The document discusses OpenNMS, an open-source network management platform. It provides an overview of OpenNMS capabilities, community, and commercial users. Key features include scalability, data collection from various sources, alarm correlation and notification, and dashboards and reports to support service provider processes.
This document provides an overview and introduction to OpenNMS, an open source network management platform. It outlines the agenda for an OpenNMS workshop, which includes explaining what OpenNMS is, how to install it, how to use the Net-SNMP agent, how to do provisioning and discovery, how to manage events and notifications, and how to collect data. It then provides more details about key aspects of OpenNMS like its architecture, versions, installation process, package management, data storage locations, user management, provisioning, events, automations, and creating custom events.
OpenNMS is an open source network management platform that can monitor large, complex networks. It is enterprise-grade, supporting over 60,000 devices on a single instance. OpenNMS uses a modular architecture that allows for integration of other monitoring tools. It is published under the GPL license and all components are open source. OpenNMS focuses on provisioning, event and notification management, service assurance, and performance data collection across networks.
This document provides an introduction to OpenNMS, including what it is, how to install it, and how its discovery and monitoring processes work. OpenNMS is an open-source network management platform that can monitor thousands of devices. It uses Java and other technologies to discover devices, collect data via SNMP and other protocols, monitor services, and provide a graphical user interface for viewing events, alarms, and network topology maps. The document outlines the basic steps to install and configure OpenNMS for device discovery, data collection, and monitoring.
OpenNMS is an open source network management platform that provides fault and performance management for online services like websites and databases running on networks with various systems. It monitors devices using SNMP and ICMP polling, generates alarms for faults, and collects performance data like response times, bandwidth usage, and CPU loads. The web interface provides overviews and details on availability, events, alarms, discovery of hosts, and categories for organizing services and custom views. Scheduled outages can be configured to avoid false alarms during planned maintenance.
This document summarizes integrating the OpenNMS network monitoring platform with modern configuration management tools like Puppet. It discusses using Puppet to provision and automatically configure nodes in OpenNMS from Puppet's configuration data. The authors provide code for pulling node data from Puppet's REST API and generating an XML file for OpenNMS to import the nodes and their configuration. They also discuss opportunities to further improve the integration by developing a Java object model for Puppet's YAML output and filtering imports based on node attributes.
The document summarizes an OpenNMS case study presentation given at an O'Reilly Open Source conference. It provides an overview of OpenNMS capabilities for network monitoring and management and describes three specific case studies:
1) New Edge Networks, a large internet provider, uses OpenNMS to monitor over 13,000 nodes and 75,000 interfaces.
2) Hospitality Services, providing wireless internet in European hotels, uses OpenNMS to monitor over 2,300 sites with 48,000 nodes and 50,000 interfaces.
3) The Permanente Medical Group, a large health provider, uses OpenNMS to monitor over 350 clinics and doctor's offices across a centralized network.
OpenNMS - Jeff Gehlbach - ManageIQ Design Summit 2016ManageIQ
The document discusses how OpenNMS and ManageIQ could work together in an integrated network management platform. OpenNMS currently handles network monitoring and fault management, while ManageIQ focuses on cloud and virtual infrastructure management. The presenter proposes ways the two could share provisioning data and integrate their capabilities to provide a more holistic view of both physical and virtual infrastructure management.
The document summarizes the RapidInsight integration with OpenNMS. RapidInsight is an IT operations management solution that can integrate with OpenNMS to provide additional functionality. The integration populates RapidInsight with alarms and inventory data from OpenNMS. It allows users to access OpenNMS performance graphs and alarms through the RapidInsight UI. RapidInsight provides additional capabilities like dynamic scripting, custom interfaces, notifications, multi-tenancy, topology maps, and visualization when integrated with OpenNMS.
This document provides an overview and introduction to OpenNMS, an open source network management platform. It outlines the agenda for an OpenNMS workshop, which includes explaining what OpenNMS is, how to install it, how to use the Net-SNMP agent, how to do provisioning and discovery, how to manage events and notifications, and how to collect data. It then provides more details about key aspects of OpenNMS like its architecture, versions, installation process, package management, data storage locations, user management, provisioning, events, automations, and creating custom events.
OpenNMS is an open source network management platform that can monitor large, complex networks. It is enterprise-grade, supporting over 60,000 devices on a single instance. OpenNMS uses a modular architecture that allows for integration of other monitoring tools. It is published under the GPL license and all components are open source. OpenNMS focuses on provisioning, event and notification management, service assurance, and performance data collection across networks.
