A Data Center is an outdoor location that houses devices and data that is used for your business. The data or devices can be accessed from a remote service. Many businesses use the data center services, especially when clients information must be recovered. This is specially typical with customer service center. When you call a call center to make inquiry or to make a compliant, you may connected to a different call center at each time. Still they are capable to access your information at all time. This how they view your information instantly through a data center services.
That is why it is significant that the Data Center provide High Security feature that should protect the Data.
Password Preservation :- It is very essential for the password to remain secure. If the password is inserted wrongly at three stab. Then the security feature must lock it to avoid entering of invalid user.
Restrictive remote access :- this single limits access to definite IP addresses. This is thus somebody may not access the data center from the other workplace.
Virus Preservation :- Virus attack the system which is housed in Data Center, so Virus preservation protect the data center from attack.
Protocol Safety :- Protocols such as HTTP are unsafe can be accessible to hackers, so a protected data security system uses one hackers do not target.
Firewalls :- The firewall that is used must be related to those who uses on house computers so that the business can join with backup software and not be barred out.
Excessive Power :- A Data Center that runs on redundant power is one of that going to exist such incidents is blackouts. This mean they are running from different connection of electrical energy and also they have backup systems like generators. This means if the power cut off, sill your business is live.
So if you are looking for an Data Center Services which can make your business booming, the above features can make a big difference in how safely you do business and also your customers Data will be safe in Data Centers.
As the discussion about cloud computing becomes more intense, one question becomes clear: companies do not want to get locked into a single cloud provider. Seek freedom to move between private and public clouds, and switch vendors according to computing needs, whether they are growing or shrinking. Another great desire of the business owners to move applications and workloads according to business requirements.
But users and cloud providers are at different stages in relation to this issue and the integration will likely take to happen, or may never happen.
Standards are emerging now and can take years to be fully developed
In the opinion of Gartner research institute, even on an open cloud computing legislation closes, each provider will continue to implement their own standards to differentiate their offerings and products of the competition. Expert from Gartner team points out that vendors do not want the clouds become commodities only because they do not want to compete based on price.
It is unlikely that the industry reaches a point where there is some format that allows applications to “magically” move to different clouds. In part, this situation is driven by the fact that “there is so much innovation going on right now”.
Hitherto, the lack of standards is not preventing customers migrate to the cloud, although it is perhaps an inhibitor. The company’s strategy has been to demonstrate that the internal migration of applications to public clouds is possible.
For this, the executive set up two scenarios for proof of concept, one for disaster recovery and other technical support. Selected the eNlight Cloud software to migrate applications, because of the safety and ease of use. And the initial tests were successful and managed by internal IT staff.
After doing research for a couple of days, we learned that it takes a little longer than we thought to make the communication between the clouds, mainly because it was migrating physical applications to the cloud and it was necessary to convert them to a virtualized version before moving them to the cloud of destiny.
The feasibility of migrating an application to a cloud destination has to do with the maturity of the application, legacy applications are costly to be virtualized. Virtualization is the first step to move applications to the cloud and this is a point that most experts agree.
Legacy applications do not always work well or consistently when virtualized and this increases the complexity of migration. The strategy chosen was to select the executive non critical applications for day to day as a way to validate the cloud model and also the internal gain.
Defining integration in the cloud and why getting there is difficult
Like the word cloud, integration can have different meanings. You could say, for example, which is the ability to move applications from one environment to another, running the right way at the two sites. Or it may mean applications running in different clouds, but sharing information, which may require a set of interfaces in common.
For still others, cloud interoperability refers to the ability of the client to use the same management tools, server images and software, with a variety of cloud providers.
The essence of the problem, however, is that the environment of each cloud provider supports one or more operating systems and databases. Each cloud contains different features like hypervisors, processes, security, storage, a network model, a cloud API and licensing models. Rarely, if ever, it is possible to have two service providers implement their clouds exactly the same way and with the same characteristics.
As in traditional software and hardware world, interoperability in the cloud will occur first in the lower layers. In the infrastructure layer, there is the Open Virtualization Format (OVF) and the rules for XML, HTML and other protocols. A laborious process.
