The document discusses open source tools for IT infrastructure management. It begins by describing the new IT infrastructure model involving virtualization and cloud services. It then covers how FCAPS (fault, configuration, accounting, performance, security) can be applied to manage this new infrastructure model. Specific open source tools are presented for each category: Nagios for fault management, Puppet for configuration management, OpenLDAP/Keystone for accounting, Cielometer for performance monitoring, and Keystone/iptables for security management. Case studies of Cisco Webex and eNovance using these open source tools with OpenStack are also provided.
Ten new topics on security+ 2011 (sy0 301) (domain 1.0 network security)chhoup
The document provides an overview of 10 new topics related to network security on the CompTIA Security+ SY0-301 exam. The new topics covered include web security gateways, load balancers, flood guards and loop protection, cloud computing, secure file transfer protocols, differences between IPv4 and IPv6, wireless networking standards like WEP, WPA, and WPA2, wireless authentication technologies such as EAP, PEAP and LEAP, wireless security features including MAC filtering, TKIP and CCMP, and considerations for wireless installation including antenna placement and power level controls.
This document discusses Cisco monitoring standard content in HP ArcSight. It provides an overview of standard content, including what it is, how it is organized into packages, and the Cisco monitoring content package. It describes installing and configuring the Cisco monitoring package, including modeling the network, categorizing assets, assigning permissions, configuring filters, reports and trends. It outlines the Cisco monitoring use cases the package provides monitoring for, such as Cisco ASA, Cisco switches, firewalls, IPS sensors and more.
Cisco IOS XE opens a completely new paradigm in network configuration, operation, and monitoring through network automation. Cisco’s automation solution is open, standards-based, and extensible across the entire lifecycle of a network device. The various automation mechanisms are outlined here.
Are you worried about deploying SDN? Brocade's Global Solutions Architect, Chip Copper and Network Architect, Ethan Banks are explaining how SDN enable Brocade solutions can help strengthen your network using OpenStack and Brocade VCS Fabrics.
Quick Introduction to OpenStack Neutron and SDN feat. MidoNetSandro Mathys
This document provides a quick introduction to MidoNet, a networking virtualization software plugin for OpenStack Neutron. It first briefly discusses software-defined networking (SDN) and how it separates network control and forwarding planes. It then explains how OpenStack Neutron provides networking as a service. MidoNet uses a distributed controller architecture without single points of failure to provide scalable virtual networking for OpenStack deployments using commodity hardware and switches.
Learning From Real Practice of Providing Highly Available Hybrid Cloud Servic...LF Events
Fujitsu applies OpenStack for providing hybrid cloud service.
In this presentation, Miyashita will introduce learning from real practice of providing highly
available hybrid cloud service with OpenStack Neutron.
He will talk issues and solutions which Fujitsu faced through providing
hybrid(public/private) cloud service.
- How to build multiple OpenStack-based datacenters for public cloud with high availability
- How to build hybrid cloud environment(Connecting public cloud and on-premise datacenters)
- High available functionality spanning multiple datacenters(ex.loadbalancing service, security group)
This presentation was delivered at LinuxCon Japan 2016 by Kazuhiro Miyashita
Cisco Application Policy Infrastructure Controller Enterprise Module (APIC-EM) is a software controller that automates and simplifies network configuration, provisioning, and management. APIC-EM SDN controller auto-translates business policy into network device-level policy and can enable policy enforcement across an end-to-end network.</p>
<p>The APIC EM is highly programmable through open APIs allowing customers and developers to create innovative network services and applications to fuel business growth.</p>
<p>During this lab, participants will install the controller followed by hands-on experience on multiple SDN applications including inventory, discovery, topology, policy, path visualization, EasyQoS (both static and dynamic) and Secure Network Plug and Play (for zero touch deployment). Participants will also have the opportunity to visualize the IWAN App. Lastly, participants will experience the programmability aspects of APIC-EM by leveraging Swagger and Chrome Postman scripting.</p>
<p>The first version of this lab was created and delivered by the speakers at Cisco Live Berlin. This second and enhanced version of this lab will be available for Cisco Connect Toronto and Cisco Live Las Vegas.
The document discusses preparing a network proposal which includes organizing existing information, creating an implementation plan, and identifying support contract options. The implementation plan should include timelines, installation methods, and cost estimates. Support options like SMARTnet provide software and hardware support. Finally, the proposal should be presented to the customer, including the network design, implementation schedule, and gaining approval.
Ten new topics on security+ 2011 (sy0 301) (domain 1.0 network security)chhoup
The document provides an overview of 10 new topics related to network security on the CompTIA Security+ SY0-301 exam. The new topics covered include web security gateways, load balancers, flood guards and loop protection, cloud computing, secure file transfer protocols, differences between IPv4 and IPv6, wireless networking standards like WEP, WPA, and WPA2, wireless authentication technologies such as EAP, PEAP and LEAP, wireless security features including MAC filtering, TKIP and CCMP, and considerations for wireless installation including antenna placement and power level controls.
