Balazs Konya
Researcher
DNS-embedded service endpoint registry for distributed e-Infrastructures
Author
Summary, in English
Distributed e-Infrastructure is a key component of modern BIG Science. Service discovery in e-Science environments, such as Worldwide LHC Computing Grid (WLCG), is a crucial functionality that relies on service registry. In this paper we re-formulate the requirements for the service endpoint registry based on our more than 10 years experience with many systems designed or used within the WLCG e-Infrastructure. To satisfy those requirements the paper proposes a novel idea to use the existing well-established Domain Name System (DNS) infrastructure together with a suitable data model as a service endpoint registry. The presented ARC Hierarchical Endpoints Registry (ARCHERY) system consists of a minimalistic data model representing services and their endpoints within e-Infrastructures, a rendering of the data model embedded into DNS-records, a lightweight software layer for DNS-record management and client-side data discovery. Our approach for the ARCHERY registry required minimal software development and inherits all the benefits of one of the most reliable distributed information discovery source of the internet, the DNS infrastructure. In particular, deployment, management and operation of ARCHERY is fully relying on DNS. Results of ARCHERY deployment use-cases are provided together with performance analysis.
Department/s
- MAX IV Laboratory
- Particle and nuclear physics
- eSSENCE: The e-Science Collaboration
Publishing year
2022
Language
English
Pages
1645-1664
Publication/Series
Cluster Computing
Volume
25
Issue
3
Document type
Journal article
Publisher
Kluwer Academic Publishers
Topic
- Computer Science
Keywords
- Advanced resource connector
- ARCHERY
- Distributed computing
- Domain Name System
- e-Science
- Information system
- Service endpoint registry
- WLCG
Status
Published
ISBN/ISSN/Other
- ISSN: 1386-7857