Management and Service-aware Architectures (MANA) WG Conclusions and Future Plans
Caretakers: Alex Galis, Henrik Abramowicz, Marcus Brunner
FIA Prague 12th May 2009
MANA
MANA Session Objec/ves
MANA Scope: Service-aware Networking Infrastructures for Future Internet • • • • Connectivity-to-network, network-to-network services, network service-to-service computing clouds, and other service-oriented infrastructures. Cross-domain interoperability and deployment. Optimal orchestration of available resources and systems; Interrelation and unification of the communication, storage, content and computation substrata. Management systems, including increased levels of self-awareness and selfmanagement (i.e. all self-* functions).
MANA BO Objectives: • • • Review Architectural approaches for FI Identification and analysis of MANA research orientation & capabilities Analysis of 4 groups of Scenarios for Future Internet MANA
• • • • • • • • • • • • • • • •
MANA Architectural Focus Deployability; Assume that parties are competitive
Progressive changes; Parallel Internets; “Clean” slate and evolutionary Resource pooling Information centric infrastructure; route on information Balance of power : sender Vs receiver ; Information centric infrastructure; route on information Proliferation of services; service-awareness and service enablers; instantiate the “application/network glue” Lack of interworking of silo solutions will slow innovation and development speed Virtualisation of Resources and Systems (i.e. Networks, Services, Content, Storage) Programmability Federation of self-governing systems Increased self-manageability levels Safety of the critical infrastructure Orchestration : system of systems (i.e. system of coordinated service networks) Control of control loops Polymorphic Internet (information-centric, resource-centric, content –centric, MANA service/computation- centric, context-centric, ...) Prioritise & Pump-up the research and development of FI
Selfmanagement
MANA Research Challenges Orchestration
Service
Service
Service
Service
Objects Objects / / Things
Things
I. General Capabili.es (15) Network-
Network-
Content-
Analyse
aware
aware
agnostic
Service Control
II. Infrastructural Capabili.es (11) Service Virtual Machine
Organisation
- Security
III. Control and Elas.city Capabili.es (14) - Reliability
Optimisation
Enables for
- Robustness
Programmability
IV. Accountability Capabili.es (9) Configuration
- Mobility
- Context
Proactive Control
V.Adaption
Virtualiza.on Capabili.es (23) Enablers
- Heterogeneous Access
VI. Self‐management Capabili.es (33) - Service Enablers
Control for
Healing
- Multi-domains VII. Service Enablement Capabili.es (10) Ubiquitous Virtual
Resources
Protection
Virtualization
VIII. Orchestra.on Capabili.es (19) Network Control
Contextualisation
Network IX. Overall Integrated Capabili.es (Σ = 134) Virtual Machine
Ubiquitous Connectivity
Change
Collect
Service Enablement
Enhance
Decide
Enforce
Node Resources
Transport & Forwarding
Storage
Computing
Media / Content
Deployment Support
MANA
Producer/ consumer
facing
services
Producers / Consumers
Intelligent artifacts
Things
Applications & Services
α - Service
Interfaces
β - Service
Interfaces
Orchestration Systems
Management Systems & Platforms
Self-management, Service-enablement
Virtualization Systems
Programmability / System dynamics
Virtual Resources ( pools of resources)
γ - Service
Interfaces
Resources
Resource
facing
services
δ - Service
Interfaces
1. Fixed and wireless transport;
2. Forwarding; 3. Computation;
4. Storage; 5. Content
MANA
MANA Plans
Base line - State of the Play – April 09 MANA Reference Model
Other Groups ‐Challenges MANA Capabilities and Research Challenges (127)
Other Groups – Scenarios
MANA Scenarios
Research Challenges/Capabilities: General (14), Infrastructure (11), Control & Elasticity (14), Accountabilities (9), Virtualisation (18), Self-management (33), Service Enablement (11), Orchestration (17)
A) Problems with the current Internet B) Novel Mechanisms/Applications with user benefits (user perspective) C) Benefit for key actors (business perspective) D) New business opportunities (value chains)
MANA
MANA Plan
• Milestones and Roadmap to help plan and coordinate technology developments. • Proposals for Integrating a set of essential and high impact Research Projects progressing the FI capabilities set / interdisciplinary priorities • Presentation at the FIA Conference – Stockholm November 2009.
Proposals for:
• Evolutionary and clean-slate approaches aligned with visions of other cross-domain topics or FP7 projects.
• Engineering multiple MANA system of systems for parallel FIs, which include layered and non-layers approaches to provide the new control infrastructures. • Mapping existing IP overlays/inlays/underlays into the new control infrastructure. • Integration, Interoperability, Evaluation, Demonstrations, and Testbeds
Base line - State of the Play – November 09 Priori/es Matching Systems with set of
selected Capabili/es Integrated Packages: Capabili/es Vs Subsystems Selec/on /Design
Base line - State of the Play – May 09 MANA Capabilities and Research Challenges (127) Other Groups ‐Challenges MANA Scenarios Other Groups – MANA Reference Model MANA
Scenarios
Administra.ve
• WIKI/MAILING‐LIST
– to register to the MANA Twiki site hYp://www.reservoir‐fp7.eu/twiki/bin/view/FIA_MANA_Members/ WebHome (for registra.on please use: hYp://www.reservoir‐fp7.eu/twiki/bin/view/TWiki/TWikiRegistra.on once you register please send an email to Alex Galis
, who will ac.vate your Twiki account) – to subscribe to the MANA mail exploder: hYp://mailman.ee.ucl.ac.uk/mailman/lis.nfo/mana‐members
• Telcos:
– Wednesday 11.00 CET – progress MANA proposals
MANA