infratstructure:

Page 18: TECHNICAL DIVISION
Page 19: TECHNICAL DIVISION

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Page 20: TECHNICAL DIVISION

20

Conclusions• Centralized access to, as much as possible,

the ground segments• Precise selection of the AOI (gazetteer..)• Payment system, security in handling

information• Direct access to the archives• Integrated data transfer system• European Union on orbit capability ?

(x-sentinel ?)