This document discusses Cisco monitoring standard content in HP ArcSight. It provides an overview of standard content, including what it is, how it is organized into packages, and the Cisco monitoring content package. It describes installing and configuring the Cisco monitoring package, including modeling the network, categorizing assets, assigning permissions, configuring filters, reports and trends. It outlines the Cisco monitoring use cases the package provides monitoring for, such as Cisco ASA, Cisco switches, firewalls, IPS sensors and more.
Cisco IOS XE opens a completely new paradigm in network configuration, operation, and monitoring through network automation. Cisco’s automation solution is open, standards-based, and extensible across the entire lifecycle of a network device. The various automation mechanisms are outlined here.
Are you worried about deploying SDN? Brocade's Global Solutions Architect, Chip Copper and Network Architect, Ethan Banks are explaining how SDN enable Brocade solutions can help strengthen your network using OpenStack and Brocade VCS Fabrics.
Quick Introduction to OpenStack Neutron and SDN feat. MidoNetSandro Mathys
This document provides a quick introduction to MidoNet, a networking virtualization software plugin for OpenStack Neutron. It first briefly discusses software-defined networking (SDN) and how it separates network control and forwarding planes. It then explains how OpenStack Neutron provides networking as a service. MidoNet uses a distributed controller architecture without single points of failure to provide scalable virtual networking for OpenStack deployments using commodity hardware and switches.
Learning From Real Practice of Providing Highly Available Hybrid Cloud Servic...LF Events
Fujitsu applies OpenStack for providing hybrid cloud service.
In this presentation, Miyashita will introduce learning from real practice of providing highly
available hybrid cloud service with OpenStack Neutron.
He will talk issues and solutions which Fujitsu faced through providing
hybrid(public/private) cloud service.
- How to build multiple OpenStack-based datacenters for public cloud with high availability
- How to build hybrid cloud environment(Connecting public cloud and on-premise datacenters)
- High available functionality spanning multiple datacenters(ex.loadbalancing service, security group)
This presentation was delivered at LinuxCon Japan 2016 by Kazuhiro Miyashita
Cisco Application Policy Infrastructure Controller Enterprise Module (APIC-EM) is a software controller that automates and simplifies network configuration, provisioning, and management. APIC-EM SDN controller auto-translates business policy into network device-level policy and can enable policy enforcement across an end-to-end network.</p>
<p>The APIC EM is highly programmable through open APIs allowing customers and developers to create innovative network services and applications to fuel business growth.</p>
<p>During this lab, participants will install the controller followed by hands-on experience on multiple SDN applications including inventory, discovery, topology, policy, path visualization, EasyQoS (both static and dynamic) and Secure Network Plug and Play (for zero touch deployment). Participants will also have the opportunity to visualize the IWAN App. Lastly, participants will experience the programmability aspects of APIC-EM by leveraging Swagger and Chrome Postman scripting.</p>
<p>The first version of this lab was created and delivered by the speakers at Cisco Live Berlin. This second and enhanced version of this lab will be available for Cisco Connect Toronto and Cisco Live Las Vegas.
The document discusses preparing a network proposal which includes organizing existing information, creating an implementation plan, and identifying support contract options. The implementation plan should include timelines, installation methods, and cost estimates. Support options like SMARTnet provide software and hardware support. Finally, the proposal should be presented to the customer, including the network design, implementation schedule, and gaining approval.
Expanding your impact with programmability in the data centerCisco Canada
1) Digital readiness involves embracing automation, operational simplicity through programmability, network disaggregation, and DevOps to drive speed and agility.
2) Programmability allows for more flexibility, innovation, speed, repeatability and fewer mistakes by enabling automated workflows, off-box management via controllers and APIs, and SDKs for application development.
3) Adopting programmability means network operations will need to understand concepts like REST, XML, JSON, and work with developers to automate tasks and integrate the network.
The document discusses the key considerations for designing different layers of a hierarchical computer network. It explains that a hierarchical design with core, distribution and access layers provides a stable, reliable and scalable network structure. The core layer focuses on high throughput, the distribution layer filters and manages traffic flow, and the access layer considers physical location and security. Server farms, wireless networks, and VPN implementations each have unique design factors that impact security, availability and performance.
This document discusses characterizing an existing network in preparation for an upgrade. It outlines objectives like documenting the network, using Cisco resources to determine appropriate software and hardware, performing a wireless survey, and organizing collected data. The goals are to identify strengths and weaknesses, ensure accurate inventory information, understand network flows, and define requirements for a new design that overcomes existing limitations. Key steps involve diagramming physical and logical views, using Cisco tools to choose IOS versions and modules, measuring wireless signals, and specifying an overall upgrade aim based on current business and technical needs.
Nuage Networks for Dynamic Network OrchestrationJonas Vermeulen
This presentation describes the need for a solution as part of a CI/CD chain that takes care of dynamic network and security orchestration. Nuage Networks is presented here and use case is demonstrated from BetFair - a betting exchange using a devops paradigm for launching its new services.
