Telehouse America

Telehouse is the leading global data center & IT solution provider. Telehouse provides high quality and secured data centers, colocation services & cloud services.

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The Increasing Significance Of The Colocation Data Center During Covid-19

new york colocation When it comes to the needs of your data center, New Jersey and New York businesses are going through a trying time along with the rest of the country. As Covid-19 changes how we do business across the world, colocation becomes a more important part of staying connected, collaborating, and moving forward in a cost effective and safe way.

As travel bans become the order of the day, global businesses based in the New York Tri-state area are making tough decisions about how to keep people safe as the priority while also keeping them employed and the business running. Many of these businesses provide vital products and services that will be critical to recovery moving forward in the midst of the crisis and in a coming new normal.

The fact is that the shift to Telehouse New York colocation centers with robust network connectivity is part of a national trend, especially among enterprises in New Jersey and New York. This makes the Telehouse Tier 3 New York Teleport data centers a vital link managed services capabilities and network connectivity.

Contact Details:

Telehouse America

7 Teleport Drive,

Staten Island,

New York, USA 10311

Phone No: 718–355–2500

Email: [email protected]

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Telehouse America: New explainer animation video - Telehouse the IT Super hero Telehouse is a global data center provider who owns 48 data centers in 13 countries. For greater connectivity, low latency and cloud services, Telehouse offers greater connectivity and an ecosystem of 60 carriers, joint partners such as; Epsilon, Megaport, AWS, Azzure and Google Cloud. In fact, we can take you to over 130 data center locations in 13 metro cities in the US. We can take you just about anywhere.!!

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Can Cloud Service Providers Simplify Multi-Cloud Strategy Implementation

Cloud computing now sits at the center of business growth, innovation and digital transformation. But to attain all the benefits, businesses must embrace a multi-cloud strategy to which requires the support of data center cloud service providers to make the most of what cloud providers have to offer. We can see the proof that this is a necessity rather than a trend in Gartner’s Market Insight Report showing 75 percent of organizations will have adopted a multi-cloud or hybrid strategy by 2020.

Every business today is weighing what applications to move to the cloud and seeing those application workload needs increase and evolve. This evolution has taken businesses from public to a combination of public and private for a hybrid cloud approach, to finally the need for multiple clouds.

A multi-cloud approach is where a business uses more than one cloud service from more than one cloud vendor to match workloads and applications to the best environment. If done correctly, this can positively impact access, efficiency, business innovation and cost structures among other areas.

Cloud providers compete by adding unique features that can add value, but they also can create “vendor lock-in” where migration to another vendor is often difficult. A good multi-cloud strategy allows enterprises to move certain workloads without massive application or business implications. Cloud service providers can make multi-cloud strategy adoption simpler by shouldering the burden of cloud connectivity, management, and more.

Contact Details:

Telehouse America

7 Teleport Drive,

Staten Island,

New York, USA 10311

Phone No: 718–355–2500

Email: [email protected]

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Leveraging Disaster Recovery Services for BCDR

While there are plenty of scary statistics regarding the costs of downtime, business loss, and customer loss, any business operating on fear rather than good business planning for Business Continuity (BC) and disaster recovery (DR) are likely making mistakes. This is often because of the complexity of developing a working BCDR strategy requires leveraging disaster recovery services.

Most businesses have a difficult time bringing together the different sources and providers needed to enact a solid BCDR plan. In fact, too few understand the nuances of what makes up a BCDR plan. While business continuity and disaster recovery are all about your business remaining operational after an adverse event, they are not the same thing.

At its most basic level, business continuity is everything the organization does to maintain the flow of products/services and restore them as quickly as possible if they are interrupted. Disaster recovery is the means a business uses to regain IT infrastructure, networking , data storage, and application access that keeps business operations up and running when any disaster takes them offline.

Organizations rely on outside sources and third-party providers to get operations back on track, which, which is where disaster recovery services come into play. A disaster recovery company can take the form of a data center provider with broad connectivity to cloud providers. They also have experts on staff to help develop a BCDR strategy and often have facility partners that enable a business to have a temporary base of operations clear when disaster strikes.

