10 Open Source Tools for Cloud Infrastructure Management

Total Page：16

File Type：pdf, Size：1020Kb

10 OPEN SOURCE TOOLS FOR CLOUD INFRASTRUCTURE MANAGEMENT Here is a list of ten tools which help you build, manage and monitor networks of virtual machines, private or hybrid clouds, tweak and track cloud services and much more… - Anuj Sharma 1. vOneCloud 1.6 6. openQrM It is an OpenNebula openQRM software manages a distribution optimized data center’s infrastructure to to work on existing VMware vCenter deployments. It build private, public and hybrid deploys an enterprise-ready OpenNebula cloud just IaaS (Infrastructure as a Service) clouds. This enterprise- in a few minutes where the infrastructure is managed class tool combines data center management system by already familiar VMware tools, such as vSphere and administration and IaaS provisioning into a single tool. vCenter Operations Manager. 7. OpenShift 2. CloudStack OpenShift’s helps you to Apache CloudStack is designed to make your job easier by deploy and manage large networks of taking care of all the messy virtual machines. This Apache Project IT aspects of app development and allows you to focus on offers a turnkey Infrastructure as a your job by Coding your Application and satisfying your Service (IaaS) cloud computing platform. It’s used both customers. by public cloud computing vendors and by organizations running their own private clouds. 8. Cloud Foundry Cloud Foundry is used to deploy 3. Eucalyptus your applications on a variety of Eucalyptus allows infrastructures, including Amazon organizations to Web Services, OpenStack, and easily migrate vSphere. It supports Java, Ruby, and apps and data Node applications out of the box. to build private or hybrid cloud environments that are compatible with Amazon Web Services. 9. Docker Docker provides 4. Synnefo a highly reliable, Synnefo is a complete cloud low-cost way to quickly build, ship, and run distributed infrastructure stack that applications at scale. It gives developers the freedom to provides Network, Image, define environments and create apps faster and easier Volume and Storage service. It manages Google Ganetti, and flexibility for IT ops to quickly respond to change. OpenStack, and KVM. 10. Salt Stack 5. FOSS-Cloud SaltStack software is easy The FOSS-Cloud is a Software enough to get running that enables you to create your in seconds, scalable own Private or Public Cloud. It enough to manage tens is an integrated infrastructure to provide cloud-Services, of thousands of servers, and fast enough to control Windows or Linux based SaaS. FOSS-Cloud covers all of and communicate with them in milliseconds. SaltStack the aspects of an Open Source IT environment.This multi- delivers a dynamic infrastructure communication bus faced cloud computing solution includes virtualization, used for remote execution, configuration management cloud desktop, IaaS, PaaS and SaaS capabilities. and much more. pcquest.com twitter.com/pcquest facebook.com/pcquest linkd.in/pcquest [email protected] MARCH 2016 PCQUEST 39.

Copy Link

Recommended publications

May 2013 M&A and Investment Summary
May 2013 M&A and Investment Summary Expertise. Commitment. Results. Table of Contents 1 Overview of Monthly M&A and Investment Activity 3 2 Monthly M&A and Investment Activity by Industry Segment 8 3 Additional Monthly M&A and Investment Activity Data 40 4 About Petsky Prunier 55 Securities offered through Petsky Prunier Securities, LLC, member of FINRA. This M&A and Investment Summary has been prepared by and is being distributed in the United States by Petsky Prunier, a broker dealer register with the U.S. SEC and a member of FINRA. Petsky Prunier is not affi liate d with Altium Capital Ltd, but has partnered with Altium to expand its international presence. Altium has not prepared or verified the information in this Summary. Persons in the United States should contact Petsky Prunier for further information or services. This M&A and Investment Summary is not being distributed by Altium Capital Ltd in the United States and Altium Capital Ltd is not offering any services to persons in the United States. 2| M&A and Investment Summary May 2013 M&A and Investment Summary for All Segments Transaction Distribution . A total of 364 deals were announced in May 2013, of which 211 reported $20.2 billion in value . Marketing Technology and Digital Media/Commerce were the most active segments with a combined total of 159 transactions announced, of which 98 reported $2.7 billion in value . Software was the highest reported value segment, with 60 transactions announced, of which 38 reported $10.1 billion in value . Strategic buyers announced 162 deals (45 percent of total volume), of which 38 reported $7.