This document provides an introduction to OpenNMS, including what it is, how to install it, and how its discovery and monitoring processes work. OpenNMS is an open-source network management platform that can monitor thousands of devices. It uses Java and other technologies to discover devices, collect data via SNMP and other protocols, monitor services, and provide a graphical user interface for viewing events, alarms, and network topology maps. The document outlines the basic steps to install and configure OpenNMS for device discovery, data collection, and monitoring.
OpenNMS is an open source network management platform that provides fault and performance management for online services like websites and databases running on networks with various systems. It monitors devices using SNMP and ICMP polling, generates alarms for faults, and collects performance data like response times, bandwidth usage, and CPU loads. The web interface provides overviews and details on availability, events, alarms, discovery of hosts, and categories for organizing services and custom views. Scheduled outages can be configured to avoid false alarms during planned maintenance.
This document summarizes integrating the OpenNMS network monitoring platform with modern configuration management tools like Puppet. It discusses using Puppet to provision and automatically configure nodes in OpenNMS from Puppet's configuration data. The authors provide code for pulling node data from Puppet's REST API and generating an XML file for OpenNMS to import the nodes and their configuration. They also discuss opportunities to further improve the integration by developing a Java object model for Puppet's YAML output and filtering imports based on node attributes.
The document summarizes an OpenNMS case study presentation given at an O'Reilly Open Source conference. It provides an overview of OpenNMS capabilities for network monitoring and management and describes three specific case studies:
1) New Edge Networks, a large internet provider, uses OpenNMS to monitor over 13,000 nodes and 75,000 interfaces.
2) Hospitality Services, providing wireless internet in European hotels, uses OpenNMS to monitor over 2,300 sites with 48,000 nodes and 50,000 interfaces.
3) The Permanente Medical Group, a large health provider, uses OpenNMS to monitor over 350 clinics and doctor's offices across a centralized network.
OpenNMS - Jeff Gehlbach - ManageIQ Design Summit 2016ManageIQ
The document discusses how OpenNMS and ManageIQ could work together in an integrated network management platform. OpenNMS currently handles network monitoring and fault management, while ManageIQ focuses on cloud and virtual infrastructure management. The presenter proposes ways the two could share provisioning data and integrate their capabilities to provide a more holistic view of both physical and virtual infrastructure management.
The document summarizes the RapidInsight integration with OpenNMS. RapidInsight is an IT operations management solution that can integrate with OpenNMS to provide additional functionality. The integration populates RapidInsight with alarms and inventory data from OpenNMS. It allows users to access OpenNMS performance graphs and alarms through the RapidInsight UI. RapidInsight provides additional capabilities like dynamic scripting, custom interfaces, notifications, multi-tenancy, topology maps, and visualization when integrated with OpenNMS.
Is OpenStack Neutron production ready for large scale deployments?Елена Ежова
The document discusses the results of testing the scalability of OpenStack Neutron in large deployments. Two hardware labs with 378 and 200 nodes were used. Rally and Shaker tools tested the control and data planes. Over 24500 VMs were launched on the 200-node lab with no loss of data plane connectivity. Near line-rate throughput was achieved in data plane tests. Some issues were encountered and fixed, such as bugs and Ceph failure. The outcomes indicate Neutron can scale to large deployments.
This document compares Nova-Network and Neutron for providing networking in OpenStack clouds. Nova-Network offers basic networking capabilities but has limitations in terms of supported topologies, scale, and network services. Neutron was created to address these limitations and offers more network topologies, services, integration with third-party solutions, and choice in using different plugins such as Open vSwitch. Surveys of OpenStack users show that Neutron is more commonly used than Nova-Network in development and testing environments and also in production environments, with Open vSwitch being the leading plugin.
ONOS provides the control plane for software-defined networks, managing network components and running applications. It can run distributed across servers for high availability and scalability. The document introduces ONOS and its architecture, and provides steps to install ONOS, run it with Mininet, and interact with its REST API. Key applications like reactive forwarding are demonstrated.