If you are only moving parts of the application, and then the other, it may be that the company is returning to the cloud of origin and the data interface and then switch Application Programming Interface (API). After that, there will be questions about security, performance and latency. If you are moving heavy applications – like database, middle-tier software, user interface software, and so on – then you will not need to worry about any of these points.
Versions of operating system and hypervisor that do not correspondence, can produce conflicts that are not easy to solve. The application may have been designed to use specific storage technologies to achieve performance targets – storage technologies that target the cloud does not use.
Nearly every cloud has a unique infrastructure for the provision of network services and applications between servers and storage. The differences are sensitive to network addressing, directory services, firewalls, routers, switches, identity services, naming services and other resources. Other cloud providers may have a different network architecture of cloud origin.
Cloud providers make their own choices about security policies: who has access to what resources, software update rules, policies for use of data and records and so on. Application users and owners often have little choice in terms of security in the cloud. Applications must operate within certain areas of security and cloud providers cannot support them, or they can make changes that impair the safety requirements of the application.
Familiar management tools often are not available in the cloud destination or work in a limited way. Differences between the drivers, tools, operating system configuration or version of each play key role at this point. Upgrade solutions and software used on original cloud need to be adapted to the target cloud. Encryption also need to be present in the “bridge” between the cloud and the source destination.
Gartner firm explains that even if there are integration issues in the cloud, these are resolved over time, the movement of large volumes of data between the clouds will still be a challenge because of latency issues and the time required for migration them. When you move an application usually has to take the store with him.
While many people weigh the costs of sending data between the clouds, do not like what they see.
Migrating an application cloud to cloud means separate it from the original ecosystem. Each company must decide whether this action is appropriate for the business, since it can involve the reconstruction of applications of cloud origin. Are you willing to redo the application to send it to another cloud? The differences between the clouds can trigger a series of problems of integration.
Standards are close
What is needed to eliminate these concerns is the creation of standards for the cloud, similar to TCP / IP, targeted networking. It would be something like an API implemented on all products and cloud services, providing seamless interoperability.
But for Forrester Reaserch analyst, a common cloud API is not part of the future plans of the suppliers. It sees pressure creations of patterns far from where the market is at the moment.
Some cloud vendors are creating their own APIs with open standard. VMware, for example, submitted its vCloud API to the Distributed Management Task Force (DMTF) that molds and Red Hat also showed his Deltacloud platform. Now the VMware vCloud is VMware for use in private clouds and public cloud partners, offering users some options for interoperability in the environment.
The only cloud pattern that exists yet is the Open Virtualization Format (OVF). However, it only refers to the packaging of virtual machines for easy mobility.
As interoperability standards between cloud platforms are not yet defined, what to do when adopting the hybrid cloud model?
For starters, do not expect interoperability standards are established or changed. While you wait, you lose the benefits of cloud computing. In an environment of large changes in the potential benefits can be great, the best decision is to study and make a choice.
Market consultants recommend two steps to developing a flexible architecture in this scenario. The first is to make sure that the application and its supporting components do not rely on operating system and infrastructure. Ie, use mature languages of fourth-generation, such as Cognos, Focus, Clipper and other systems or as Java, to improve application portability.
The second is to find a management platform for applications that can support in any other environment.
Some cloud users indicate that they will use a set of strategies to select the provider of cloud. They plan to mix and match the best suppliers to ensure that the company will receive all the innovation that is available in the market. But even if this works out for mixing software on premise, there may be significant problems in integration and other issues related to cloud.
For a given supplier, the company will have to pay higher operating costs to manage this type of implementation strategy. It is likely that the company still needs to rely on multiple management tools and a group of people dedicated to the operations of tools and still may be a need to manage multiple contracts. Without standards, the overhead with the approach best-of-breed can be very high.
The security over the Internet is something that has to be treated very carefully. Cyber crimes are increasing every day and this is a trend that has no sign of reduction, since internet users are increasing every day. When you start using internet, you enhance your online security by installing some antivirus. This is just a small step. Besides getting help from the software, you should also be able to recognize the threats that loom large when you access the Internet. The emails coming into your inbox are already filtered at certain extent. This work is done by the service provider’s own filtering algorithm. There are security holes in the Internet that are evident on many sites you enter.