[Show full text]
Easing Scientific Computing and Federated Management in The
Easing Scientific Computing and Federated Management in the Cloud with OCCI Zdenekˇ Sustrˇ 1, Diego Scardaci2,3, Jirˇ´ı Sitera1, Boris Parak´ 1 and V´ıctor Mendez´ Munoz˜ 4 1Department of Distributed Computing, CESNET, Zikova 4, 160 00, Praha 6, Czech Republic 2European Grid Initiative, Science Park 140, 1098 XG Amsterdam, Netherlands 3INFN Sezione di Catania, Via S. Sofia 64, I-95123 Catania, Italy 4Computer Architecture & Operating Systems Department (CAOS), Universitat Autonoma` de Barcelona (UAB), Bellaterra, Spain Keywords: Federated Cloud, Cloud Standards, Cloud Interoperability, Cloud Solution Design Patterns, Cloud Application Architectures, Cloud Middleware Frameworks, Open Cloud Computing Interface. Abstract: One of the benefits of OCCI stems from simplifying the life of developers aiming to integrate multiple cloud managers. It provides them with a single protocol to abstract the differences between cloud service implemen- tations used on sites run by different providers. This comes particularly handy in federated clouds, such as the EGI Federated Cloud Platform, which bring together providers who run different cloud management plat- forms on their sites: most notably OpenNebula, OpenStack, or Synnefo. Thanks to the wealth of approaches and tools now available to developers of virtual resource management solutions, different paths may be cho- sen, ranging from a small-scale use of an existing command line client or single-user graphical interface, to libraries ready for integration with large workload management frameworks and job submission portals relied on by large science communities across Europe. From lone wolves in the long-tail of science to virtual or- ganizations counting thousands of users, OCCI simplifies their life through standardization, unification, and simplification.
[Show full text]
Based Services Using XRI-Based Apis for Enabling New E-Business
International Journal of E-Business Development May. 2013, Vol. 3 Iss. 2, PP. 64-74 An Approach for the Composition of Generic Cloud- Based Services Using XRI-Based APIs for Enabling New E-Business Antonio Celesti1, Francesco Tusa2, Massimo Villari3, Antonio Puliafito4 DICIEAMA, Università degli Studi di Messina Contrada Di Dio, S. Agata 98166, Messina, Italia [email protected]; [email protected]; [email protected]; [email protected] Abstract-Nowadays, cloud computing offers more and more business opportunities, and thanks to the concept of virtualization, different types of cost-effective Cloud-based services have been rising. Virtualization of computing, storage, and networking resources, and their interconnection is at the heart of cloud computing, hence enabling new E-Business scenarios. In such a context, APIs for enabling Cloud-based services are strongly required, nevertheless, methods, mechanisms and tools for exploiting virtualized resources and their utilization for developing anything as a service (*aaS) are still ad-hoc and/or proprietary in nature. In this paper, we discuss how to use an adaptive standard protocol, i.e., XRI, for enabling cloud service providers to arrange their own Cloud- based services, building them on top of the IaaS provided by other service providers. Keywords- Cloud Computing; Cloud Management; Federation; Service Composition; E-Business I. INTRODUCTION Today, cloud computing represents a tempting business opportunity for ICT operators of increasing their revenues [1,2]. The cloud ecosystem begins to be clearer and the role played by cloud service providers appears more defined than the past. Moreover, the number of new public, private, and hybrid clouds rising all over the world is continually growing [3].
[Show full text]
Automated System and Service Monitoring with Openqrm and Nagios
Name: Matthias Rechenburg Email: [email protected] Organization: the openQRM project Copyright (C) 2007 Matthias Rechenburg This document is released under the GNU/GPL Automated system and service monitoring with openQRM and Nagios The first step to make sure all systems and services in a data centers are running well is to monitor them. A well-known, proven and widely used monitoring tool is Nagios which is available for openQRM in the flavor of an additional plugin. The second, also essential, step is the automatic handling of errors, what openQRM is famous for. The combination of the enhanced monitoring utility Nagios and the automated error-handling, high-availability and fail-over features of the openQRM data center management platform creates a powerful and dynamic environment which reduces down-time of systems and services in a modern data center to the minimum. Common data center scenarios and their challenges In a common data center setup there are different server “islands” for specific purposes as databases, web-servers, infrastructure and communication systems, network-devices, storage-servers, etc. Also, often there is a separation between production-, QA- and development environment. Each section of the data center has its own specific setup, mostly a very special, static installation, maintained by one or more administrators. To make it worse, each section may have different service-level-agreements (SLA) which generates additional complexity for the service- and system-monitoring infra- structure. Also common for data centers is that new systems are added sequentially while other systems are fully underutilized, just consuming power and producing heat. Turning to fully automated system- and service monitoring With the increasing number of systems and the resulting complexity the goal is to reach a level of fully automated service- and system-monitoring which is easy to setup and maintain and which provides an automated error-handling to gain high-availability at system- and service-level for the complete data center environment.