Most businesses will look to the cloud for backup, but all workloads and needs are not the same nor do they require the same speed to regain access. Recovery Point Objectives (RPO) and Recover Time Objectives (RTO) are what determine the point that you need the stored data to start from while the latter is how fast you need it available.

Data center disaster recovery service providers can support your chosen RTO and RPO. This can be based on any chosen cloud provider to accommodate speed, costs and storage levels among other aspects.

Since disasters can be a man-made event like a malware attack or a natural disaster like a hurricane, fire or flood, disaster recovery site choices and uptime are critical factors. In either case, the workforce will often need a temporary base of operations and a backup site that are both a safe distance from the epicenter of the disaster. Disaster recovery services with the right data center provider can offer facilities for temporary workforce operation and a network of data centers to make sure data backups are far enough away from the disaster area.

As more businesses look to the cloud for BCDR flexibility, scalability, and cost options, cloud management takes on a whole new meaning. It’s easier to make decisions regarding where to place mirrored workloads and applications with multiple cloud provider options.

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Meeting Evolving Network Needs with a Managed IT Services Provider

In the age of digital transformation, colocation data center providers are taking on the role of managed IT services providers as businesses struggle to keep pace with evolving network needs. Most of these networking dependencies and complexities are being driven by mobility and BYOD culture, IoT, Hybrid and Multi-cloud infrastructures, and application access needs.

Businesses now have a fundamental need for data analytics that requires cloud, AI, and colocation integration. In addition, heavy demand for bandwidth-consuming services such as UC, content delivery, video, and more are all leading to unprecedented levels of interconnections.

What all these technology approaches have in common is that they all require advanced connectivity and differentiated networking. That means a reliance on streamlined processes of moving, collecting, and analyzing data for real-time decision making and access across a global enterprise network. To meet this wide range of requirements, corporate networks need a variety of technologies that will include MPLS, IPVPNs, SD-WANs, SDN and network function virtualization (NFV).

These data routing and network configuration approaches have emerged as solutions  for creating agile and scalable networks. The problem is that they bring their own complexity challenges of implementation, management and monitoring across a global network. The colocation data center sits at the nexus of this need to develop connectivity strategies that support broader digital business agendas through managed network services.

Continue Reading for more information.

Contact Details: Telehouse America 7 Teleport Drive, Staten Island, New York, USA 10311 Phone No: 718–355–2500 Email: [email protected]

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HOW LOS ANGELES DATA CENTERS MEET EVOLVING DIGITAL BUSINESS NEEDS

While there will continue to be a need for on-premise data centers in los Angeles to play a limited role for businesses, colocation data center use will become far more prevalent to meet the growing needs of the digital business. By 2025, 80 percent of enterprises will have shut down their traditional data center, versus 10 percent today according to a recent Gartner blog.

As Infrastructure and operations (I&O) needs continue to radically evolve in the era of the cloud, IoT and emerging 5G, businesses will need more agile and responsive ways to serve both local and national markets. That means having the ability to deliver services closer to the customer, and to position specific workloads based on business and regulatory needs.

The growth of interconnect services, cloud providers, the Internet of Things (IoT), edge services and SaaS offerings are all making it less advantageous to have on-premise data centers. Leading data centers in Los Angles are best poised to provide the ideal workload placement based on business need rather than physical location in the age of digital infrastructure and the distributed enterprise.

With workload placement agility and scalability, the key drivers of digital infrastructure needs, data centers are best poised to meet the needs of hundreds of applications that must serve diverse development and user needs that are in constant flux. As one example, cloud adoption must now be strategic in ways that balance costs and business value by working in service to that strategy.

IoT is another example where customer service adaptation, operational efficiency and uptime are all interconnected elements that drive new and existing business potential. it’s no longer effective for data to flow into on-premise data centers or even through the cloud in many cases. In an IoT-enabled world, data centers are becoming the vital link to enabling edge compute environments.

Infinite scalability and agility are the only way to provide the on-demand services in a distributed digital infrastructure environment, so reduced latency, bandwidth accommodation, and broad interconnectivity are vital. This requires that Los Angeles data centers be capable of providing highly customized colocation, cloud strategies, and service offerings.

