Global Smart Hands

 If your on-site technical support is currently limited, the field engineer can extend that reach globally. Smart Hand engineers can help you implement, install, troubleshoot, and test. These requirements don't have to be limited if you can expand your reach and access these services globally with a platform.

To help you learn more about Global IT Smart Hands and how the field engineer can help you, we will summarize all the important information below. Read on to learn more.

What are global smart hands?

Global Smart Hands is a service you can use to improve your handling of things like OEM hardware delivery. Engineers who perform this work on behalf of your company can offer a wide range of on-site services so you can get the job done efficiently while focusing on core operations that require your attention. You don't have to worry about these services as they are done for you.

Smart Hands engineers can also provide level 2 and 3 engineers remote support for testing and troubleshooting. The experts who do the work for you are trained and qualified to help you when you need them most. You have access to professional work anywhere in the world, allowing you to expand your reach and perform tasks that your company may not have been able to do before.

You can't always get the support you need at certain locations, and it's rarely profitable to send your own employees to specific locations when the job needs to be done. This is why Global Smart Hands is so valuable and important to small businesses. This solution is logistically perfect, profitable and functional for both companies and remote engineers. Its services can be used worldwide at any time.

Global support for smart hands.

Global Smart Hands manages global installations and deployments. However, there are many different support services that Smart Hands can offer. General technical troubleshooting and support is provided on-site and off-site. You can also take care of device setups and configurations, ladder racks, and pre wiring for patch panels and devices. Smart Hands can also remove, install and configure the interface card.

Signage is important and smart hands can test proper signage and media testing. With remote troubleshooting, they can also provide visual inspections, inventory, and device identification. They can provide support for AV and conference room devices, as well as routers, servers, and switches to turn them on and off. Smart Hands also add, remove, and review customer and business demarcations.

Devices and cables can be secured and moved with smart hands when needed, and can install and remove devices. Installation, dismantling, and maintenance may also be covered by your services. When hardware components need to be replaced or upgraded, they do this job and rotate and replace tapes. You can use local KVM to troubleshoot and issue commands before sending system responses to the client.

Smart hand services

Externetworks makes it easy to connect with smart manual engineers who can do all of this work for you and provide all of the services listed above. It is a global market to order that can be used by companies of all kinds. Here you will find all kinds of telecommunications engineers who can help you complete and complete tasks at any time of the day, anywhere in the world, according to your needs.

Externetwork's Global Smart Hands services are available in 190 countries around the world, so you can easily find a professional, reliable technician to work on the tasks at hand. They have the experience, training, and experience to perform these tasks at the highest level, so you don't have to worry about being disappointed.

If you've never tried it before, now is the time to visit  and make the most of the platform. With more than 45,000 engineers waiting for you worldwide, you will quickly see the benefits this can bring to your business.

How Does Office 365 Migration Work?

GoDaddy offers email migration services for Office 365. We take care of the hard work of moving your email data and send you and your users a message every step of the way, along with all the necessary instructions to complete the transition. 

If you have configured your Outlook client with POP email settings, you and your users must download and install the Outlook Migration Wizard to migrate local data. The wizard copies your client's settings and prepares each desktop with the existing settings. Make sure all your computers / users meet the requirements.

Starting The Migration

To start your Office 365 Migration, you need to contact a GoDaddy guide to guide you through customizing your migration, which includes:

1. Which mailboxes are migrated to Office 365?
2. Set up plugins like advanced email security, email archiving or email backup
3. Add email aliases, distribution groups and / or forwarding addresses
4. Choose a date to use Office 365

Step 1: domain verification

To set up Office 365, proof that you are the owner of your domain is required by entering a TXT entry in the DNS domain. We will email you instructions for updating your DNS. It is important to do this as soon as possible, otherwise your migration may be delayed. This change does not interrupt your current email service.

 Note: If you have already set up your Office 365 accounts before contacting a guide, or if your domain and DNS are on the same GoDaddy account as the migration, we will do this for you. TXT for GoDaddy managed DNS is not normally required.

