e-government architecture and digital identity · technology architecture technological options...
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e-Government Architecture and
Digital Identity
Margus PüüaSenior Expert
Agenda
• What for e-Government
• E-Government development strategy
• What for e-Government Architecture
• Key elements of the e-Government architecture
In information society
• information is stored, changed and transferred in
universal digital form
• access to digital information is ensured for all members
of society through data network
• routine intellectual work is left for machines
= the way of life is rational
Service model in information society
co-production;
citizen driven
services
Administration
Businesses
Citizens
Community(NGO’s and NPO’s)
Administ-
ration
Busi-
nesses
Community
(NGO’s
and
NPO’s)
Citizens
Service
Provider
User
Public Services
Business Services
Inclusion;
Crowd-
sourcingcluster
Crowd-
sourcing
Shared
service
Source: Priit Parmakson, Margus Püüa
Social Media
Rapid technological development
e-Government Development Framework
Strategy
Organization
Public Service
Technology
The framework should cover at
least four in process
e-Government Development Framework (Stretegy)
Strategy e-Gov. goals Principles Priorities’ Resources’
20142009 2010 20122011 201320082007
Action Plan 2007-2008
Information Society Strategy 2013
Version 1 Version 2
Action Plan 2009-2010
Action Plan 2010-2011
Action Plan 2011-2012
Action Plan 2012-2013
Action Plan 2008-2009
2015 2016 2017 2018 2019 2020
Information Society Strategy 2020
Action Plan 2013-2014
Action Plan 2015-2016
Action Plan 2016-2017
Action Plan 2017-2018
Action Plan 2014-2015
strategic planning (Estonian example)
e-Government Development Framework (Organization)
Strategy e-Gov. goals
Principles Priorities’ Resources’
Organization Responsibility Roles Personnel Coordination
e-Government Organization(Estonian example- coordination)
Government
Department of State Information
System(RISO)
EstonianInformation
System's Authority
IT Councils of Ministries
Ministries
IT Managers
IT Unit
Universities
e-Estonia Council
Association of
Information Technology
and Telecommunications
Local governments
BanksICT work groups of
counties
Subordinate agencies
Subordinate agenciesSubordinate agencies
(like SMIT, RIK, RMIT)
Local governments
Local
governments
IT Councils of Ministries
Ministries
IT Managers
IT Unit
IT Council
Ministries
IT Managers
IT Unit
NGO’s
e-
Governance
Academy
Department of Information
Society Services Development
Communications Department
e-Government Development Framework(Public service)
Organization Responsibility Roles Personnel Coordination
Public service
Public service
Concept
Business process/ workflow
Application Legal acts
Strategy e-Gov. goals
Principles Priorities’Resources
’
Public services and ICT service development
The legislative
(regulatory
development) Organization
development
(process upgrades /
changes)Provide public
service
(Business Process
administrative)
ICT Service
Development
Public service analysis
and concept
development
ICT service
management
e-service development
from local point of view
Public service development scope from holistic point of view
e-Government Development Framework (Technology)
Organization Responsibility Roles Personnel Coordination
Public service
Public service
Concept
Business process/ workflow
Application Legal acts
Technology ArchitectureTechnological
optionsSystem
componentsDevelopment
roadmap
Strategy e-Gov. goals Principles Priorities’ Resources’
Illustration levels of enterprise architecture
Businessarhichitecture
Applicationarhichitecture
IT infrastructurearhichitecture
Interoperability framework
Interoperability = the ability of ICT systems and the business processes
they support to exchange data and enable the sharing of information and
knowledge
An interoperability framework = a set of standards and guidelines that
describes the way in which organizations have agreed, or should agree to
interact with each other.
The following principles should be in place:
Main architectural principles
• XML and concept of basic data
• Protection of data not channels
• Separation of back-end and front-end systems. Service only
through front-end
• SOA (Service-Oriented Architecture) and room of services/
internet of services
• Services described by WSDL
The following principles should be in place:
Main data processing principles
• „Once only“
• Unique data, avoiding duplication
• Evidentiary value of data
• High availability of data
• Confidentiality of data
Standardization requirements
• Unified legal framework
• Unified security measures
• Unified interface – all applications must be able to access all state
registries in a similar way
• Unified installation and management – all installations should look
alike
Public Services Conceptual Model (EU example)
Users
Aggregatete Public Services
Orchestration
Interoperability
FacolitatorsBase registries External Services
Secure Communications
Management Secure Date Exchange/ Management
Basic Public Functions
Source: https://joinup.ec.europa.eu/sites/default/files/5e/db/a3/isa_annex_ii_eif_en.pdf
Main interoperability solutions
• Secure data exchange solution: (X-Road – Estonian example)
• Register of registers, catalogue of services
• PKI (Public Key Infrastructure): eID, digital signature trust services
• Citizen portal(s), entrepreneur portal(s), civil servant portal(s)
• Open Data portal
• Geoinformation systems
• System of address details
• Security measures system
Secure Data Exchange Layer
Register of registres, catalog of services
eID, digitaal trust services
Estonian experience
Secure Data Exchange Layer X-Road (Estonian Example)
What is X-Road?
• X-Road is a distributed, secure and standardized data exchange
solution.
• Public and private sector organizations are welcome to use this
environment.
• X-Road can be used for offering, combining and using e-services in
many different fields.
Register of registers, catalogue of services
RIHA
• RIHA is the catalogue of Estonian
public sector information system.
• RIHA serves as the national registry of
systems, components, services, data
models, semantic assets, etc.
• RIHA facilitates information system
planning and operations activities.
PKI (Public Key Infrastructure) ecosystem:
• Means for e-identification
• Electronic signature services
• Electronic seals services
• Time stamping services
• Website authentication
How it’s works
ID-Card
Personal data
Authentication Certificate
Signing Certificate
Public Key
Private Key
Public Key
Private Key
Application
1234 56789
ID-Card & mobil-ID
ID Card is Regularly Used:
• As national ID card for legal travel within the EU and Schengen Area
• As proof of identification when logging into bank accounts from home computer
• For digital signature
• for i-Voting
• As a national health insurance card
• For accessing government databases to check one’s medical records, to file taxes, etc.
• For picking up e-Prescriptions
• Mobile-ID is a service that allows to use your mobile phone as from of secure electronic ID
ID-Card usage (2017 II – 855 344)
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Unique usage of ID card
• 246 databases
• 975 organisations
• 1789 services are available
• Over 50 million services use every month,
First ID card issued: Jan 28, 2002
20002001
2002
2004
2006
2009
2010
1 280 387 ID-card users today
67% use it frequently
electronically
1 000 000th card issued: 10 2006
Digital Signature Act: 03, 2000
Digi-ID launched: 10,2010
MobileID: May 2007
First binding cross border service: 2009
Million services use every month: 2005
Million services use every year: 2003
X-Road implemented: dec.2001
2014
2017e-residency Digi-ID launched: 11,2014
Finland and Estonia set up a joint
institute to develop X-Road technology: 03,2017
