Data Center Data Center A data center is a building or network used to house computer systems and associated components, such as telecommunications and storage systems.This generally includes redundant or backup power supplies, redundant data communications connections, environmental controls, and various security devices. Large data centers are industrial scale operations using as much electricity as a small town.Over the past decade, data center space has been growing at an incredible rate. This has increased as more and more businesses are moving toward cloud computing.In addition to the demand, the overall amount of data that is stored is also at levels that would have been unheard of not so long ago, which has resulted in increasingly large data centers.Why are Data Centers Important?Technology operations are a crucial aspect of most corporate businesses and institutions. The prime concerns are business continuity; companies rely on their information systems to run their operations. If a system becomes unavailable, company operations may be impaired or stopped altogether. It is necessary to have a dependable infrastructure for IT operations to minimize any chance of disruption. Information security is also a concern, and for this reason, a data center provides a secure environment that minimizes the chances of a security breach. A data center must, therefore, keep high standards for assuring the integrity and functionality of its hosted computer environment. Data centers are extremely valuable constructs within the financial services industry. For example, banks and financial institutions safeguard customer information in both cloud and on-premise data centers, as well as on trading floors and in branch operations. Data centers and critical infrastructure must be reliable, secure and available to successfully deliver internal IT services and digital banking services. A data center is a building or network used to house computer systems and associated components, such as telecommunications and storage systems.This generally includes redundant or backup power supplies, redundant data communications connections, environmental controls, and various security devices. Large data centers are industrial scale operations using as much electricity as a small town.Over the past decade, data center space has been growing at an incredible rate. This has increased as more and more businesses are moving toward cloud computing.In addition to the demand, the overall amount of data that is stored is also at levels that would have been unheard of not so long ago, which has resulted in increasingly large data centers.Why are Data Centers Important?Technology operations are a crucial aspect of most corporate businesses and institutions. The prime concerns are business continuity; companies rely on their information systems to run their operations. If a system becomes unavailable, company operations may be impaired or stopped altogether. It is necessary to have a dependable infrastructure for IT operations to minimize any chance of disruption. Information security is also a concern, and for this reason, a data center provides a secure environment that minimizes the chances of a security breach. A data center must, therefore, keep high standards for assuring the integrity and functionality of its hosted computer environment. Data centers are extremely valuable constructs within the financial services industry. For example, banks and financial institutions safeguard customer information in both cloud and on-premise data centers, as well as on trading floors and in branch operations. Data centers and critical infrastructure must be reliable, secure and available to successfully deliver internal IT services and digital banking services. Read this Term operator Colt announced this Tuesday that it is launching a network in the US. The company will be providing financial firms with self-service and on-demand bandwidth solutions that should speed up their Connectivity Connectivity Connectivity is defined as a term used for connecting devices to each other. In most cases, this refers to computer networking and more specifically includes bridges, routers, switches, gateways, and service as well as local networks. Connectivity can refer to simple forms, such as connecting a home or office to the internet or even connecting a digital camera to a computer or printer. Connectivity in FinanceConnectivity has taken on new meaning with the growth of fintech and Big Data collection. Today, financial institutions are often completely dependent on technology and data. This is more important than ever to improve, make transfers, lend, invest, and receive payments. Digital and mobile banking services also increase the level of customer convenience and accessibility. Blockchain assists with transactions, artificial intelligence helps with making smart investments, and multifactor authentication protects sensitive financial data. A blockchain is a form of connectivity, while connectivity is key to fintech disruption. Financial businesses need lightning-fast, low-latency, and secure networks to meet the challenges of fintech. A well-designed fiber-optic network offers exceptional connectivity. The superior connectivity provided by an enterprise-level fiber-optic network improves customer satisfaction, bolsters a financial organization’s reputation, and enables digital transformation through fintech. Today, connectivity providers are adapting financial markets by accelerating speedy networks such as 5G and alternatives. Connectivity also bridges brokers with liquidity providers to get fast trade execution. In this scenario, brokers can source liquidity from a single or multiple source, thereby delivering to their clients enough market depth for their orders to get filled. The main characteristic of liquidity is its depth, which will determine how quickly and how big of an order can be executed via the trading platform. Connectivity is defined as a term used for connecting devices to each other. In most cases, this refers to computer networking and more specifically includes bridges, routers, switches, gateways, and service as well as local networks. Connectivity can refer to simple forms, such as connecting a home or office to the internet or even connecting a digital camera to a computer or printer. Connectivity in FinanceConnectivity has taken on new meaning with the growth of fintech and Big Data collection. Today, financial institutions are often completely dependent on technology and data. This is more important than ever to improve, make transfers, lend, invest, and receive payments. Digital and mobile banking services also increase the level of customer convenience and accessibility. Blockchain assists with transactions, artificial intelligence helps with making smart investments, and multifactor authentication protects sensitive financial data. A blockchain is a form of connectivity, while connectivity is key to fintech disruption. Financial businesses need lightning-fast, low-latency, and secure networks to meet the challenges of fintech. A well-designed fiber-optic network offers exceptional connectivity. The superior connectivity provided by an enterprise-level fiber-optic network improves customer satisfaction, bolsters a financial organization’s reputation, and enables digital transformation through fintech. Today, connectivity providers are adapting financial markets by accelerating speedy networks such as 5G and alternatives. Connectivity also bridges brokers with liquidity providers to get fast trade execution. In this scenario, brokers can source liquidity from a single or multiple source, thereby delivering to their clients enough market depth for their orders to get filled. The main characteristic of liquidity is its depth, which will determine how quickly and how big of an order can be executed via the trading platform. Read this Term to financial hubs in Europe and Asia.

The firm’s announcement noted that it has already connected 13 major cities in North America, including Chicago, New York, and San Francisco, to its Asian and European networks.

This is significant because, in Europe and Asia, Colt runs its own network - the Colt IQ Network. As it runs the network itself, the firm can provide a service that isn’t bogged down by any old technology or forced to lag as a result of the traditional network service chain.

Lightning fast

For the ‘average joe,’ this might not be such a problem, but this is not the case for trading firms who are constantly fighting to improve their network speeds. As many service providers, like big banks, are a patchwork of legacy systems and modern tech, they are often unable to meet these demands.

On top of the speed element, Colt’s network offers businesses a more agile approach towards their network connection. For instance, firms can sign up to receive their service in a matter of minutes and, rather than a fixed contract, they can set when to turn bandwidth up or down.

Carl Grivner, Chief Executive Officer of Colt, commented on today’s announcement, saying: “We know from our experience that business agility and the need for real-time response to customers is vital for large enterprises and financial firms. Colt is able to deliver on both counts. We’re privately held, affiliated with Fidelity Investments, and have the freedom to act extremely rapidly in a market characterized by unique, on-demand requirements.”