That includes the need for carrier neutrality, multi-cloud-enabled services, on-premise partner cross connects, and interconnect fabrics to other sites or services to meet a diverse set of changing needs. horizontally connect to multiple carriers, cloud providers, peers and service providers. All these aspects will vary within and across a single company’s compute, data storage, and transport needs makeup.

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THE ROLE OF IOT TO DISASTER RECOVERY

There were more than 120,000 modifications of malware involved in IoT attacks in the first half of 2018 according to the Kaspersky Lab IoT report. While it’s clear that IoT vulnerabilities are a major problem, data center disaster recovery can play a big part in keeping that threat minimized.

The reach of IoT across manufacturing, healthcare, communication, energy and other sectors requires companies to develop DR plans that encompass IT systems and IoT where they overlap. This includes planning for application, network and analytics risks from cyber-attacks.

Minimizing IoT vulnerabilities with IT Disaster Recovery Services

A significant amount of IoT sensor data is collected beyond the network edge where it must either transmitted to a central cloud data center or an edge-based data center. Both options can be better protected via disaster recovery planning with an interconnected data center provider.

That’s why data center disaster recovery planning needs to look at both the data protection as well as the resiliency across the internal and external IoT platform to ensure that IoT-enabled business processes can withstand disruptions.

Cloud and colocation data center services providers with a global data center network reach can shoulder the additional load of being disaster recovery service providers. Their very nature enables them to be in the best position to consider cloud services that collect IoT data from medical devices to energy grid data and beyond. These providers can help businesses to develop an IoT disaster recovery plan that includes immediate failover to a secondary system to avoid potentially devastating downtime in such mission critical scenarios.

These managed hosting providers bring significant levels of expertise, speed, and agility to bear in creating formidable disaster recovery plans that protect data from IoT sensor and other sources. But protecting that data as part of data center disaster recovery plan is only half of the equation as IoT will also play a role in furthering IT disaster recovery services.

IoT’s Positive Role in Data Center Disaster Recovery

What many businesses are discovering is that disaster recovery services can benefit from IoT as well as provide protection for IoT data. For example, IoT systems combined with analytics and machine learning can be used to spot serious problems before they happen. This is true in terms of emerging smart cities, the energy grid and all forms of manufacturing.

IT disaster recovery services for businesses and IoT can playing a major role in disaster recovery for manufacturing, community assets and cities as well. Manufacturing and a host of industries are ramping up their use of digital twins within IoT. In short, digital twins represent a live, updated digital version of a physical asset like a complex machine or system.

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Telehouse West is the new, flagship London data centre by Telehouse, located at the company's UK Headquarters in the Docklands. Visit https://goo.gl/c4dBvk for more details.

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Internet Service Providers: Telehouse America in Heartland Village with ✔address ✔telephone ✔map and more!

Telehouse is one of the leading providers of carrier-neutral secure data center facilities, connectivity, managed IT service, and cloud solutions in New York. The Company since 1989 has brought together over 3,000 business partners. For more information about visit the website.

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HOW DOES INTERNET EXCHANGE WORK

It can be argued that without the affordability of access to an internet exchange and its resultant interconnection, businesses cannot hope to make the most of digital transformation.  While we’ve briefly discussed how an Internet exchange point (IXP) works in past blogs, let’s take it a step further and get deeper into how it works as it applies to serving your business in the digital age.

In the bigger picture, internet exchange point locations are where Internet infrastructure companies such as Internet Service Providers (ISPs) and CDNs connect with each other. These network edge locations enable providers to share transit outside their own network. Individual companies that join an IXP benefit by having a shorter path to their internet destinations in the form of other networks, which reduces latency, round-trip travel time and overall costs. That explains what they do, but how do they work?

Closer inspection shows that internet exchange points are made up of large Layer 2 LANs built with ethernet switches interconnected across one or more data centers. Member companies share the cost of physical infrastructure maintenance and benefit by being able to connect with each other and avoid the costs of sending traffic across third-party networks that charge for the transport.

