Published By: Astrocom
Published Date: Dec 13, 2007
Enterprises with mission critical applications are exploring the benefits of disaster recovery sites for their data centers to ensure business continuity. Special network technology is needed to ensure that site failover and failback occurs reliably and predictably. An ideal solution should provide reliable network connections, manage inbound and outbound traffic over multiple WAN links, failover to a secondary data center if all links at the primary data center are down, and eliminate deployment barriers and costs of multi-homing with BGP (Border Gateway Protocol).
Published By: Aviatrix
Published Date: Jun 11, 2018
Join Aviatrix for a discussion of next-generation transit hubs that are purpose-built to treat the network as code, rather than as a virtualized instance of a data center router. Learn how a software-defined approach can transform your AWS transit hub design from a legacy architecture exercise into a strategic infrastructure initiative that doesn’t require you to descend into the command-line interface and BGP of the IT networking world.
As part of our fact-filled AWS Bootcamp series, Aviatrix CTO Sherry Wei and Neel Kamal, head of field operations at Aviatrix share the requirements that our most successful customers have insisted upon for their Global Transit Networks, and demonstrate the key features that deliver on those requirements.
Who Should Watch?
Anyone responsible for connectivity of cloud resources, including cloud architects, cloud infrastructure managers, cloud engineers, and networking staff.
Today’s Wide Area Networks (WANs) are experiencing increased saturation with the deployment of bandwidth-intensive applications, increased numbers of users, and the need for reliable security transmissions. IT personnel responsible for these issues acknowledge the increased congestion and have strived to maintain high levels of network performance. At the same time, IT departments are tasked with the job of lowering the cost of network infrastructure and ongoing operations. Network administrators continually face the challenge of balancing the increased use of critical applications on the Internet, while eliminating downtime and congestion from affecting user quality and day-to-day business operations.
This paper describes how organizations can use advanced, yet affordable WAN link optimization solutions to leverage the benefits of multiple sites, while maintaining high-performance and reliability for applications delivered across all sites. You will discover how to use WAN link controllers to manage, automatically load balance and failover of multiple WAN and ISP links to ensure site–to-site connectivity, and deliver applications reliably.
There are many difficult issues related to WAN complexity, cost, and performance. However, many of these issues can be solved through device consolidation. Download this white paper to learn how to achieve efficiencies and competitive advantages through affordable, yet feature-rich WAN optimization technologies.
Download this white paper to learn how to avoid network failures and evaluate the options available to ensure high-availability, network uptime and optimal network performance. It also shows you solutions that are affordable, and when deployed, are operationally cost-effective.
For the IT personnel responsible for deploying, maintaining and supporting these networked applications, there is an increasing requirement to get the highest performance out of network equipment, while simplifying the complexity that causes excess overhead and unnecessary costs. However, there is hope. Download this white paper to learn how to achieve efficiencies and competitive advantages through affordable, yet feature-rich WAN optimization technologies.
By redirecting traffic away from ISP outages and WAN link bottlenecks, Ecessa, with its PowerLink and ShieldLink family of affordable WAN Optimization Controllers help avoid critical WAN infrastructure problems. Ecessa optimizes WAN infrastructure as defined by 24/7 availability, high-performance, flexible scalability, and secure operations - while streamlining IT costs. PowerLink and ShieldLink simplify the management of network links, and optimize user access to datacenters and remote sites.
To achieve greater productivity, employees at headquarters, telecommuters, business partners and customers must all have unhindered access to critical applications. Any delay in delivering these applications can cause user productivity to suffer and adversely affect business profitability. WAN link controllers are an affordable solution for ensuring the optimum performance, reliable delivery and protection of applications. They optimize network bandwidth and ensure the delivery of critical applications. Download this white paper to learn how to achieve efficiencies and competitive advantages through the adoption of affordable, yet feature-rich WAN link controllers.
Download this white paper to discovery the site-to-site channel bonding capabilities of PowerLink. Site-to-site channel bonding enables two or more sites with PowerLink installed to communicate with each other using the combined throughput of one or more connected WAN links. Learn more today!
Eliminate high costs associated with MPLS and BGP with a new approach. This short video will show how secure and resilient connectivity between global sites is possible while increasing network bandwidth and quality of service.
Constantly available networks typically rely on several Internet service providers to ensure always-on connectivity and increase bandwidth. Augmented VPN aggregates all Internet Service Provider links to obtain a single high capacity tunnel.
Una Red Privada Virtual (VPN, Virtual Private Network) ofrece el mejor retorno sobre la inversión en el aseguramiento de las comunicaciones. Sin embargo, la falta de confiabilidad de enlaces de VPN es riesgosa para las comunicaciones críticas dentro de las organizaciones. Constantemente las redes disponibles suelen confiar en varios proveedores de servicio de Internet para garantizar siempre la conectividad y aumentar el ancho de banda. La aVPN (Augmented VPN) agrega todos los enlaces de proveedores de servicios de internet para obtener un único túnel de alta capacidad. La aVPN proporciona una manera simple y económica de crear conexiones rápidas, seguras y de alta capacidad entre sitios y garantizar la conectividad a Internet sin interrupciones. Con un diseño de uso fácil, la implementación no requiere un equipo especial, software o acuerdos igualitarios de proveedores de servicio de Internet
Uma rede privada virtual (VPN, Virtual Private Network) proporciona o melhor retorno do investimento em proteção de comunicações. Porém, a falta de confiabilidade nos links da VPN é um fator de risco para comunicações críticas dentro das organizações. As redes constantemente disponíveis dependem de diversos provedores de serviços de Internet para garantir conectividade permanente e maior largura de banda. A aVPN (Augmented VPN) agrega todos os links dos provedores de serviços de Internet para disponibilizar um único túnel de alta capacidade. A aVPN é um modo simples e econômico de criar conexões rápidas, seguras e de alta capacidade entre sites, bem como garantir uma conectividade sem interrupções. Ela foi desenvolvida pensando na facilidade de uso e sua implementação não exige equipamentos/softwares especiais ou contratos de troca de tráfego com provedores de serviços de Internet.
Published By: Noction
Published Date: Jan 09, 2014
Service Providers have unique networking challenges as compared to other environments. Factor, differentiating Service Provider`s network from others, is the requirement for 100% uptime. The network stability is crucial to their customers’ business and is, therefore, intolerant to disruptions or outages, which may damage the company`s reputation and market position, or even affect it irreversibly. Downtime risks can no longer be mitigated by simply over-engineering the network, but rather deploying network optimization solutions, based on the intelligent monitoring and automated response, versus manual network troubleshooting and brute force time spending.
Published By: Noction
Published Date: Feb 17, 2015
In this white paper you will learn how BGP performance automation ca help you boost network availability, minimize latency and packet loss as well as reduce operational costs by intelligently rerouting traffic across the Internet.
ThousandEyes monitors BGP routes from both corporate and service provider networks so you can see inbound routes to your prefixes and outbound routes to key services and endpoints. Act quickly on issues including local misconfigurations, peering changes, and route hijackings. Watch this video short now!
ThousandEyes monitors BGP routes from both corporate and service provider networks so you can see inbound routes to your prefixes and outbound routes to key services and endpoints. Act quickly on issues including local misconfigurations, peering changes, and route hijackings.
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