[Show full text]
A Survey of Mathematical Models, Simulation Approaches And
Simulation Modelling Practice and Theory 39 (2013) 92–103 Contents lists available at SciVerse ScienceDirect Simulation Modelling Practice and Theory journal homepage: www.elsevier.com/locate/simpat A survey of mathematical models, simulation approaches and testbeds used for research in cloud computing ⇑ Georgia Sakellari a, , George Loukas b a School of Architecture, Computing and Engineering, University of East London, United Kingdom b School of Computing and Mathematical Sciences, University of Greenwich, United Kingdom article info abstract Article history: The first hurdle for carrying out research on cloud computing is the development of a suit- Received 11 January 2013 able research platform. While cloud computing is primarily commercially-driven and com- Received in revised form 16 April 2013 mercial clouds are naturally realistic as research platforms, they do not provide to the Accepted 17 April 2013 scientist enough control for dependable experiments. On the other hand, research carried Available online 15 May 2013 out using simulation, mathematical modelling or small prototypes may not necessarily be applicable in real clouds of larger scale. Previous surveys on cloud performance and Keywords: energy-efficiency have focused on the technical mechanisms proposed to address these Cloud computing issues. Researchers of various disciplines and expertise can use them to identify areas Energy efficiency Survey where they can contribute with innovative technical solutions. This paper is meant to be complementary to these surveys. By providing the landscape of research platforms for cloud systems, our aim is to help researchers identify a suitable approach for modelling, simulation or prototype implementation on which they can develop and evaluate their technical solutions.
[Show full text]
Paas Solutions Evaluation
PaaS solutions evaluation August 2014 Author: Sofia Danko Supervisors: Giacomo Tenaglia Artur Wiecek CERN openlab Summer Student Report 2014 CERN openlab Summer Student Report 2014 Project Specification OpenShift Origin is an open source software developed mainly by Red Hat to provide a multi- language PaaS. It is meant to allow developers to build and deploy their applications in a uniform way, reducing the configuration and management effort required on the administration side. The aim of the project is to investigate how to deploy OpenShift Origin at CERN, and to which extent it could be integrated with CERN "Middleware on Demand" service. The student will be exposed to modern cloud computing concepts such as PaaS, and will work closely with the IT middleware experts in order to evaluate how to address service needs with a focus on deployment in production. Some of the tools that are going to be heavily used are Puppet and Openstack to integrate with the IT infrastructure. CERN openlab Summer Student Report 2014 Abstract The report is a brief summary of Platform as a Service (PaaS) solutions evaluation including investigation the current situation at CERN and Services on Demand provision, homemade solutions, external market analysis and some information about PaaS deployment process. This first part of the report is devoted to the current status of the process of deployment OpenShift Origin at existing infrastructure at CERN, as well as specification of the common issues and restrictions that were found during this process using different machines for test. Furthermore, the following open source software solutions have been proposed for the investigation of possible PaaS provision at CERN: OpenShift Online; Cloud Foundry; Deis; Paasmaster; Cloudify; Stackato; WSO2 Stratos.