This presentation was shown at the OpenStack Online Meetup session on August 28, 2014. It is an update to the 2013 sessions, and adds content on Services Plugin, Modular plugins, as well as an Outlook to some Juno features like DVR, HA and IPv6 Support
From Nova-Network to Neutron and Beyond: A Look at OpenStack NetworkingCynthia Thomas
This document provides an overview of the evolution of network virtualization and OpenStack networking. It describes how networking started with manually configured VLANs, moved to OpenFlow which required programming flows, and then to network overlays using software defined networking. It outlines the requirements for network virtualization. It also details the evolution of OpenStack networking from Nova network to Quantum/Neutron, including the transition to using overlays and supporting plugins. Key features of Neutron are summarized, as well as upcoming features planned for future OpenStack releases.
OpenDaylight can be used as the SDN controller for OpenStack networking. The document discusses:
1. What OpenDaylight and SDN controllers are and their roles.
2. How to configure OpenStack to use OpenDaylight by cleaning Neutron configurations, installing OpenDaylight, configuring Open vSwitch to connect to OpenDaylight, and setting OpenDaylight as the ML2 mechanism driver.
3. This allows OpenDaylight to centrally manage network policies and topologies for OpenStack.
Cumulus networks - Overcoming traditional network limitations with open sourceNat Morris
This document discusses how open source software is helping to overcome traditional network limitations and enable new technologies in modern datacenters. It describes how traditional networking approaches using proprietary network operating systems are inflexible black boxes, while Linux provides an open alternative that supports automation, virtualization, and rapid provisioning. The document introduces Cumulus Networks' contributions to open networking, including ONIE for boot loading on switches, the Prescriptive Topology Module for verifying connectivity using LLDP, and improvements to routing protocols and management tools in Quagga and other open source software.
This is my latest OpenStack Networking presentation. I presented it at OSDC 2014. It includes a lot of backup slides with CLI outputs that show how ML2 with the OVS agent creates GRE based overlay networks and logical routers
This document provides an overview of OpenStack Neutron, the networking component of OpenStack. It describes Neutron's architecture and components, how it uses Linux networking and Open vSwitch, and how network packets flow through the Neutron distributed virtual router architecture. Key concepts covered include Neutron plugins, agents, GRE tunnels, Linux network namespaces, and east-west vs north-south traffic flows in a DVR configuration.
This was a tutorial which Mark McClain and I led at ONUG, Spring 2015. It was well received and serves as a walk through of OpenStack Neutron and it's features and usage.
Neutron is OpenStack's networking component. It implements software-defined networking and virtual private networks. Key concepts discussed include networks, subnets, ports, routers, and their relationships. Linux networking technologies used by Neutron include Linux bridges, Open vSwitch, VLANs, VXLANs, and Linux namespaces. Security groups are implemented using iptables rules in the filter table to allow or deny traffic to instances.
Network virtualization with open stack quantumMiguel Lavalle
Network virtualization with OpenStack Quantum allows tenants to create their own virtual networks that map to underlying physical network technologies. The Quantum plugin architecture supports different virtual networking backends. Quantum provides an API for tenants to dynamically create networks and attach virtual machine ports, implementing advanced networking features through extensions.
Openstack Networking Internals - Advanced Part
The pictures of the VNI were taken with the "Show my network state" tool
https://sites.google.com/site/showmynetworkstate/
Openstack Networking Internals - first partlilliput12
Openstack Networking Internals - first part
Description of the Virtual Network Infrastructure inside an OpenStack cluster
The pictures of the VNI were taken with the "Show my network state" tool
https://sites.google.com/site/showmynetworkstate/
Quantum - Virtual networks for Openstacksalv_orlando
An overview of Quantum, the soon-to-be default Openstack network service.
These slides introduce Quantum, its design goals, and discusses the API. It also tries to address how quantum relates to Software Defined Networking (SDN)
- OpenStack provides network virtualization and automation capabilities through projects like Neutron, Heat, and plugins like Midonet.
- Neutron evolved networking in OpenStack to allow pluggable networking models beyond the initial Nova networking. It supports overlay technologies and network automation.
- Heat allows you to define infrastructure like servers, networks, and their relationships in templates that can be deployed through the OpenStack API. This provides automation of virtual network deployment.
- Plugins like Midonet provide distributed virtual networking models to improve scalability and performance over overlay approaches like OVS. They also allow automation of physical network configuration.
Is OpenStack Neutron production ready for large scale deployments?Елена Ежова
The document discusses the results of testing the scalability of OpenStack Neutron in large deployments. Two hardware labs with 378 and 200 nodes were used. Rally and Shaker tools tested the control and data planes. Over 24500 VMs were launched on the 200-node lab with no loss of data plane connectivity. Near line-rate throughput was achieved in data plane tests. Some issues were encountered and fixed, such as bugs and Ceph failure. The outcomes indicate Neutron can scale to large deployments.