The document discusses the process of characterizing an existing network before redesigning it. This involves: (1) diagramming and documenting the physical and logical network to identify strengths and weaknesses, (2) using Cisco resources to determine the appropriate IOS version and hardware to support network needs, and (3) performing a wireless site survey to collect data for a new design that addresses current issues.
This document provides an overview of Cisco IPsec technology:
- IPsec provides security at the IP layer, enabling encryption and authentication for both IPsec-aware and non-IPsec aware applications. It can be implemented in routers and firewalls to secure all network traffic.
- The Internet Key Exchange (IKE) protocol handles security association and key management for IPsec. Certificates can also be used for authentication.
- VPN Solutions Center uses templates to generate customized Cisco IOS configuration files that can be applied to edge devices along with the standard VPNSC configuration during service provisioning.
Cisco prime-nms-overview-hi-techdays deep divesolarisyougood
This document discusses Cisco Prime Network Management and its benefits over traditional point-product network management solutions. It provides an overview of Cisco Prime's integrated workflows, common user experience, consolidated management capabilities, and benefits such as reduced costs, accelerated service rollout, and consistent user experience. Key features covered include comprehensive device lifecycle management, deep application visibility and performance assurance, and consolidated reporting and compliance auditing through a single management interface.
The document discusses the Cisco Cloud Services Router 1000V (CSR 1000V). Key points:
- The CSR 1000V is a virtual router that runs the same IOS-XE operating system as physical Cisco routers. It provides routing and firewall capabilities in a virtual machine.
- It supports zone-based firewalling with unlimited interfaces, compared to the limited capabilities of IOS firewalling. Maximum throughput is 1Gbps.
- The document provides configuration examples for deploying and configuring the CSR 1000V on VMware ESXi, including enabling the RESTful API and zone-based firewall.
- onePK and RESTful APIs allow programmatic access and automation of the router for tasks like
This document provides an overview of Nagios, an open source network monitoring tool. It describes Nagios' features like monitoring availability, detecting problems, and notifying stakeholders. It also covers installing and configuring Nagios, including defining hosts, services, commands to check services, and notification rules. Examples are given of Nagios' configuration files and how it can be applied to monitor elements of a TSTV testing environment.
IRJET- Blockchain based Secure Data StorageIRJET Journal
This document summarizes a research paper that proposes a blockchain-based secure data storage system using Interplanetary File System (IPFS) for data distribution and storage. The system allows users to upload files to IPFS, which distributes the data across a global peer-to-peer network and ensures availability. The IPFS hashes of the uploaded files are stored on a blockchain to provide immutability and ensure only authorized parties can access the files. The project was implemented using Ethereum, Ganache test blockchain, and interactions were enabled using MetaMask browser extension. Testing showed files could be successfully uploaded to IPFS and retrieved using the hashes stored on the blockchain.
This session explains how the combination of IEEE 802.1AE (data link encryption) with the power of Session Group Tags achieves trusted security in a network. It covers the protocols details as well as use case and more importantly how CTS can be deployed in a network. This session is targeted mainly to enterprise customers.
The document discusses upcoming updates and new features for Cisco's Prime Infrastructure network management software. It provides an agenda for a wireless update meeting that will cover the Prime Infrastructure 2.2 update, the new Prime Infrastructure 3.0 release, and a demonstration of PI 3.0. The meeting will discuss customer adoption of PI 2.2, continuous delivery of PI, new platform support in PI 2.2.2, and enhanced features and capabilities in PI 3.0 such as a modern user interface, configuration compliance, client troubleshooting improvements, and rogue device management enhancements. PI 3.0 is targeted for release in June 2015 and will provide improved management of wireless, wired, and datacenter networks.
The document discusses the key factors to consider when designing different layers of a hierarchical computer network. It explains that a hierarchical design with core, distribution and access layers creates a network that is stable, reliable and scalable. The core layer focuses on high throughput and uptime. Distribution layer design considers traffic filtering, access control and isolating failures. Access layer design involves VLAN configuration, security, and handling different traffic types. Server farms, wireless networks, and VPN implementations each have their own set of benefits and challenges to consider in network design.
The document discusses the key steps in designing a computer network, including analyzing business goals and application requirements, utilizing a hierarchical design model, selecting appropriate WAN connectivity, incorporating wireless connectivity, and including security measures. Some of the main factors addressed are scalability, availability, and performance requirements, as well as considerations for remote access, routing, and threat protection. The overall process involves determining network needs based on organizational objectives and then developing a logical design with appropriate components, configurations, and safeguards.
The document discusses methods for prototyping remote connectivity and WAN connectivity, including using simulation software, simulated links in a prototype lab, and pilot testing. It describes prototyping a Frame Relay WAN connection using Cisco routers and validating choices of WAN devices, topologies, and VPN technologies to meet business and technical requirements. The prototype tests remote worker VPN connectivity using Cisco EasyVPN and validates the placement of the VPN server and access filtering.