[Show full text]
Introducing the Synnefo Open Source Iaas Platform
FOSDEM 2013 [email protected] INTRODUCING THE SYNNEFO OPEN SOURCE IAAS PLATFORM . VANGELIS KOUKIS TECHNICAL LEAD, ~OKEANOS 1 FOSDEM 2013 Motivation: ~okeanos [email protected] Goals -Everything open source - Production-quality IaaS - Persistent VMs - Commodity hardware – No SAN - Large-scale Installations - Super-simple UI How? 2 FOSDEM 2013 Cluster vs Cloud [email protected] OPENSTACK SYNNEFO UI OPENSTACK OPENSTACK API SYNNEFO CLOUD OPENSTACK CLUSTER GANETI LIBVIRT NODE KVM KVM HYPERVISOR 3 FOSDEM 2013 Google Ganeti [email protected] Mature, production-ready VM cluster management - used in Google’s corporate infrastructure Multiple storage backends out of the box - DRBD, LVM, Files on local or shared directory, RBD (Ceph/RADOS) External Storage Interface for SAN/NAS support Ganeti cluster = masterd on master, noded on nodes Easy to integrate into existing infrastructure - Remote API over HTTP, pre/post hooks for every action! 4 FOSDEM 2013 Compute – Network: Cyclades [email protected] Thin Compute layer over Ganeti - Python/Django - Supports multiple Ganeti clusters, for scaling - OpenStack Compute API Networking - No restrictions on deployment – it’s the Ganeti side - IPv4/IPv6 public networks, complete isolation among VMs - Thousands of private networks, private L2 segments over single VLAN 5 FOSDEM 2013 Cyclades [email protected] 6 FOSDEM 2013 Storage: Pithos [email protected] Every file is a collection of blocks Content-based addressing for blocks Partial file transfers, deduplication, efficient syncing Independent of storage
[Show full text]
The Okeanos Iaas Cloud
Η υπηρεσία Public IaaS Cloud @ ΕΔΕΤ ανάπτυξη και λειτουργία για χιλιάδες χρήστες Nectarios Koziris, GRNET Greek Research and Technology Network Cloud Computing Conference 2013 (Plaza, Maroussi) 1 What is Okeanos? ‘Okeanos’ is the Greek word for ‘ocean’ Oceans capture, store and deliver energy, oxygen and life around the planet. Greek Research and Technology Network Cloud Computing Conference 2013 (Plaza, Maroussi) 2 Late 2010: The challenge Goals Production-quality IaaS cloud similar to Amazon AWS Scalability to thousands users/nodes/VMs Persistent VMs Commodity components Everyone can use it No vendor lock-in Low admin costs, manageable by a small team Greek Research and Technology Network Cloud Computing Conference 2013 (Plaza, Maroussi) 3 Late 2010: The available offerings Reviewed open source ones •Eucalyptus •Cloudstack •Opennebula •Openstack ..etc.. Still evolving systems, silo ones (touching every layer) No turnkey solutions Greek Research and Technology Network Cloud Computing Conference 2013 (Plaza, Maroussi) 4 The ∼okeanos approach Features: Production-quality IaaS cloud Everything open source: Ganeti by by Persistent VMs Commodity Hardware – No SAN, No exotic network hw Add plain servers/disks/switches to scale up Three clicks to start 1 or 10s of VMs, in 15 secs Simple to operate Key decision: Decompose the problem into layers Greek Research and Technology Network Cloud Computing Conference 2013 (Plaza, Maroussi) 5 ‘Building a Cloud, cluster by cluster’ OPENSTACK SYNNEFO UI OPENSTACK OPENSTACK API SYNNEFO
[Show full text]
A Private Cloud Architecture Designed for High Usability
THUNDER: A PRIVATE CLOUD ARCHITECTURE DESIGNED FOR HIGH USABILITY by GABRIEL JACOB LOEWEN SUSAN VRBSKY, COMMITTEE CHAIR MONICA ANDERSON JOHN LUSTH ASHRAF SAAD JINGYUAN ZHANG A DISSERTATION Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy in the Department of Computer Science in the Graduate School of The University of Alabama TUSCALOOSA, ALABAMA 2015 Copyright Gabriel Jacob Loewen 2015 ALL RIGHTS RESERVED ABSTRACT Cloud computing is a technological strategy for saving time, money, and resources within an organization. Underfunded and understaffed organizations benefit the most from a cloud archi- tecture because it can help to alleviate a cost burden allowing funds to be used more effectively. Therefore, we believe that non-profit organizations, such as schools, libraries, non-profit medical facilities, and others have the most to gain from cloud computing. Cloud computing has played a major role in shaping large for-profit businesses like Google, Amazon, and Microsoft. Research has suggested that cultural barriers make it difficult for professionals in non-profits to adopt cloud computing technology. One key challenge faced by organizations for which a cloud architecture would be benefi- cial is the deployment and management process. In order for private cloud computing to become a viable solution for struggling organizations, much work needs to be done to simplify and im- prove the deployment process. We describe a new cloud architecture called THUNDER, which is a recursive backronym meaning “THUNDER Helps Underfunded Nonprofits Distribute Electronic Resources.” THUNDER introduces strategies which are meant to help struggling organizations to de- crease costs. Virtual machine load balancing attempts to distribute the load across multiple nodes in order to maximize potential performance of virtual machines.