This document compares Nova-Network and Neutron for providing networking in OpenStack clouds. Nova-Network offers basic networking capabilities but has limitations in terms of supported topologies, scale, and network services. Neutron was created to address these limitations and offers more network topologies, services, integration with third-party solutions, and choice in using different plugins such as Open vSwitch. Surveys of OpenStack users show that Neutron is more commonly used than Nova-Network in development and testing environments and also in production environments, with Open vSwitch being the leading plugin.
ONOS provides the control plane for software-defined networks, managing network components and running applications. It can run distributed across servers for high availability and scalability. The document introduces ONOS and its architecture, and provides steps to install ONOS, run it with Mininet, and interact with its REST API. Key applications like reactive forwarding are demonstrated.
This presentation was shown at the OpenStack Online Meetup session on August 28, 2014. It is an update to the 2013 sessions, and adds content on Services Plugin, Modular plugins, as well as an Outlook to some Juno features like DVR, HA and IPv6 Support
From Nova-Network to Neutron and Beyond: A Look at OpenStack NetworkingCynthia Thomas
This document provides an overview of the evolution of network virtualization and OpenStack networking. It describes how networking started with manually configured VLANs, moved to OpenFlow which required programming flows, and then to network overlays using software defined networking. It outlines the requirements for network virtualization. It also details the evolution of OpenStack networking from Nova network to Quantum/Neutron, including the transition to using overlays and supporting plugins. Key features of Neutron are summarized, as well as upcoming features planned for future OpenStack releases.
OpenDaylight can be used as the SDN controller for OpenStack networking. The document discusses:
1. What OpenDaylight and SDN controllers are and their roles.
2. How to configure OpenStack to use OpenDaylight by cleaning Neutron configurations, installing OpenDaylight, configuring Open vSwitch to connect to OpenDaylight, and setting OpenDaylight as the ML2 mechanism driver.
3. This allows OpenDaylight to centrally manage network policies and topologies for OpenStack.
Cumulus networks - Overcoming traditional network limitations with open sourceNat Morris
This document discusses how open source software is helping to overcome traditional network limitations and enable new technologies in modern datacenters. It describes how traditional networking approaches using proprietary network operating systems are inflexible black boxes, while Linux provides an open alternative that supports automation, virtualization, and rapid provisioning. The document introduces Cumulus Networks' contributions to open networking, including ONIE for boot loading on switches, the Prescriptive Topology Module for verifying connectivity using LLDP, and improvements to routing protocols and management tools in Quagga and other open source software.
This is my latest OpenStack Networking presentation. I presented it at OSDC 2014. It includes a lot of backup slides with CLI outputs that show how ML2 with the OVS agent creates GRE based overlay networks and logical routers
This document provides an overview of OpenStack Neutron, the networking component of OpenStack. It describes Neutron's architecture and components, how it uses Linux networking and Open vSwitch, and how network packets flow through the Neutron distributed virtual router architecture. Key concepts covered include Neutron plugins, agents, GRE tunnels, Linux network namespaces, and east-west vs north-south traffic flows in a DVR configuration.
This was a tutorial which Mark McClain and I led at ONUG, Spring 2015. It was well received and serves as a walk through of OpenStack Neutron and it's features and usage.
Neutron is OpenStack's networking component. It implements software-defined networking and virtual private networks. Key concepts discussed include networks, subnets, ports, routers, and their relationships. Linux networking technologies used by Neutron include Linux bridges, Open vSwitch, VLANs, VXLANs, and Linux namespaces. Security groups are implemented using iptables rules in the filter table to allow or deny traffic to instances.
Network virtualization with open stack quantumMiguel Lavalle
Network virtualization with OpenStack Quantum allows tenants to create their own virtual networks that map to underlying physical network technologies. The Quantum plugin architecture supports different virtual networking backends. Quantum provides an API for tenants to dynamically create networks and attach virtual machine ports, implementing advanced networking features through extensions.
Openstack Networking Internals - Advanced Part
The pictures of the VNI were taken with the "Show my network state" tool
https://sites.google.com/site/showmynetworkstate/
Openstack Networking Internals - first partlilliput12
Openstack Networking Internals - first part
Description of the Virtual Network Infrastructure inside an OpenStack cluster
The pictures of the VNI were taken with the "Show my network state" tool
https://sites.google.com/site/showmynetworkstate/
Quantum - Virtual networks for Openstacksalv_orlando
An overview of Quantum, the soon-to-be default Openstack network service.
