Archivo de la categoría: Scalability

Cloud Security Alliance, HCL Technologies, Open Source, Scalability, Standards

6 Cloud Computing Standards to Watch Out For

Of the numerous platforms available, cloud computing is slowly becoming the next big wave to hit industries and computing professionals around the globe, after Android applications. The cloud computing platform is one of the only ways in which that companies can reach new levels within their industry. One of the growing trends in the world is the rise in open-source cloud computing. Although very handy and easily available, there are factors that one needs to consider before implementing it across the company. We discuss the various problems associated with cloud computing compliance issues.

Plugging the holes in the cloud while you can

Open source cloud has rapidly increased as a mode of communication and storage for most companies around the world. Yet, due to the fact they are open source, there are certain regulatory factors that need come into the purview. Although, open source cloud computing is a conducive and a viable option compared to existing facilities, there are several factors that should be taken care of while on the cloud.

Standards-to-watch-for

  1. How secure is your cloud: One of the primary organisations that is ensuring the compliance to security issues is met, is the Cloud Security Alliance (CSA). The latter is a global coalition that represents businesses, apart from industry and subject matter experts. This organization is the reason why most companies are ensuring that they achieve the best practices within their cloud, across the world.
  2. Is the cloud compliant: When placing workloads on the cloud, make sure that you have conducted certain risk assessments before you go on the cloud. Cloud security compliance standards, once implemented is one of the factors that deals with virtualization issues.
  3. Does it have a license? Per user, device and enterprise licensing models for the cloud are essentially factors that impact companies. Licensing issues are also present in the open-source cloud models and they need to address at the outset. There may issues to be dealt with such as proprietary licenses, and other traditional licenses.
  4. Is It Interoperable? Portability within your cloud should be the reason that you are sticking to the cloud. Transferring data from one cloud to another should be the reason that you have selected the convenience provided by the cloud. This will bring forth other important factors to the purview which involves certain standards such as those laid down by the Institute of Electrical and Electronics Engineers or IEEE.
  5. How Scalable is your cloud: The faster you can connect and transfer data on your server, the faster it can upload workloads and store other data. Ensure that you cloud is scalable and brings you the convenience of uploading heavy workload without changing too much in the service contract.
  6. Evaluate the performance: Your SLA with the cloud should involve factors that allow you the convenience of business continuity and disaster recovery. This will help you measure the performance of the cloud in those critical moments.

It’s vital to have some levels of compliance in any technological advancement to enhance your business prospects. HCL Technologies is one of the technological giants that adhere to the cloud computing standards which is the reason it is in the forefront while delivering innovative SAP Solutions for its clients be it on the cloud, on premise, or through a hybrid approach.

To know more about cloud computing standards and services please visit HCL Technologies.

Cloud & IT Management, ControlTower, Data monitoring switch, Network management, Network Monitoring, Scalability

Ixia ControlTower Promises Comprehensive Visibility Via Single Interface to Cloud Facilities, Distributed Enterprises

Ixia has introduced its ControlTower architecture to help cloud hosting facilities and large enterprise campuses scale and rapidly deploy multiple segments for centralized, intelligent monitoring. The scalable ControlTower architecture provides a single user interface for comprehensive monitoring of network performance and security tools housed in dispersed racks or geographic locations.

The ControlTower architecture builds on the capabilities of the Ixia Anue Net Tool Optimizer (NTO) network monitoring switches, which aggregate, filter, load balance and de-duplicate network traffic to intelligently connect data center and cloud provider networks with monitoring tools. This enables network operators to meet increasing bandwidth demands while retaining critical, packet-level visibility into application performance and security at line rate, all managed via a simple yet powerful central interface.