But you must need to identify where you can venture safely. The firewall is something that can protect you from the dangers that can be overlooked. The browser is the first door through which any security breach can take place. A browser itself has a certain degree of security. Internet Explorer, Mozilla Firefox and Chrome are more secure browsers that are available to users.
However, Internet Explorer is installed with several security weaknesses that have other means of fixing. You must make sure that software you install on your system must be updated so that you will not be left behind without protection.
The freeware software that come with a security label is something that can help you overcome the security threats on the Internet. This is an important method to stay safe from threats. The firewall protection along with adware and spyware are some tools that can keep you out of threats. These are some basic ways that help you to keep the system safe and prevent data theft, keep your browsing safer.
Malicious software tends to cause damage to your computer and is something you should be very careful with. The email that arrives in your inbox should be filtered. You should still be careful and take precautions while reading unknown emails. The unknown emails may contain attachments that can contain anything that cannot be something you would like to download to your system. The viruses spread once they are opened on the system. So if you find any file on your running an e-mail you should with all respect be cautious and be 100% sure before you open and install it on your computer.
You should see the file extension that is downloaded on your system. The malware scanners have some useful tools that can help you avoid the threats. The entire online system security is solely the responsibility of the user and how he uses the systems and understand the threats that may affect the same. The basic patches are available over the internet and software, along with some tools that can let you keep threats at bay. But cybercrime is very large. The best tool for keeping your data safe is to interact with the internet in a surefire way and do not depend on any unknown content that can be more than detrimental to you and your system.
It is essential to be alert for the safety on the internet. Thus, there are actions that can minimize the risk:
• Protect Your Passwords:
• How To Receive e-Mails With Links And Attachments:
When receiving emails with deals, avoid clicking on links. Open another instance of the browser, enter the address of the seller and look for the offer. The link may have an address, but direct it to another, who will run a malicious program (spyware, trojans, etc.). The safest answer is no, not open files and do not click on links sent by email.
• On Public Computers (eg Cyber Cafe.):
Extreme Caution. There are no guarantees about the programs installed and there may be programs to store passwords, installed by previous users. If there is no other option for internet access, close all programs after use, log-off and clear the history in the browser (Tools / Options / Clear History).
• Physical Protection Of The Computer Is An Essential Practice:
Absenteeism briefly the table can be enough for someone else to install a program that captures passwords and personal information. Lock system access, password, when not using the computer.
• By “Plugging” The Computer Networking:
Using your personal computer in the network (ie wireless.), some basic precautions are:
• Care To Share Files:
File sharing programs connect your computer to millions of others to exchange music, video and other types of information. This is done through programs installed that may compromise the security of your computer. If you decide to use these programs, be careful: adjust the setting to folders that must be shared or not; and read the contract (“end user licensing agreement”) to be aware of potential risks.
• Antivirus, Antispyware And Firewall:
Its use is recommended, as well as regular updating of lists (blacklists, virus definitions). The web browsers offers a “fraud” option whose settings can avoid sites which send unsolicited emails (spam) and websites that spread viruses and spyware to steal sensitive data from your computer or are involved in fraudulent actions (phishing).
All these actions should be taken together, as any item not paid may increase the risk of compromise of information. For your security, ESDS Software Solution never requests your password via email or phone for any type of services. Your password is personal and not transferable.
Currently, the importance of Cloud Computing around the world is undeniable. The attention that the topic has received at conventions, fairs technology, among others, shows that this business model is here to stay.
In cloud computing, there are three types of organization for service delivery, infrastructure, data storage, and software platforms: Private Cloud, Public Cloud and Hybrid Cloud. They all follow a basic principle which is to promote the virtual work environment based on the collaborative aspect of technology.
The model of Public Cloud is a service provided by a supplier to ordinary users or businesses via the Internet. This service provider is responsible for protecting, hosting, maintenance and data management in a company or for client, charging only for the resources used, whether application infrastructure, physical infrastructure or software.
This service is shared with other companies or users. With this, the company has full control over what does and records in the cloud, but not on the actions of others in the environment. You can use this service effectively, however, your company may face potential safety problems due to the public nature of this Cloud.