These slides introduce Quantum, its design goals, and discusses the API. It also tries to address how quantum relates to Software Defined Networking (SDN)
- OpenStack provides network virtualization and automation capabilities through projects like Neutron, Heat, and plugins like Midonet.
- Neutron evolved networking in OpenStack to allow pluggable networking models beyond the initial Nova networking. It supports overlay technologies and network automation.
- Heat allows you to define infrastructure like servers, networks, and their relationships in templates that can be deployed through the OpenStack API. This provides automation of virtual network deployment.
- Plugins like Midonet provide distributed virtual networking models to improve scalability and performance over overlay approaches like OVS. They also allow automation of physical network configuration.
The document discusses OSGi provisioning with Apache ACE. It provides an overview of Apache ACE, which is an OSGi-based software distribution framework. It describes how Apache ACE handles dependency management and mapping of artifacts to targets. It also outlines the deployment process, including deployment repositories, management agents, deployment administrators, and feedback. The presentation concludes with a demo and discussion of opportunities for contributions and commercial support.
Scaling and Orchestrating Microservices with OSGi - N Bartlettmfrancis
This document discusses how OSGi services can be used to implement microservices and enable their orchestration and scaling. It describes how OSGi services have supported capabilities like runtime assembly, software components, and continuous delivery since before the term "microservices" was coined. The document argues that OSGi services align with many characteristics of microservices, like independent deployability, but with OSGi additionally enforcing encapsulation where discipline is needed with other approaches. It also discusses how OSGi remote services and discovery allow services to be scaled horizontally across processes and machines while enabling dynamic availability and pluggability. The document demonstrates these concepts with an OSGi-based microservices orchestration platform.
The OSGi Service Platform in Integrated Management Environments - Cristina Di...mfrancis
Managing OSGi platforms and applications using JMX provides an integrated management environment. JMX can manage OSGi entities that are dynamically mapped and exposed as JMX MBeans. This allows leveraging existing JMX management tools and integrating with network protocols like SNMP. While JMX and OSGi overlap in some areas, they can be seen as complementary for managing OSGi in home gateway environments. Future work includes improving OSGi to JMX mappings and supporting application provisioning and reconfiguration.
OSGi ecosystems compared on Apache Karaf - Christian Schneidermfrancis
OSGi Community Event 2015
A look at three competing OSGi ecosystems (Declarative Services, Blueprint, CDI). Capabilities of each DI framework. Comparison of support for EE technologies like JPA, Security, SOAP and REST services, UIs. Looking into some of the recent advancements like Aries JPA 2 featuring closure based transactions, JAAS Security, JSP and JSF on OSGi. Attendees will get a good overview about the stacks as well as recommendations where each is most applicable.
OOP paradigm, principles of good design and architecture of Java applicationsMikalai Alimenkou
Not so many developers are clearly make a distinction between design and architecture, and the experience of the interviews shows that the basic paradigm of OOP often cause difficulty. Java language is quite old and not all principles were implemented properly in it, and the abundance of frameworks further confuses developers. This presentation will discuss the basics of OOP and modern look on them, the benefits and harms of inheritance, interfaces, and the applicability of the opportunities that they offer for the ever-growing project. It will also consider the appearance of the normal cycle of code to work on TDD, how to postpone the architectural and design solutions until the right moment, tried and tested over the years architectural design patterns, principles of good code design. This talk will be useful to those who want to create high-quality, understandable and easy to support solutions in Java.
This document discusses network function virtualization (NFV) and software-defined networking (SDN). It provides examples of how NFV and SDN could be applied, such as virtualizing an IMS core using an NFV-SDN cloud. The benefits of NFV and SDN are reduced costs, increased flexibility, and faster service provisioning. The document also outlines a phased approach for service providers to adopt NFV and SDN between 2013-2020, starting with single projects and evolving to shared infrastructures and virtual service providers.