The ControlTower architecture extends the boundaries of the visible network beyond a single data center with a highly scalable approach that improves monitoring of distributed environments by providing:

  • Maximum efficiency: Powered by the Anue NTO’s custom dynamic data traffic filtering capabilities, network monitoring switches filter traffic upon ingress to reduce traffic on the interconnect links and the potential for dropped packets.
  • Simple usability and control: Ixia’s user interface presents the entire distributed visibility environment as a single switch, allowing administrators to add new monitored network segments with no added management complexity or overhead — making management of a large number of network segments just as easy as managing one.
  • Flexible deployment options: Using Ixia’s ControlTower architecture, network monitoring switches may be easily deployed in a single high-density stack, distributed across the top of multiple racks in a data center or distributed to multiple buildings in a campus environment.

“As businesses continue to expand both their use of and reliance on secure, high-performing IT infrastructures, they are moving toward modular approaches that can include both internal and external cloud resources,” said Jim Frey, Vice President of Research for Network Management at Enterprise Management Associates. “Servers, storage and networking components are more often virtualized and can be activated as needed, and so monitoring strategies need to be flexible and scalable to keep pace. Distributed packet monitoring architectures such as Ixia’s ControlTower are critical for maintaining visibility in the face of dynamic resource provisioning and agile, hybrid environments.”

Ixia will demonstrate the ControlTower products at Booth No.1951 at Interop Las Vegas, May 7-9.

Data center, InfiniBand, Mellanox, Mellanox Technologies, Networking, Scalability, SDN

Mellanox Introduces SwitchX-2 Software Defined Networking VPI Switch

Mellanox Technologies today announced SwitchX-2, the next generation of its switch silicon optimized for Software Defined Networking (SDN). SwitchX-2 includes advanced capabilities of remote configurable routing tables, lossless and congestion free networks, efficient control planes, and SDN-optimized software interfaces. SwitchX-2 enables IT managers to program and centralize their server and storage interconnect management and dramatically reduce their operational expenses by completely virtualizing their data center network. According to IDC*, the broader SDN/OpenFlow market is expected to see rapid growth, reaching $2 billion by 2016, a significant portion of which will be network infrastructure.

SwitchX-2 is based on Mellanox’s leading Virtual Protocol Interconnect® (VPI) technology which allows for simultaneous connection to InfiniBand or Ethernet with integrated gateways to legacy data center and storage systems. Utilizing industry-first, RDMA-based 56Gb/s Ethernet and InfiniBand, SwitchX-2 is the world’s fastest, most scalable SDN switch with unmatched 4Tb/s switching capacity (50 percent higher than closest competition), the industry’s lowest power consumption, extremely low 170ns latency, hardware-based L2/L3 congestion management for highest efficiency and hardware-based data error correction for highest reliability. SwitchX-2’s advanced feature set enables the creation of larger flat SDN networks with lower cost and higher performance.

“Software Defined Networking is rapidly emerging as a key architectural element for next generation cloud, Web 2.0 and scalable data centers. As a building block for SDN-enabled network infrastructure, switches with high throughput, low latency and low power consumption are expected to be instrumental in realizing the goal of reducing operational expense while enabling data center scalability and flexibility,” said Rohit Mehra, vice president, Enterprise and Datacenter Networks, IDC. “Technologies such as Mellanox SwitchX-2, when built into next-generation data centers, will enable IT to benefit from the promise of Software Defined Networking by delivering improved throughput, latency and power, along with enhanced programmability, automation and control.”

“Mellanox’s SwitchX-2 VPI switch leads the industry with the highest throughout capacity, low latency with nearly zero jitter, as well as advanced SDN interfaces for control and management,” said David Barzilai, vice president of marketing at Mellanox Technologies. “SDN technology has been a critical component of the InfiniBand scalable architecture and has been proven worldwide in data centers and clusters of tens-of-thousands of servers. Now, with SwitchX-2, Mellanox provides the most efficient SDN solution for both InfiniBand and Ethernet data centers. Mellanox’s fast, RDMA-based interconnect technology leads the competition in terms of performance, SDN technology and return-on-investment advantages it brings to IT and application managers.”