MILSA: A New Evolutionary Architecture for Scalability, Mobility, and Multihoming in the Future Internet

Pan, Junjun; Jain, Raj; Paul, Surajit Kumar; So-In, Chakchai

doi:10.1109/jsac.2010.101012

Cited by 57 publications

(45 citation statements)

References 32 publications

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“…The architectures are classified by how to assign an identifier to a host. A router-based scheme assigns an identifier that specifies a network endpoint though which a host is connected to the network [26], [27]. Identifiers can be aggregated to achieve scalability in routing; however, this causes this scheme fail to naturally support mobility [26].…”

Section: Overviewmentioning

confidence: 99%

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A Survey of the Research on Future Internet and Network Architectures

Hasegawa

2013

IEICE Trans. Commun.

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SUMMARYThe Internet was designed for academic use more than 40 years ago. After having been used commercially, many unpredictable requirements have emerged, including mobility, security and content distribution. In addition, the Internet has become so ossified that fulfilling new requirements is difficult. Instead of developing ad-hoc solutions, re-designing clean-slate Internet architectures has become a key research challenge in networking communities. This survey paper addresses key research issues and then introduces ongoing research projects from Japan, the United States and the European Union.

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Section: Overviewmentioning

confidence: 99%

“…Some proposals follow a core-edge separation approach [26], [27] wherein the separation is achieved in routers instead of hosts. Despite Locator/Identifier Separation Protocol (LISP) [26] not introducing any changes to the stack of hosts, it does not support mobility due to their router-based identifiers.…”

Section: Locator/identifier Separationmentioning

confidence: 99%

A Survey of the Research on Future Internet and Network Architectures

Hasegawa

2013

IEICE Trans. Commun.

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“…Routing Policy Stub reachability permitted in global routing tables Stub reachability not permitted in global routing tables Provider Independent (PI) addresses permitted for stubs Today's Internet (IPv4 and IPv6) eFIT [3], ILNP [4], LISP [5], HIP [6], MILSA [7], FARA [8], NPTv6 [9], Shim6 [10], TurfNet [11] Only Provider Aggregatable (PA) addresses for stubs None LIMA (our strawman solution)…”

Section: Address Assignmentmentioning

confidence: 99%

A Less-Is-More Architecture (LIMA) for a Future internet

Veeraraghavan

Reisslein

et al. 2012

2012 Proceedings IEEE INFOCOM Workshops

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Abstract-A new addressing and routing design called the LessIs-More Architecture (LIMA) is proposed as an inter-domain solution for a future Internet. Unlike recently proposed identifierlocator split solutions, LIMA uses just (topological) locationindependent names and location-dependent addresses. The feasibility of using a policy combination of restricting stubs to provider-aggregatable addressing only, and disallowing stub-level reachability from being propagated into the global routing tables, is studied. This policy combination results in significantly smaller global routing tables but creates four challenges of address renumbering (when stubs change providers), multihoming, mobility, and traffic engineering. Solutions to these challenges include the use of multiaddressing, name based sockets, a LIMA concept of address dismemberment, transport protocols such as SCTP that are capable of dynamic address reconfiguration, and new management-plane and control-plane procedures. Preliminary RIB data analysis quantify the benefit of LIMA in global routing table size reduction (to 6815 entries from today's 335K entries), and a cost of LIMA in terms of number of provider changes made by stubs in the last six months (about 2450 provider changes per month across 33K stubs).

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“…By separating identifiers from the underlying addresses needed to locate and route to a network object, identifier-based networking [1]- [4] supports simplified session management, multi-homing and device/user mobility. The separation between these two attributes makes it possible to avoid implicit or explicit binding of sources and destinations to the network's actual topology.…”

Section: Introductionmentioning

confidence: 99%

Secure Name Resolution for Identifier-to-Locator Mappings in the Global Internet

Liu

Trappe

Zhang

2013

2013 22nd International Conference on Computer Communication and Networks (ICCCN)

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Abstract-A recent trend in clean-slate network design has been to separate the role of identifiers from network locators. An essential component to such a separation is the ability to resolve names into network addresses. One challenge facing name resolution is securing the name resolution service. This paper examines the security of a clean-slate name resolution service suitable for mobile networking. We begin with a high-level threat analysis, and identify several types of attacks that may be used against name resolution services. We then present secure protocols that together form a secure global name resolution service. Specifically, we present a secure update protocol that allows users to update their network addresses as they migrate and that includes several checkpoints that prevents spoofing, collusion, stale identifiers and false identifier announcements. Since the primary function behind a name resolution service is to respond to address-lookup queries, we also present a secure query protocol. Finally, we address the security risks associated with IP Holes that can arise in a global name resolution service.

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MILSA: A New Evolutionary Architecture for Scalability, Mobility, and Multihoming in the Future Internet

Cited by 57 publications

References 32 publications

A Survey of the Research on Future Internet and Network Architectures

A Survey of the Research on Future Internet and Network Architectures

A Less-Is-More Architecture (LIMA) for a Future internet

Secure Name Resolution for Identifier-to-Locator Mappings in the Global Internet

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