It is a model that has as one of its benefits to reduce costs and thus is a good alternative for companies with a limited budget or other priorities. However, if your company works with a large volume of confidential data, this may not be the best solution. The Public Cloud is suitable for small and medium-sized businesses working with less sensitive data.
Private clouds are cloud services provided within a company and they offer all the basic functions of Cloud Computing such as increased productivity, flexibility and scalability, remote access, among others, but with restricted access to only one company or a specific group without IT resource sharing with other companies or users outside the corporate environment. In this format, the very company that integrates all departments and areas with the Cloud Computing model, with the installation and maintenance of infrastructure and the platform for the company that provides the Private Cloud system.
With this, the private cloud using an intelligent and flexible network that provides an experience of reliable use, enabling storage and access to information and corporate data safely. Companies that operate in highly regulated sectors or working with sensitive information, such concerns have that need to be met. Choosing a private cloud can be the right option in this case because its main purpose is just to provide more stability for the storage of corporate data in the cloud, ensuring total control over the environment with less risk of threats from third parties, and providing access wherever the employee is.
Another advantage of a private cloud is high customization capabilities, it is possible to increase the efficiency of servers and data centers, reducing deployment costs and increasing the company’s productivity and streamlining operations and infrastructure. However, the price of deploying an internal cloud can be a hindrance for some small and medium businesses.
The hybrid cloud model allows keeping systems in private and other public cloud simultaneously. For example, critical systems that handle sensitive information or can be hosted internally while other systems that do not deal with sensitive data, can be used on a public network.
A well-built hybrid cloud can meet safe processes that need more care because the private cloud ensures safety through an exclusive network installed in the company. A hybrid cloud can also meet the demands of scalability, for example, when a company needs the extra capacity of a server only during a busy period in particular, and soon after to no longer use most. Hybrid cloud can more easily meet its irregular demand, due to its dynamic scalability.
This format of cloud allows a company to establish the best training for the business model as it enhances the internal control of applications for the business needs, analyzing what is the best option. Due to new technological and economic realities, the hybrid cloud model has been the most used in the corporate market.
eMagic is an one stop solution for automated datacenter management aspects, which makes datacenter management easy, quick and more efficient. A datacenter facilitated with eMagic can monitor server logs and consumption details with its friendly GUI.
With eMagic, you can handle all the aspects of data center management like trouble shooting, bandwidth consumption monitoring for an individual user as well as for the entire datacenter, OS installation and server reboots can be initiated with just a few clicks. If your datacenter is powered with eMagic, you can manage your entire datacenter without contacting system administrator or ESDS in order to address issues like – Reboot, Power on, KVMoIP, IP request. This is not all! eMagic is not limited with servers monitoring but also other network components like switches, routers, firewall. This also includes monitoring of Services and Performance parameters like RAM, CPU, Disk partitions, Disk IOPS, Power utilization, etc.
Auto Discovery of Network and Hardware – eMagic haves an unique feature which authorizes auto discovery of all devices in Network and their uplink – downlink connections, which can be operative through SNMP enabled network switches. In a result, the network monitoring becomes easier and ultimately simplifies your work tasks. As far as hardware discovery is concerned, the servers are auto discovered for their hardware components and are regularly audited for hardware configurations.
Scalable and Distributed Monitoring – eMagic facilitates Scalable and Distributed monitoring. This feature is supportive for monitoring a large number of devices, eMagic creates monitoring servers grid/cluster. These servers can be distributed geographically to monitor multiple datacentres which are distributed geographically.
As an outcome of comprehensive research and evolution, ESDS R&D Team came up with eMagic which enables an organization to manage, monitor and take corrective action for their datacenter in order to minimize error thus, saving cost and efforts.
eMagic Dashboard provides a quick overview on the system and various components which includes information on ISP bandwidth, Power utilization, Rack Space availability, Device deployment, subnet report, Logs, System alerts etc. Also, the dashboard is fully customizable to include required information.
Inventory Management: It provides a detailed report of available stock which can be allotted as per requirement. It detects the SNMP enabled devices on the network, provides ease to audit inventory and allotment, server assembly report etc. An user can manage wide range of IT components starting from cables, blade server to internal server components.