While an internet exchange point can have peak traffic exchanges from 10 Gbps into the Terabits per second range, their size is not as important as their stated goal of ensuring that their network routers are able to connect efficiently and seamlessly. Independent of size, their primary goal is to make sure that many networks’ routers are connected together cleanly and efficiently. The main purpose of this connection is to avoid the prohibitive costs associated with connecting to all of the different ISPs across the country or the globe.

Contact Details: Telehouse America 7 Teleport Drive, Staten Island, New York, USA 10311 Phone No: 718–355–2500 Email: [email protected]

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Telehouse and Essensys Case Study

Telehouse providing a global IT solution for Essensys. More information about Telehouse here:

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Meeting Data Center Needs for Asian Market Growth of LA-based Businesses

Today, access to a Los Angeles data center plays a major part in one of the largest business markets for startups in the nation. The diversity of business sectors in need of colocation data centers in the LA metropolis is much broader than technology, media and communications. In Los Angeles, colocation needs cut across every sector with many having a common underlying need for global data access and storage in Asian markets. In fact, the leading Los Angeles Data centers have become the Asia market gateway for many businesses in the region that are poised to operate globally.

The idea of data centers in Los Angeles as a gateway to Asian markets is about US business market expansion as well as the large number of businesses with an expanding foothold in both markets. Today, a growing percentage are already operating in ways that require some form of global colocation services. Many of these businesses are startups that partner with larger enterprises in the LA area to take advantage of globalization in numerous ways where colocation will play a part.

There’s a large shared and untapped opportunity between American businesses and their Asian counterparts. As companies on both sides of the Pacific pursue new business opportunities, a strategic Los Angeles data center as well as those in the Asian market will be a requirement.

Japan and Los Angeles for example have strong cross-business ties with satellite offices, divisions, and workforces that must stay connected to data and applications while operating on both sides of the Pacific. In both cases, shared needs are broad for superior colocation services where connectivity, exchanges, carrier neutrality and class-leading facility design are imperative. Another tie is the need for disaster recovery where both markets have a history of seismic activity capable of disrupting businesses without data center facilities that are designed for those possibilities.

When it comes to the data center Los Angeles businesses need superior colocations service in the metropolis as well as throughout Asia. With the undeniable growth potential of Asia-Pacific markets, more US businesses across all sectors are looking to take advantage of those opportunities, and LA is at the forefront.

An LA Incubator article discussed the recent trade mission to Asia by LA Mayor Eric Garcetti with stops in Vietnam and Hong Kong where he met with high-level government officials and business leaders to spur economic growth in Los Angeles. While this mission focused on green market energy production companies, it shows how numerous LA and Asia ancillary businesses will grow from the opportunity.

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Telehouse and TeliaSonera Partnership Testimonial

Telehouse and TeliaSonera became partners in the year 2015, and there has been no looking back since then the reason TeliaSonera joined hands with Telehouse is their, technological advancement, outstanding support and facilities.

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Fault Tolerance and Fault Avoidance: Looking Beyond Data Center Tiers

As the general argument goes, the fault tolerance of a tier 4 data center may be overkill for all but the most mission-critical applications of the largest enterprise. When it comes time for a business to decide, maybe the perspectives should shift to the equal need for fault avoidance.

According to the accepted Uptime Institute standard, tier 4 data center specifications call for two parallel power and cooling systems with no single point of failure (also known as 2N). While this level of fault tolerance often comes at a premium price, many enterprises see the security, reliability and redundancy as being worth it to ensure the drop in potential downtime over a tier 3 data center.

This single point of failure for any and all components is certainly nothing to scoff at when it comes to the performance of the computer equipment. Knowing that a planned approach to anytime compute component removal that foregoes compute system disruption is a major plus. But even with the understanding that comes from reading a comprehensive data center tier level guide, it becomes apparent that thinking should go beyond the tier levels to a colocation data centers ability to provide fault avoidance.

Fault avoidance is all about the fact that many complications that lead to data center downtime can be prevented with equipment and systems monitoring, a proactive trained staff with thorough procedures, and strict maintenance protocols. In other words, fault tolerance while important is reactive where fault avoidance focuses on prevention, which is equally important.