The document discusses methods for prototyping remote connectivity and WAN connectivity. It describes simulating WAN connections using Ethernet or serial cables to emulate different WAN technologies. The document also provides instructions for prototyping a VPN for remote workers by setting up a VPN server and validating choices of VPN technologies, devices, and topologies.
Cisco ucs s3260 the new storage building blocksIT Tech
The document discusses Cisco's new UCS S3260 Storage Server. The S3260 allows for scaling storage capacity to petabytes within minutes using scale-out architecture. It offers 600TB of storage capacity in a 4U rack space. The S3260 supports various operating systems and can be configured with different drive options, I/O modules, and in single or dual node configurations for increased flexibility and performance.
The document discusses IP addressing and network design. It describes how to create a hierarchical IP addressing scheme to prevent duplication, support growth, and allow for efficient routing. The scheme should define addressing blocks to support summarization and routing protocols. When designing the addressing and routing strategies, factors like load balancing, authentication, and summarization should be considered. The document also covers IPv6 implementations, common transition methods from IPv4 to IPv6, and how to configure IPv6 on Cisco devices.
Azure Sphere provides a secure platform for IoT devices. It uses a hardware root of trust and small trusted computing base to protect device identity and system integrity. Azure Sphere devices support certificate-based authentication and compartmentalization for security. They also allow for renewable security through hardware-protected defense in depth and failure reporting to Azure. Developers can get started with Azure Sphere by ordering a development kit, using the Azure Sphere SDK in Visual Studio, and connecting devices to IoT Hub.
VMworld 2013: VMware NSX Extensibility: Network and Security Services from 3r...VMworld
VMworld 2013
Anirban Sengupta, VMware
Adina Simu, VMware
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
The document provides an introduction to the iManager N2000 BMS network management system. It describes network management architectures like TMN and features of the N2000 like fault, configuration, performance and security management. It also outlines the interfaces provided by the N2000 BMS for management of access networks and key features like topology management and configuration of devices.
The document discusses opensource software for enterprise use. It notes that according to Gartner studies, 80% of commercial software will contain opensource code by 2011 and over half of organizations have adopted opensource. The document outlines the four main freedoms that opensource provides - run, study, improve, redistribute. It also discusses various opensource licenses and how to choose an opensource solution by defining needs, identifying options, and doing a detailed review.
Expanding your impact with programmability in the data centerCisco Canada
1) Digital readiness involves embracing automation, operational simplicity through programmability, network disaggregation, and DevOps to drive speed and agility.
2) Programmability allows for more flexibility, innovation, speed, repeatability and fewer mistakes by enabling automated workflows, off-box management via controllers and APIs, and SDKs for application development.
3) Adopting programmability means network operations will need to understand concepts like REST, XML, JSON, and work with developers to automate tasks and integrate the network.
The document discusses the key considerations for designing different layers of a hierarchical computer network. It explains that a hierarchical design with core, distribution and access layers provides a stable, reliable and scalable network structure. The core layer focuses on high throughput, the distribution layer filters and manages traffic flow, and the access layer considers physical location and security. Server farms, wireless networks, and VPN implementations each have unique design factors that impact security, availability and performance.
This document discusses characterizing an existing network in preparation for an upgrade. It outlines objectives like documenting the network, using Cisco resources to determine appropriate software and hardware, performing a wireless survey, and organizing collected data. The goals are to identify strengths and weaknesses, ensure accurate inventory information, understand network flows, and define requirements for a new design that overcomes existing limitations. Key steps involve diagramming physical and logical views, using Cisco tools to choose IOS versions and modules, measuring wireless signals, and specifying an overall upgrade aim based on current business and technical needs.
Nuage Networks for Dynamic Network OrchestrationJonas Vermeulen
This presentation describes the need for a solution as part of a CI/CD chain that takes care of dynamic network and security orchestration. Nuage Networks is presented here and use case is demonstrated from BetFair - a betting exchange using a devops paradigm for launching its new services.
The document discusses the process of characterizing an existing network before redesigning it. This involves: (1) diagramming and documenting the physical and logical network to identify strengths and weaknesses, (2) using Cisco resources to determine the appropriate IOS version and hardware to support network needs, and (3) performing a wireless site survey to collect data for a new design that addresses current issues.
This document provides an overview of Cisco IPsec technology:
- IPsec provides security at the IP layer, enabling encryption and authentication for both IPsec-aware and non-IPsec aware applications. It can be implemented in routers and firewalls to secure all network traffic.
- The Internet Key Exchange (IKE) protocol handles security association and key management for IPsec. Certificates can also be used for authentication.
- VPN Solutions Center uses templates to generate customized Cisco IOS configuration files that can be applied to edge devices along with the standard VPNSC configuration during service provisioning.