[Show full text]
The Needs of Virtual Machines Implementation in Private Cloud Computing Environment
THE NEEDS OF VIRTUAL MACHINES IMPLEMENTATION IN PRIVATE CLOUD COMPUTING ENVIRONMENT Edy Kristianto Jurusan Teknik Informatika, Fakultas Teknik dan Ilmu Komputer, Universitas Kristen Krida Wacana Jl. Tanjung Duren Raya no. 4, Jakarta Barat, 11470 [email protected] ABSTRACT The Internet of Things (IOT) becomes the purpose of the development of information and communication technology. Cloud computing has a very important role in supporting the IOT, because cloud computing allows to provide services in the form of infrastructure (IaaS), platform (PaaS), and Software (SaaS) for its users. One of the fundamental services is infrastructure as a service (IaaS). This study analyzed the requirement that there must be based on a framework of NIST to realize infrastructure as a service in the form of a virtual machine to be built in a cloud computing environment. Keywords: cloud computing, virtual machine, virtualisation, iaas ABSTRAK The Internet of Things (IoT) menjadi tujuan perkembangan teknologi informasi dan komunikasi. Komputasi awan memiliki peranan yang sangat penting dalam mendukung terjadinya IoT, karena komputasi awan memungkinkan menyediakan layanan baik berupa infrastuktur (IaaS), platform (PaaS), dan perangkat lunak (SaaS) bagi para penggunanya. Salah satu layanan yang mendasar adalah infrastruktur sebagai layanan (IaaS). Penelitian ini menganalisa kebutuhan yang harus ada berdasarkan kerangka kerja dari NIST untuk mewujudkan infrastruktur sebagai layanan dalam bentuk mesin virtual yang akan dibangun dalam lingkungan komputasi awan. Kata kunci: komputasi awan, mesin virtual, virtualisasi, iaas The Needs of Virtual Machines.… (Edy Kristianto) 525 PENDAHULUAN Perkembangan teknologi informasi mengarah pada The Internet of Things (IoT) dengan meningkatnya penggunaan smartphone dalam kehidupan manusia untuk berkomunikasi dan akses internet.
[Show full text]
D1.3 Production System
REPORT FOR DELIVERABLE D1.3 1 1 INTRODUCTION This report provides an overview of the technical characteristics and functionality of deliverable D1.3 “Production System”. Its purpose is to provide a short introduction to the processes designed and implemented enabling the final production installation (g eodata.gov.gr) of the various software developed and reused by PublicaMundi . The reader is encouraged to visit the software’s repository (https://github.com/PublicaMundi) to receive: Up-to-date versions of the software, along with documentation targeted to developers Detailed information regarding all development effort (commits, activity, issues) Instructions regarding the installation of the software and its dependencies 2 2 DESCRIPTION OF TASK PublicaMundi aims to make open geospatial data easier to discover, reuse, and share by fully supporting their complete publishing lifecycle in open data catalogues. To achieve this, we are extending and integrating leading open source software for open data publishing and geos patial data management. The goal of Task 1.3 is to apply agile development principles with periodic integration in order to maintain relevant contributions. Integration is performed on labs.geodata.gov.gr, a beta-testing facility, where new functionalities are tested on real data and users. New versions are being deployed automatically and user feedback is collected with online tools bringing them in contact with developers. For the purposes of our production deployment, we built upon our first deployment of labs.geodata.gov.gr, extending our integration environment (D1.2) and through automation procedures we established the production environment. On this environment, a stable version of the software has been rolled out, after extensive testing of the components of PublicaMundi.
[Show full text]
Beolink.Org What Is Cloud Computing
Beolink.org Build a “Domestic Cloud” Fabrizio Manfredi Furuholmen Beolink.org Agenda Beolink.org . Introduction . Definition . Characteristics . Deployment model . Delivery model . openQRM . Components . Usage . Eucalyptus . Components . Usage What is cloud computing Beolink.org . Wikipedia (2007) Cloud computing is a style of computing in which dynamically scalable and often Virtualized resources are provided as a Service over the internet. Gardner (2009) Cloud computing is a style of computing in which scalable and elastic IT-enabled capabilities are delivered as a service to external customers using Internet technologies. NIST Working Definition Beolink.org Definition of Cloud Computing (version 14) Cloud computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction. This cloud model promotes availability and is composed of five essential characteristics, three delivery models, and four deployment models. Essential Characteristics Beolink.org On-demand self- service Measured Service. Ubiquitous network access. Location Rapid elasticity. independent resource pooling. Delivery model Beolink.org . Cloud Software as a Service (SaaS) . Cloud Platform as a Service (PaaS) . Cloud Infrastructure as a Service (IaaS) Deployment Models Beolink.org . Private cloud The cloud infrastructure is operated solely for an organization
[Show full text]