Whether it is a tier 4 data center or a tier 3 data center, enterprises should be looking closely at these other fault avoidance parameters and systems. For instance, does the facility utilize a sophisticated and proven building management system (BMS) and building automation system (BAS)? These crucial systems allow operators to monitor systems for health status of data center equipment through gathered equipment sensor data for real-time insights. The collected data can then be used to deliver an automated response or direct proactive technician intervention.

Since we have yet to reach the ideal of the truly automated data center, highly skilled operations teams must work in tandem with the systems to anticipate problems before they occur and quickly troubleshoot issues when they do arise. 

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The Future of Distributed Computing with Cloud, Edge, and Colocation

For today’s enterprises, the need to transmit and process huge amounts of data requires a more efficient means than just moving it to the cloud or a data center can accommodate. As these huge data sets come from IoT sensor data, high definition content, and mission critical apps among others, edge computing, the cloud, and colocation must all play a part. That’s why leading colocation data centers are making the need for edge computing another part of their colocation and cloud management services.

Edge computing serves as the decentralized extension of the networks, data center infrastructures, or the cloud. Consequently, the edge can be a combination of virtualization, cloud, and colocation data center solutions that addresses the need for a decentralized data center or cloud. This growing trend can be seen in a recent Gartner article stating that the current 10 percent of enterprise-generated data created and processed outside a traditional centralized data center or cloud will reach 50 percent by 2022.

This edge computing approach is all about placing decentralized computing power closer to the point where data is generated. This addresses the needs of a wide variety of use cases across industries such as meeting the needs of building management, IoT, data distribution, application delivery, and complex-event processing among others.

While the deployment of small, branch, data center locations is most closely associated with edge computing, intelligent data center and colocation solutions are also important cornerstones of its use. That puts colocation data centers that are also cloud managed service providers squarely in the mix of multifaceted solutions to address transport needs.

For data that needs to be processed close to its source, many businesses will take advantage of colocation data centers to augment their edge computing ecosystem for core applications and cloud native apps This becomes possible based on the cloud management services and the close relationship that leading colocation data centers have with cloud providers.

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Telehouse and CDNetworks Testimonial

Telehouse and CDNetworks collaboration is a great step towards how global data center services and diverse network resources can be put to best use.

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The Benefits of Data Center Network Flexibility with NaaS

Enterprises are well aware of the benefits of a Tier 3 data center as part of a secure and agile hybrid and multicloud strategy that ensures uptime, flexibility, and cost containment. But today, as more enterprises are seeing the need for diverse cloud connectivity to meet application access demands, network as a service (NaaS) is playing a part in expanding that scope.

There are a number of benefits that come from (NaaS), but chief among them is its ability to provide enterprises with the means for on-demand provisioning and management of the network. This drives efficient expansion, management and cost containment by providing variable network connectivity to adapt to network load requirements. This level of network flexibility as part of a cloud strategy makes it easier for businesses to add and reconfigure resources quickly and meet fluctuating network transport needs based on real-time utilization.

Data centers like Telehouse New York that partner with NaaS providers can deliver connectivity options into an SD-WAN framework that is managed by the service provider. By enabling network management and provisioning via a web interface, enterprises can lower the growing costs of management and configuration hardware through the service provider’s SD-WAN software.

These services add a great deal of value to enterprises that require Tier 3 data center services.

The variable network connectivity for both the cloud access and cloud backbone networks of NaaS becomes equally important to the power redundancy and added security benefits of Tier 3 data center specifications. According to the 2018 TechTarget IT Priorities survey where 42% of respondents are using cloud-based SaaS offerings, streamlined network management and monitoring have become a priority.

The ability to partner with a Tier 3 data center that can enable true connectivity flexibility via a cloud access network that enables workload bursting and balancing via NaaS helps keep costs in hand while enabling organizations to tailor network and workloads for peak efficiency and performance.

As a result, in-house data centers can be seamlessly connected to collocation or managed services facilities and to on-demand cloud data centers for a multi-site, hybrid data center model.