Cisco prime-nms-overview-hi-techdays deep divesolarisyougood
This document discusses Cisco Prime Network Management and its benefits over traditional point-product network management solutions. It provides an overview of Cisco Prime's integrated workflows, common user experience, consolidated management capabilities, and benefits such as reduced costs, accelerated service rollout, and consistent user experience. Key features covered include comprehensive device lifecycle management, deep application visibility and performance assurance, and consolidated reporting and compliance auditing through a single management interface.
The document discusses the Cisco Cloud Services Router 1000V (CSR 1000V). Key points:
- The CSR 1000V is a virtual router that runs the same IOS-XE operating system as physical Cisco routers. It provides routing and firewall capabilities in a virtual machine.
- It supports zone-based firewalling with unlimited interfaces, compared to the limited capabilities of IOS firewalling. Maximum throughput is 1Gbps.
- The document provides configuration examples for deploying and configuring the CSR 1000V on VMware ESXi, including enabling the RESTful API and zone-based firewall.
- onePK and RESTful APIs allow programmatic access and automation of the router for tasks like
This document provides an overview of Nagios, an open source network monitoring tool. It describes Nagios' features like monitoring availability, detecting problems, and notifying stakeholders. It also covers installing and configuring Nagios, including defining hosts, services, commands to check services, and notification rules. Examples are given of Nagios' configuration files and how it can be applied to monitor elements of a TSTV testing environment.
IRJET- Blockchain based Secure Data StorageIRJET Journal
This document summarizes a research paper that proposes a blockchain-based secure data storage system using Interplanetary File System (IPFS) for data distribution and storage. The system allows users to upload files to IPFS, which distributes the data across a global peer-to-peer network and ensures availability. The IPFS hashes of the uploaded files are stored on a blockchain to provide immutability and ensure only authorized parties can access the files. The project was implemented using Ethereum, Ganache test blockchain, and interactions were enabled using MetaMask browser extension. Testing showed files could be successfully uploaded to IPFS and retrieved using the hashes stored on the blockchain.
This session explains how the combination of IEEE 802.1AE (data link encryption) with the power of Session Group Tags achieves trusted security in a network. It covers the protocols details as well as use case and more importantly how CTS can be deployed in a network. This session is targeted mainly to enterprise customers.
The document discusses upcoming updates and new features for Cisco's Prime Infrastructure network management software. It provides an agenda for a wireless update meeting that will cover the Prime Infrastructure 2.2 update, the new Prime Infrastructure 3.0 release, and a demonstration of PI 3.0. The meeting will discuss customer adoption of PI 2.2, continuous delivery of PI, new platform support in PI 2.2.2, and enhanced features and capabilities in PI 3.0 such as a modern user interface, configuration compliance, client troubleshooting improvements, and rogue device management enhancements. PI 3.0 is targeted for release in June 2015 and will provide improved management of wireless, wired, and datacenter networks.
The document discusses the key factors to consider when designing different layers of a hierarchical computer network. It explains that a hierarchical design with core, distribution and access layers creates a network that is stable, reliable and scalable. The core layer focuses on high throughput and uptime. Distribution layer design considers traffic filtering, access control and isolating failures. Access layer design involves VLAN configuration, security, and handling different traffic types. Server farms, wireless networks, and VPN implementations each have their own set of benefits and challenges to consider in network design.
The document discusses the key steps in designing a computer network, including analyzing business goals and application requirements, utilizing a hierarchical design model, selecting appropriate WAN connectivity, incorporating wireless connectivity, and including security measures. Some of the main factors addressed are scalability, availability, and performance requirements, as well as considerations for remote access, routing, and threat protection. The overall process involves determining network needs based on organizational objectives and then developing a logical design with appropriate components, configurations, and safeguards.
The document discusses methods for prototyping remote connectivity and WAN connectivity, including using simulation software, simulated links in a prototype lab, and pilot testing. It describes prototyping a Frame Relay WAN connection using Cisco routers and validating choices of WAN devices, topologies, and VPN technologies to meet business and technical requirements. The prototype tests remote worker VPN connectivity using Cisco EasyVPN and validates the placement of the VPN server and access filtering.
The document discusses methods for prototyping remote connectivity and WAN connectivity. It describes simulating WAN connections using Ethernet or serial cables to emulate different WAN technologies. The document also provides instructions for prototyping a VPN for remote workers by setting up a VPN server and validating choices of VPN technologies, devices, and topologies.
Cisco ucs s3260 the new storage building blocksIT Tech
The document discusses Cisco's new UCS S3260 Storage Server. The S3260 allows for scaling storage capacity to petabytes within minutes using scale-out architecture. It offers 600TB of storage capacity in a 4U rack space. The S3260 supports various operating systems and can be configured with different drive options, I/O modules, and in single or dual node configurations for increased flexibility and performance.
The document discusses IP addressing and network design. It describes how to create a hierarchical IP addressing scheme to prevent duplication, support growth, and allow for efficient routing. The scheme should define addressing blocks to support summarization and routing protocols. When designing the addressing and routing strategies, factors like load balancing, authentication, and summarization should be considered. The document also covers IPv6 implementations, common transition methods from IPv4 to IPv6, and how to configure IPv6 on Cisco devices.