Monitoring: It helps to monitor services and ports. User can add N number of ports and services using monitoring settings. Device performance parameters like RAM, CPU, Temperature, Memory, Bandwidth, Max Bandwidth etc. can be easily monitored.
IP Management: It provides all information regarding IP allocation like Subnet report, conflict in IP, Blacklisted IP, and IP allocation report.
Netflow monitoring: This module analyses the router traffic and generates different reports which includes report on dashboard applications, IP and conversations.
Multi Hypervisor: Through this feature, now it is not a tough task for users to manage their virtual machines on cloud platforms like – Hyper-V, VMware , eNlight etc. eMagic supports virtualization VMware, Hyper-V, eNlight platforms where user can create and manage virtual machines from eMagic.
Change Management System (CMS): Within this feature, change request for each and every instance can be managed through an Instance log ID which is raised upon submitting the change request. Each change request ID is generated through a variety of means as a task record. These tasks can be assigned to appropriate change management team members, who will deal with the task as appropriate. Once the change has been properly implemented, it is closed.
Syslog: This feature is an enhancement for the monitoring of base log file and Custom text files for system and sends reminders once the threshold gets crossed via SMS, emails etc. Also, eMagic can monitor any text file using syslog monitoring
Material Requisition: In this module the user can integrate IT material purchased with inventory and operation. Also, inward and outward of IT assets can be managed.
eMagic Technical Specification:
PHP 5.x or more – eMagic user interface has been developed using PHP Framework.
Database Server – MySql
Perl 5.8.2 or more - All cron scripts are developed in Perl to achieve multithreading for fast execution of data fetching job from hundreds of servers.
SNMP – eMagic supports SNMP version 1, 2 and 3.
RRDTool – All monitoring graphs are generated using RRD Tool, there are many dependencies for installing RRD tool. For more details about installation on Linux please refer to the following link
Power management utilities: IPMI / ILO - eMagic currently supports IPMI and ILO utilities With minor customization, eMagic can easily support other power management utilities
eMagic is available in two different editions from which you may select your desired edition depending upon your requirement.
The editions which we offer are as follows:
Standard Edition - IT monitoring for small to medium – sized organizations, backed by full support. It includes:
Enterprise Edition – This includes monitoring large, complex and distributed IT environments with full service support. It includes:
In the daily operations of any organization, typically the end users are responsible for a wide range of actions that compromise the safety and / or network performance.
However, even the pros have their bad habits: ignore users, do backups, not having defined procedures and other sins that undermine the image of the area.
To remind them that even the gurus are human, see below the 11 differences between a GOOD and an EXCELLENT IT engineer:
1. Acquisition Of Resources
When you want additional features, the network professional need to justify the request. A good engineer sends emails to the boss asking for more budget. A great engineer uses its monitoring systems to create a complete list of the use of each device and show how additional investment in hardware or bandwidth will improve the use of resources and increase business efficiency.
2. Identification Of Critical Alerts
Too many alerts means that network administrators will not be able to see the most critical alarms. A great engineer creates schedules and alerts that warn of more serious problems and ensure that the right person with the right skills, receive an alert.
A good engineer monitors the network. A great engineer develops panels that are able to submit all the necessary data to find problems before they cause real problems for users, such as problems related to storage or overloaded access points (wireless). Never wait for the phone to ring with news of an outage on the network – one great engineer must make sure that he will be the first to become aware of a problem.
4. Sharing Knowledge
How IT is an essential part of any business, one great engineer must use their understanding of the system to management and key users informed about the performance of its features and what it can do to help improve a difficult situation.
5. “I will document later”
A good engineer can add, remove or distribute assets, or assign or change IP addresses, but when lunchtime arrives, he leave the document to update later … and often forgets! A great engineer records the changes immediately. Even a basic change in management system that facilitates the registration of change is better than none. An incomplete or outdated documentation is source of problems.
IT is such an essential business to ask if there is a crash or hardware failure – on an individual computer or a major systems – A great engineer will set deadlines for responses and notifications to the team. The help desk should confirm receipt of a ticket at the time he arrives, with clear feedback about response times, and routing options if they are not satisfactory.