VMworld 2013: Network Function Virtualization in the Cloud: Case for Enterpri...VMworld
VMworld 2013
Alka Gupta, VMware
Sanjay Aiyagari, VMware
Allon Dafner, Amdocs
Iain Woolf, Alcatel-Lucent
Artur Tyloch, Nokia Solutions and Networks
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
Living objects network performance_management_v2Yoan SMADJA
LivingObjects provides network management software solutions to telecommunications companies. It was originally developed for SFR, a major French telecom provider, and has since been commercialized as generic product. The software suite helps technicians optimize network performance and quality of service for fixed and mobile networks through data collection, processing, and visualization tools. LivingObjects has 35 employees and is headquartered in Toulouse, France.
This is the presentation at the OSIsoft EMEA User Conference in London, 16 October 2017.
Please note that "Open Edge Module" and "FogLAMP" are synonyms.
Conference: 15th International
Conference on Industrial Informatics
(INDIN2017). Emden, Germany – July
24-26, 2017
Title of the paper: Development of a
Mobile Application for the C2NET Supply
Chain Cloud–based Platform
Authors: Enbo Chen, Wael M.
Mohammed, Borja Ramis Ferrer, Jose L.
Martinez Lastra
If you would like to receive a reprint of
the original paper, please contact us
Creating a Climate for Innovation on Internet2 - Eric Boyd Senior Director, S...Ed Dodds
The document discusses creating an innovation platform for research and education networks. It describes Internet2's role in bringing together leaders to advance network applications and accelerate innovation. The community includes nearly 400 member institutions. The document argues that past investments in research networks led to major economic benefits and innovations. It presents a vision for a new innovation platform that provides abundant bandwidth, software-defined networking, and support for data-intensive science. Finally, it summarizes several projects selected for Internet2's Innovative Application Awards that develop applications taking advantage of these new capabilities.
Network Softwarization on KREONET: KREONET-SDongkyun Kim
KREONET is deploying an SD-WAN called KREONET-S* based on ONOS to softwarize its network. It aims to provide a virtualized, dynamic and flexible environment compared to its previous hardware-based fixed network. KREONET-S* is being rolled out in phases starting with two regional centers in 2015 and expanding from there. It uses ONOS controllers and OpenFlow/OpenStack technologies. Initial applications include Virtual Dedicated Networks and user visibility tools. The goal is to provide advanced services, user-defined networks, and new user experiences through the programmable SDN infrastructure.
What is expected from Chief Cloud Officers?Bernard Paques
The new CxO is taking care of cloud computing for his company. Among his responsabilities: brand experience, go-to-market and business agility. What do these mean in terms of capabilities?
The document discusses the promise of SDN for transport networks. It notes changing business and usage models are driving the need for more elastic, on-demand networks. SDN can help by providing programmable control of optical networks through standardized interfaces. The OIF and ONF conducted a global demo of transport SDN using an application for cloud bursting over optical networks. This identified gaps around multi-domain control and relationships between controllers and network management. Wider SDN deployment faces challenges around operational simplicity, scalability, security and continuous availability. Multiple SDOs are working on related standards but alignment is still needed.
This document provides information about using EMC Atmos cloud storage to offer storage services. It discusses how Atmos addresses data, application, and access challenges through its simple, scalable, and monetizable architecture. Examples are given of solutions built on Atmos, including cloud archiving, tiered storage, and sync and share applications.
This document discusses cross stratum optimization (CSO), an open network framework. It describes how three major trends are driving the need to open up networks: the growth of cloud computing, open operating systems, and open networking initiatives. CSO aims to meet the diverse requirements of applications by allowing control and optimization across network layers. It could help address issues in content delivery, sensory networks, and multi-tenant data centers by enabling control of traffic flows and optimization for varying network conditions and application requirements. CSO is presented as being aligned with the visions of cloud computing, open source movement, and software-defined networking.
Ken Johnson of Red Hat discusses how Red Hat supports the Internet of Things (IoT) through open source solutions. Red Hat participates in upstream open source projects, integrates those projects into community platforms, and commercializes supported products and solutions. Red Hat helps enterprises collect, communicate, transform, store and act on data from IoT devices through open source solutions that provide enterprise-level security, reliability and scalability while avoiding proprietary lock-in.
Architecting your WebRTC application for scalability, Arin SimeAlan Quayle
This document discusses how to architect WebRTC applications for scalability. It begins by outlining some of the challenges in building scalable WebRTC apps. It then presents 4 approaches to building apps: 1) To the WebRTC standard, 2) Unbundled WebRTC, 3) Using open-source media servers, and 4) Using communications platform as a service (CPaaS). Each approach has tradeoffs around cost, difficulty, and features included. The document also discusses using selectice forwarding units or multipoint control units to scale apps and considers architectures using orchestration and containers. It concludes with recommendations around optimizations, load testing, and future technologies.