Step 2: collect passwords

1. In order for us to migrate email from your current email service to Office 365, we need to access your accounts to start data synchronization. To this end, our migration partner SkyKick (upgradees@skykick.com) sends each end user an email with a clear and secure link requesting you or your users to provide their email address and password. This is the current email address and password that you are using now.

 Note: If you migrate from GoDaddy Workspace email, you don't have to enter your current email passwords. We already have everything we need for this part and you don't need to provide additional details or passwords to continue.

2.               After entering your current information, the page will ask you to set a password for your new Office 365 account. This is the password you use to access your new account.

3.               Once you have created your new password, we will start migrating emails in the background as you continue to use your current email service.

Step 3: download the Outlook Migration Wizard

Necessary:

Make sure that you and your end users are qualified to use this program following the requirements. If you are not authorized, you may not receive all of your data.

To facilitate the migration process and allow us to move your data and settings even further, we recommend that you and your email users download and install the Outlook Migration Wizard before the scheduled update date. The wizard is only available to Windows PC users.

If qualified users download and install the program before the migration date, the Outlook Migration Wizard does the following for them:

1. Automatically create a new profile in Outlook using new Office 365 email
2. Migrate local .PST content from the old email to the new profile. This means things like:

·        POP email data

·        Contacts / calendar / tasks

·        Firms

·        Autofill cache

The account owner receives daily reports of Outlook Migration Assistant downloads from their email users. We recommend everyone (who can) download and install the wizard as soon as possible.

Anyone who cannot use the Outlook Migration Wizard must manually move local content and configure their client manually. We send instructions to these users on the migration date. Mac users and users without Outlook already configured cannot use the Outlook Migration Wizard.

Step 4: Migration day: DNS change

You can use Office 365 depending on the date and time you choose. You will need to change your DNS settings to point to Office 365 before using your new email.

These settings will be emailed to you 8 hours prior to migration. So if you need to take steps to prepare with your DNS provider, give them these DNS instructions. If your domain and DNS are with GoDaddy, we will make these changes for you.

If you downloaded the Outlook Migration Wizard, you must update DNS so that the wizard can complete the configuration of your Outlook client.

Step 5: finishing the touches

When you use your email, almost all of the data is there, but you may be missing some of your most recent emails. Once you use Office 365, you need to schedule up to 48 hours as we sync the final email from your old email server with your new Office 365 account.

We will monitor your old email accounts for up to 72 hours if emails are diverted during the transition.

Enjoy upgrading to Office 365!

Seven Steps in Deploying SD-WAN Architecture

Network architecture is now seen as the hub of digital transformation. Implementing the SD-WAN architecture can lead to cost savings, performance benefits, and easy administration.

Most companies are experiencing massive changes in the technology and processes they use.

This is because most companies have traditionally used manual and analog processes. Technologies such as cloud and edge computing, mobility, artificial intelligence and devices that are capable of the Internet of Things have disrupted these long-standing processes.

The digital transformation captures the massive changes that companies are experiencing in the digitization and automation of processes. Digital transformation integrates technology to solve traditional business problems with automation, digitized processes, and artificial intelligence. Digital transformation can optimize the way companies work, while creating competitive advantage and business differentiation.

According to Gartner Research, one of the first steps towards this automation is virtualization of IT infrastructure, especially with network virtualization, about the role of network virtualization in digital transformation. For most corporate IT departments, the WAN (Wide Area Network) edge is the easiest place to start virtualizing a network. Software-defined WANs provide relatively quick cost savings and performance benefits. Virtualization eliminates hardware, enables more flexible management, and more.

When your business is ready to use software defined wide area network (SD-WAN) technology, the next logical question is "How?"

No two SD-WAN Deployment Services are designed, created, and managed identically. Several factors change deployment decisions, including the composition of a remote site, end-user requirements, and budget constraints. SD-WAN implementation involves seven steps to help you ask the right questions. These steps are the following:

• Calculate the maximum number of remote locations
• The correct deployment size is based on the number of users and the expected use of WAN
• Analyze applications / services / workloads.
• Determine what WAN connectivity options are available
• Choose an implementation model
• Plan to capture the WAN data stream after deployment
• Continuous improvement based on analysis

Let's take a closer look at each of these steps.