7. Don’t Leave The Updates To Check Tomorrow
Such as virtualization, cloud or BYOD – - When new technologies emerge one great engineer does not leave them for the next day or expect someone else to try to learn about them. New technologies are inevitable and always worth learning something new.
8. Formula For Disaster
Do not let huge flaw trigger and create a disaster recovery plan: Develop and test the plan in advance. A great engineer ensures the implementation of a contingency plan, data backup and proof of successful restorations. Review the plan and schedule regular simulations of disasters, even if only once a year or when new administrators assume functions related to recovery.
9. Password – Approve or Reject
Many network administrators tend to use the same password on multiple servers, applications and network devices. If a user does not get approved access to a less critical one system is extremely easy to compromise the core of critical systems using the master password.
10. Police Administrators
You have access policies and auditing deployed to users, but you also police the administrators? We often think that procedures add workload to the administrators and overload, preventing to resolve an emergency situation. However, the excuse of “doing things faster” should not mean no supervision, even the older managers. A great engineer implements a simple mechanism for auditing and reviewing occasional access. For larger teams with different levels, implement role-based, appropriate to the responsibilities of each controls.
11. Ignore The Capacity Planning
Many IT administrators expect the shortage of assets (network equipment, PCs, servers, mobile devices, wireless networking, storage etc.) to request additional equipment. A great engineer is ready for unexpected situations such as a high volume or simultaneous failures, especially when the supplier takes time to provide the equipment.
Despite all the risks that are reported on the cloud computing, the cloud business solutions have proven to be beneficial for companies to generate competitive value compared to its competitors who are not in the cloud.
Though the answers to the question “My business should adopt the cloud” are always “it depends”, there are reasons to be considered by businesses of all sizes to make the cloud your “vehicle” toward higher productivity, lower IT costs and greater growth. Here are 3 reasons why you should consider migrating your business – or at least many of its functions and processes – to the cloud:
Reason # 1: Optimizing Workforce
Reason # 2: The Cloud Helps Leverage Resources of your Business and Implement the rule of 80/20
The cloud can help you leverage your business, since it is linked to increased productivity – time, energy, money. An example is the possibility of increasing the capacity of entrepreneurship, to enable the owners of organizations do more with less: You can manage multiple companies with cloud.
Piyush Somani, Managing Director and CEO of ESDS says, the biggest advantage is being able to access the cloud completely from anywhere in the world using any Internet connected device, which can mean a savings of hundreds of thousands of dollars per year. According to the law 80/20, he explains that the cloud solutions enable companies to manage 80% of the business processes, which include the basic needs: sales, payroll, costs, services, etc.
Reason # 3: Migrating to the Cloud is a Business that is Low Risk Investment and can Generate ROI
With regard to investments, the adoption of the cloud is a low-risk move, which can generate a high return on investment (ROI) in terms of money saved. The operating costs of the cloud decreased 40% in energy costs, and increase business efficiency.
If your company does not use cloud computing as part of daily operations, there is a good chance to break into the model in the coming time.
One of the main benefits of the cloud is its ability to outsource the infrastructure and management of complex applications and data services, allowing data center managers to purchase computing cycles and storage capacity in a more granular fashion, on demand. Instead of spending capital in bulk for large servers and storage solutions, you can buy time based computer on actual usage of CPU cycles and the amount of gigabytes or terabytes in storage used.
Migrating critical data and applications to the cloud can be significantly more cost effective than maintaining the hardware at the company. As your data is stored on the service provider’s infrastructure, there is no need to invest in the purchase of equipment, maintenance or upgrade the web hosting server.
In addition, as data and software are under the responsibility of a provider, the contracting company can reduce the number of IT employees or contractors needed to keep the hardware running on premise, directing them to more strategic activities that add value to the business.
When migrating data from the company to a company that specializes in providing cloud computing solutions, the organization is not only investing in a solution of off-site storage, but also buying a little tranquility. This is because providers of cloud solutions as Amazon, IBM, Cisco, Microsoft and ESDS have trained staff which is ready to respond to emergencies, frustrations and failures 24 hours a day, 365 days a year, ensuring that the company and employees have access to files and business applications. Furthermore, they give the necessary assistance when requested. By default, cloud computing offers a backup solution instant off site that is running. In cases of disasters in the office, for example, business continuity is assured, thanks to the fact that information is replicated to another location.