Azure Sphere provides a secure platform for IoT devices. It uses a hardware root of trust and small trusted computing base to protect device identity and system integrity. Azure Sphere devices support certificate-based authentication and compartmentalization for security. They also allow for renewable security through hardware-protected defense in depth and failure reporting to Azure. Developers can get started with Azure Sphere by ordering a development kit, using the Azure Sphere SDK in Visual Studio, and connecting devices to IoT Hub.
VMworld 2013: VMware NSX Extensibility: Network and Security Services from 3r...VMworld
VMworld 2013
Anirban Sengupta, VMware
Adina Simu, VMware
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
The document provides an introduction to the iManager N2000 BMS network management system. It describes network management architectures like TMN and features of the N2000 like fault, configuration, performance and security management. It also outlines the interfaces provided by the N2000 BMS for management of access networks and key features like topology management and configuration of devices.
The document discusses opensource software for enterprise use. It notes that according to Gartner studies, 80% of commercial software will contain opensource code by 2011 and over half of organizations have adopted opensource. The document outlines the four main freedoms that opensource provides - run, study, improve, redistribute. It also discusses various opensource licenses and how to choose an opensource solution by defining needs, identifying options, and doing a detailed review.
The document discusses Power over Ethernet (PoE) and Distributed PoE (DPoE) solutions. PoE allows Ethernet networks to also carry electrical power, allowing any device like IP phones or wireless access points to receive power from the Ethernet network connection rather than a separate power cord. DPoE provides centralized and remotely managed power distribution to PoE devices, reducing costs and improving reliability over alternatives.
Connected Building Reference Architecture NysspeTim Hurley
This document discusses connected building solutions and unified physical infrastructure. It promotes a vision of converging different building systems like HVAC, security and more onto a single network for improved control, communication and management. This enables benefits like operational efficiency, sustainability, security and tools/expertise from partners. The document outlines drivers like innovation, collaboration and sustainability. It also discusses considerations for networking, logical and physical infrastructure design. Middleware is presented as a way to transform building data into useful business information. Implementation examples and potential financial benefits are also provided.
Matthew O'Sullivan discusses Panduit's Industrial Automation Infrastructure offering which provides solutions for implementing industrial Ethernet networks. This includes pre-configured solutions like industrial distribution frames and network zone systems for distributing Ethernet throughout the plant floor. Panduit also provides solutions for delivering Ethernet to machines via control panel optimization and hardened cabling. Case studies demonstrate how Panduit's pre-configured solutions help customers standardize networks and speed deployment times.
The document discusses Panduit's Enterprise Business unit. It outlines Panduit's strategy to focus on the medium and large enterprise market segments through contractors, systems integrators and distributors. Key initiatives include growing in core vertical markets, improving the partner program, enhancing the customer experience, and developing innovative connectivity solutions like 28 AWG cabling and CAT8 products. The global structured cabling market is projected to grow at a CAGR of 3.6-3.7% through 2017, with Cat6A expected to increase significantly in enterprise applications.
The group designed a network for a 10-floor building with over 800 hosts. They created riser diagrams, floor plans, and IP addressing tables. The network includes connections for different departments, servers, wireless access, and a biometric system. They provided equipment details and quoted the full design to meet all requirements.
The document summarizes a network design project for the HS3 building. It proposes a multilayered network topology with VLANs to make the network reliable, accessible, scalable and secure. The network uses switches instead of hubs and implements VLANs to separate broadcast domains. Inter-VLAN communication is enabled through a router connecting the VLANs. The network design is modeled and evaluated using OPNET simulation to analyze performance metrics like queuing delay and HTTP response times across different VLANs.
The document discusses fault management and proactive maintenance in telecommunications networks. It covers topics like fault diagnosis, alarm correlation, health checks, and backup plans. The key aspects are:
1) Fault management involves detecting, isolating, and correcting faults to ensure normal network functioning. It analyzes information and abnormalities during operations.
2) Proactive maintenance aims to reduce errors and prepare for situations where faults cannot be easily fixed. This includes health checks to verify system status and software levels, as well as backup plans for major faults.
3) Other sections provide definitions of terms like faults, alarms, and explain concepts such as fault diagnosis, alarm correlation, health checks and their components, and backup verification.
Enterprise Networks for Connected BuildingsPanduit
Panduit Enterprise Networks enable the deployment of the most advanced network infrastructure architectures for optimum performance, scalable growth, and network security. This presentation describes the component elements of the Panduit Enterprise Networks solution, including information on Panduit copper and fiber optic cabling and connectivity.