Automated Deployment and Management of Edge CloudsJay Bryant
This presentation discusses the challenges of cloud computing at the edge. From the exploding number of nodes, the need for integrated monitoring and zero touch discovery. We introduce Lenovo Open Cloud Automation, an automated framework built in collaboration with Red Hat to help address these challenges.
Evolved Cloud Collaboration Presentation at MWC14 by Ericsson Research Ericsson Labs
Our distributed cloud orchestration solution prototype is capable of managing resources in geographically distributed data centers and satisfies the stringent needs of any real-time application.
MOdel-Driven Approach for design and execution of applications on multiple Cl...Marcos Almeida
Current Cloud’s offer is becoming day by day wider providing a vibrant technical environment, where SMEs can create innovative solutions and evolve their services. Clouds promise cheap and flexible services to end-users at a much larger scale than before.
The main goal of MODAClouds is to provide a decision support system along with design and runtime environments for early prototyping and automatic deployment of applications on multi-Clouds with guaranteed QoS. Model-driven development combined with novel model-driven risk analysis and quality of service prediction enable developers to specify Cloud-provider independent models enriched with quality parameters, implement these, perform quality prediction, monitor applications at run-time and optimize them based on the feedback, thus filling the gap between design and run-time. Additionally, MODAClouds provides techniques for data mapping and synchronization among multiple Clouds.
Website: http://www.modaclouds.eu/
NetMotion Wireless provides a software-only mobile VPN solution called NetMotion Mobility that addresses challenges of productivity, security, and management for mobile field workers. It eliminates issues caused by disconnected networks, ensures security across any network, and provides application-level visibility and control. Customers like Cox Communications, Birmingham City Council, US Foods, and Allina Home Care & EMR saw increases in productivity, reductions in support calls, ability to keep application sessions alive during disconnects, and centralized management of remote devices and policies.
Automation, Agility and NFV
The document discusses automation, agility, and network functions virtualization (NFV) in responding to over-the-top providers. It covers automation opportunities across the service lifecycle including order fulfillment, configuration, security, and analytics. Agility requires a DevOps approach using modeling languages and tools. NFV enables new services but faces challenges around integration and standards. Open source projects are important for NFV management and orchestration. Web giants like Facebook and Amazon use custom hardware and management tools rather than just commodity solutions.
Similaire à Flossuk2015 opennms1.0;21 03-2015 (20)
Gen Z and the marketplaces - let's translate their needsLaura Szabó
The product workshop focused on exploring the requirements of Generation Z in relation to marketplace dynamics. We delved into their specific needs, examined the specifics in their shopping preferences, and analyzed their preferred methods for accessing information and making purchases within a marketplace. Through the study of real-life cases , we tried to gain valuable insights into enhancing the marketplace experience for Generation Z.
The workshop was held on the DMA Conference in Vienna June 2024.
Discover the benefits of outsourcing SEO to Indiadavidjhones387
"Discover the benefits of outsourcing SEO to India! From cost-effective services and expert professionals to round-the-clock work advantages, learn how your business can achieve digital success with Indian SEO solutions.
HijackLoader Evolution: Interactive Process HollowingDonato Onofri
CrowdStrike researchers have identified a HijackLoader (aka IDAT Loader) sample that employs sophisticated evasion techniques to enhance the complexity of the threat. HijackLoader, an increasingly popular tool among adversaries for deploying additional payloads and tooling, continues to evolve as its developers experiment and enhance its capabilities.
In their analysis of a recent HijackLoader sample, CrowdStrike researchers discovered new techniques designed to increase the defense evasion capabilities of the loader. The malware developer used a standard process hollowing technique coupled with an additional trigger that was activated by the parent process writing to a pipe. This new approach, called "Interactive Process Hollowing", has the potential to make defense evasion stealthier.
Ready to Unlock the Power of Blockchain!Toptal Tech
Imagine a world where data flows freely, yet remains secure. A world where trust is built into the fabric of every transaction. This is the promise of blockchain, a revolutionary technology poised to reshape our digital landscape.
Toptal Tech is at the forefront of this innovation, connecting you with the brightest minds in blockchain development. Together, we can unlock the potential of this transformative technology, building a future of transparency, security, and endless possibilities.