Having a solution of cloud computing means to grow rapidly and meet the demands of employees and customers. As businesses grow, the cloud-based solution can quickly be scaled to meet the growing needs. Such movement may be especially important for businesses that rely on web sales as a significant representation of the recipe. The lack of server capacity can quickly result in lost sales.
In essence, the cloud changes its cost structure and managing IT from the purchase of equipment, hiring professionals and operation of internal data centers to service-oriented paradigm on which you buy just what you need when you need. Becomes someone else’s problem to make sure everything is secure, available and reliable.
However, there are always advantages and disadvantages to surrender control of IT to another person. You need to make sure it is worth it, and it works.
Here are ten points to consider before adopting the cloud:
All these factors are important and must be considered when you evaluate whether cloud computing makes sense for your organization or not!!
The cloud as a concept has become ubiquitous in all technological news blogs, newspapers, etc.. So much so that we tend to lump it services or functionality we use for years or even decades. Most people ask but do you really what is this cloud? or what do you have again? If the end is all easier …
The cloud is basically flexible, they have the ability to increase and decrease in resources based on the needs you have for a project at all times. Traditional servers are limited to the hardware installed and of course, any extension of RAM, disk space or processor involves turning off the server and manually replacing parts. On the other hand, create an additional VPS to meet peak demand is a matter of seconds, while always ready to maintain a physical server these cases is costly.
How have ESDS focused on Cloud?
The first is developed its own eNlight Cloud Hosting Solution to ensure our independence when going to implement new features and improvements. In fact we are the only company in India using a solution developed in house and certainly in ESDS, we prefer to maintain control over the platform without relying on third parties.
Another point is the problem of storage. First Cloud (and many today), lacked stability and performance for virtualization was performed on conventional storage structures. Moreover, as it is not possible to virtualize on demand access to disk solutions like Amazon tarifican the number of requests to cabins with high capacity storage.
In that sense we have been clear that the utility of Cloud had to rely on the speed of response and processing power and network. Why we use the highest quality hardware servers, faster Gigabit connections … and drives: SAS in RAID in compact and efficient cabins, otherwise it would not be possible to offer a useful tool!
Whether you realize it is a classic consumer computing lifetime and not much different from a mail service for IMAP or file repository. The hosting companies offer this service since they exist, for example in ESDS we developed eNlight Platform. With the proliferation of the first laptops and mobile devices then, has been imposed demand to centralize photos, music, documents, etc..
Another classic converted, but this time very common in the 90 companies and universities: networked applications. The jobs are simple terminals, “stupid computers” that are connected to a centralized software, eg. a project manager or an office suite … has been and still is a good way to lower licensing costs.
For our part we think it’s not worth giving up the power that gives you any conventional PC or laptop to run desktop software connected to a central server. In fact, offering more specific applications is gaining licenses cheapest room in the market … For this segment, we have chosen to focus on giving a good infrastructure to develop your own solutions based on your specific needs.
The Disaster Recovery represents the set of technological measures that promote the recovery of data in times of emergency; thanks to a good disaster recovery plan that are able to ensure the protection of IT resources.
The moments of inactivity can be harmful without proper recovery plan. According to some studies, only 6% of companies lacking a plan of this kind will be able to maintain a certain balance and survive long-term. Without an adequate system of protection the consequences can be very unpleasant.
There are several causes that lead to data loss (UPS system failure, cyber attacks, IT equipment failure, human error), and many cannot be avoided.
In order to always ensure the maximum protection of your work and data, as well as the continuity of service for your online business, the company should implement a disaster recovery plan by making a risk analysis and by implementing specific solutions to manage any uncomfortable situation. In particular, we have identified five measures:
Considering these aspects becomes appropriate for the company that wants to implement a Disaster Recovery Service plan, contact our Sales Team for highly customizable Cloud Hosting DR solutions that can respond to different levels of criticality of the business.