Realise the Value in modern Data Center InfrastructurePanduit
Maximize performance and protect investments in data center infrastructure by following best practices for fiber optic certification testing. This includes a 6 step process of inspection, cleaning, basic and extended testing, documentation and troubleshooting. Extended testing with an OTDR can identify unnecessary bottlenecks and ensure links meet tight loss budgets, while documentation of test results provides valuable information. Adhering to fiber testing standards and using qualified instruments ensures infrastructure is future ready and the certification process is profitable.
This document proposes a network for a company with locations in the United States, Europe, and Asia. The network would include 25 locations in the US with 50 users, 10 printers, 3 servers, and 50 workstations connected by routers and switches. Europe would have 10 locations with 5 users, 1 printer, 3 servers, 50 workstations connected by 1 router and switch. Asia would have 10 locations with 15 users, 3 servers, 150 workstations, 50 printers connected by 1 router and switch. The total estimated cost for networking equipment, servers, workstations, storage and labor is $1,568,769.85.
Managing the Impact and Cost of the IOT Data Explosion - Data Centre Converge...Panduit
For the past 10-15 years we have seen dynamic transformation in technology and key focus areas of the Data Centre to support evolving business needs. From Availability, Consolidation, Virtualisation, Energy Management and more recently Big Data, Mobility and Cloud. Facilities had to reduce the PUE, IT Compute had to become increasingly efficient and with reducing OPEX.
There never has been a greater need for having a Converged Infrastructure to connect and support the Data Centre. In this presentation Panduit introduce and discuss a Yahoo case study of real energy management reduction of up to 50%.
Role of OpManager in event and fault managementManageEngine
Managing Event and Fault are not new to any IT managers. However if not implemented properly, this could be the most daunting of network monitoring and network management tasks.
Check out this presentation, to understand
# The basics of Event and Fault Management &
# How ManageEngine OpManager helps in effective Fault Management
This document provides an overview of topics covered in Chapter 7 on software design and implementation, including object-oriented design using UML, design patterns, implementation issues, and open source development. It discusses the design and implementation process, build vs buy approaches, object-oriented design processes involving system models, and key activities like defining system context, identifying objects and interfaces. Specific examples are provided for designing a wilderness weather station system.
- The document discusses Cisco's strategy around OpenStack and cloud computing. It outlines Cisco's role as an OpenStack Foundation board member and their focus on networking, compute, and dashboard services.
- Cisco provides the Cisco OpenStack Installer to help customers easily deploy an OpenStack cloud. The installer automates the installation process and includes tools to manage and monitor the cloud.
- The document also discusses Cisco's networking plugins and drivers for OpenStack, including plugins for Nexus switches that enable dynamic provisioning and management of VLANs.
OpenStack: Everything You Need to Know To Get StartedAll Things Open
All Things Open 2014 - Day 2
Thursday, October 23rd, 2014
Mark Voelker
Technical Leader with Cisco
Cloud/OpenStack
OpenStack: Everything You Need to Know To Get Started
Find more by Mark here: http://www.slideshare.net/markvoelker
OpenStack: Everything You Need To Know to Get Started (ATO2014)Mark Voelker
Slides for my talk at All Things Open 2014
OpenStack is widely recognized as a leading open source cloud computing platform and has attracted plenty of attention from developers, end users, IT companies, and media. As OpenStack continue to gain adoption, the audience of potential users continues to expand. Whether you’re building a public cloud service or private clouds for e-commerce, video/collaboration apps, sceintific research, NFV, or are simply looking for a more elastic model of infrastructure, OpenStack is an option to consider. This talk will serve as an extensive introduction for newcomers to OpenStack. We’ll discuss both the software itself and the makeup of the community of developers and users around it. We’ll learn how to contribute to OpenStack, who’s using it today, different deployment scenarios and use cases, and provide both online and local resources for learning more. We’ll also provide an introduction to incubated components, underpinning pieces, and pointers to installers and service providers who can help you get started.
The document provides information about installing and configuring OpenStack including:
1) It describes the hardware, software and networking requirements for the control and compute nodes when installing OpenStack.
2) It explains the different deployment options for OpenStack including all-in-one, multiple control and compute nodes, and different options for separating services.
3) It provides steps for installing OpenStack using Packstack, including generating SSH keys, editing the answer file and starting the deployment.
4) It gives an overview of the message broker services used by OpenStack and describes how to configure RabbitMQ or Qpid as the message broker.
OpenStack is an open-source cloud computing platform that provides software for building private and public clouds. It was initiated in 2010 by Rackspace and NASA and now has over 100 supporting companies. The document provides an overview of OpenStack, including descriptions of its core modules like Compute (Nova), Object Storage (Swift), Block Storage (Cinder), Networking (Neutron), Dashboard (Horizon), Identity (Keystone), Image Service (Glance), Telemetry (Ceilometer), Orchestration (Heat), and Database (Trove). It discusses the evolution and growth of OpenStack over time through different releases, new features in the current Icehouse release, and how to use the OpenStack APIs.
OpenStack is an open-source cloud computing platform that provides services for managing compute, storage, and networking resources in a datacenter. It allows users to build public and private clouds with control over data and resources. The main OpenStack services are Compute (Nova), Networking (Neutron), Block Storage (Cinder), Identity (Keystone), Image (Glance), Object Storage (Swift), Dashboard (Horizon), Orchestration (Heat), and Telemetry (Ceilometer). Together these services provide infrastructure as a service capabilities like managing virtual machines, networks, storage, and monitoring usage.
The DevOps model is rapidly transforming IT operations and development practices. But what are the precursors necessary to implement DevOps? To achieve an agile, virtualized, and highly automated IT environment, what technological requirements need to be in place? OpenStack has the potential to facilitate DevOps implementation and practices at several different layers in the data center. In this session we'll quickly discuss what DevOps is, then discuss many components that are logically required to move towards DevOps in your environment. Finally we'll explore in depth several ways OpenStack can provide these baseline components.
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This document provides an overview of OpenStack and discusses architecting an OpenStack cloud with Cisco infrastructure. It covers market trends driving adoption of OpenStack, an introduction to OpenStack including its history and community, and considerations for infrastructure including Cisco plugins. Scaling OpenStack deployments and the conclusion are also mentioned.
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This document outlines an agenda for a DevNet workshop on using OpenStack with OpenDaylight. The agenda includes installing OpenStack, installing OpenDaylight, configuring OpenStack to use OpenDaylight, verifying the system works, troubleshooting, and a Q&A session. OpenDaylight is an open source SDN controller that can provide advanced networking capabilities for OpenStack deployments by managing network endpoints and traffic through plugins like Neutron/ML2. Both projects are complex to install but integrating them can enable significant benefits for advanced networking in OpenStack clouds.
Do you think of cheetahs not RabbitMQ when you hear the word Swift? Think a Nova is just a giant exploding star, not a cloud compute engine. This deck (presented at the OpenStack Boston meetup) provides introduction will answer your many questions. It covers the basic components including: Nova, Swift, Cinder, Keystone, Horizon and Glance.
This document provides an overview of an OpenStack workshop held at Kalasalingam Institute of Technology on September 26th 2015. It defines cloud computing and the different cloud models (IaaS, PaaS, SaaS). It then discusses the core OpenStack components like Compute (Nova), Identity (Keystone), Networking (Neutron), Image (Glance), Block Storage (Cinder), Object Storage (Swift), Orchestration (Heat), and Telemetry (Ceilometer). It also covers concepts like hypervisors, security groups, public/private/hybrid clouds. Finally, it provides examples of commands to manage resources using different OpenStack services.
Workshop - Openstack, Cloud Computing, VirtualizationJayaprakash R
This document provides an overview of an OpenStack workshop held at Kalasalingam Institute of Technology on September 26th 2015. It defines cloud computing and the different cloud models (IaaS, PaaS, SaaS). It then discusses the core OpenStack components like Compute (Nova), Identity (Keystone), Networking (Neutron), Image (Glance), Block Storage (Cinder), Object Storage (Swift), Orchestration (Heat), and Telemetry (Ceilometer). It also covers concepts like hypervisors, security groups, networking, and provides examples of CLI commands for interacting with the different services.
The document provides an overview of OpenStack, an open source cloud computing platform. It describes OpenStack's architecture which includes key components like Nova (compute), Swift (object storage), Glance (images), Keystone (identity), Neutron (networking), and Horizon (dashboard). It discusses OpenStack's time-based release cycle and development process. It also highlights some large companies that use OpenStack like PayPal, Intel, Bloomberg and Comcast.
OpenStack is an open-source cloud computing platform that provides common services for both private and public clouds. It is composed of interrelated components that provide compute, networking, storage and other capabilities. These components include Nova (compute), Neutron (networking), Swift (object storage), Cinder (block storage), Glance (image service), Keystone (identity management) and Horizon (dashboard). Together these provide infrastructure as a service capabilities to deploy and manage virtual machines and applications across public, private or hybrid cloud environments.
Entenda como o MySQL é parte fundamental do OpenStack e perceba a excelente oportunidade de usar o MySQL como Serviço (DBaaS) numa cloud privada ou pública com API padronizada.
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Assuming the compute resources are realized as Xen VM
The Realization layer Resource Management system allocates resources (if available) for 5 Gold VM and launches the VM by calling Xen VM management interfaces (xm create, in this case) passing it configuration parameters.
Once provisioned, the allocated IP addresses and other information are returned to the client (not shown here).
Depending on capabilities supported in the Cloud services interfaces, the provisioning process can be more involved (for example, if it is a whole OVF package). But as mentioned before, functions (such as provisioning) of the infrastructure layer is not subject of this presentation., only the Cloud Services Layer and north-bound interfaces from it.
In the cloud computing model things are different. In this case, the services organization provides a cloud infrastructure service, on top of which applications are deployed fully configured with their own operating system and configuration. We have de-coupled the complexity of applications from the underlying infrastructure. The application layer and the infrastructure layer are managed independently.