1. Calculate the maximum number of remote locations: The number of SD-WAN deployment options that can be deployed increases relative to the number of remote locations in a company. Smaller SD-WAN use cases generally keep the overall architecture simple by using ready-to-use configurations. For simplicity, these types of implementations generally use a star topology that brings all traffic back to one place. Most companies choose design complexity because they lack the budget, manpower, or need for a more robust design.

Large deployments offer more flexibility when it comes to how complicated they can be. Much of this depends on the importance of remote locations in terms of business continuity. The more critical remote locations become for business performance, the more sophisticated the SD-WAN implementation will be.

2. Align the size of the deployment based on the number of users and the expected use of WAN: The number of end users and the location of your applications and data play an important role in determining the design and size of an SD-WAN. For example, if a remote site has hundreds or thousands of users, but applications and data are managed locally, WAN optimization and intelligence may not be as important as a 10-user site that uses business-critical applications that they are further a WAN From a performance point of view, the number of employees is important. However, be sure to measure the needs per user and the business importance of a WAN.

3. Analyze applications / services / workloads: Then assess the number, type, and importance of all the expected applications, services, and workloads that will go through the WAN. Investigate to identify each application, how this application interacts with resources distributed over the WAN, and what network requirements exist. For real-time streaming protocols such as voice, video, and high-performance database access, these application data streams must be identified, flagged, and prioritized over a WAN.

The secret to the success of a successful SD-WAN deployment comes from this analysis of the application. Only through this analysis can IT departments determine if applications are using SD-WAN resources or if they require faster speeds. Only if you know these application requirements can you configure your SD-WAN correctly. Without going through a thorough review and prioritizing applications by importance and requirements, the intelligence of an SD-WAN implementation lacks the information to make appropriate routing decisions.

4. Determine what WAN connectivity options are available: After calculating the latency and performance requirements based on the information collected in the previous three steps, examine what WAN connection options are available at each location. Don't forget: SD-WAN technologies must have two or more WAN connections for SD-WAN AI to have a choice of routes to use. If all of your offices are in modern urban areas, there may be a large number of private WAN and / or broadband providers. In this situation, the choice of WAN connectivity types comes down to answering the following questions:

• What performance, what latency, and what reliability are required today?
• What options best allow for the expected type of scale and / or reduction?
• What options are best suited to your budget?

However, if your remote locations are in rural areas, you should also consider the limitations of WAN's restricted options. In this situation, no stone should be flipped. Fortunately, the underlying information in SD-WANs can continue to use low bandwidth connections and higher latency while taking full advantage of it. As a result, options that are often initially ignored (for example, LTE and satellite broadband) may be viable connectivity options in some places.

5. Choose an implementation model: All the previous steps in this process deal with the framework in which SD-WAN is running. When this is complete, the fifth step is to examine the SD-WAN deployment options and find out which model best fits. There are three basic implementation models to choose from.

First, in-house IT staff could negotiate prices and enter into WAN connection contracts directly with the provider. Once complete, the company's IT department can select, fully implement and manage an SD-WAN. Alternatively, many IT decision makers have chosen a SD-WAN managed service provider (MSP) to handle all aspects of the WAN, including relationships with WAN line providers, SD-WAN provisioning, and all continuous maintenance.

Finally, it is becoming increasingly popular to provide a hybrid solution that divides tasks between internal IT staff and an MSP. In this scenario, an MSP manages the underlying WAN infrastructure by monitoring the performance of WAN connections and by opening preventive trouble tickets with WAN line providers on behalf of the customer. The entire WAN guidelines creation, management, and security situation is left to internal IT staff, who better understand user needs. As Gartner noted, many IT departments are now responsible for managing service delivery, not managing traditional IT infrastructure.

6. Schedule capture of the WAN data stream after deployment: It is important to note that even after the SD-WAN architecture has been implemented, the technology requires ongoing maintenance to function efficiently. While artificial intelligence eliminates numerous manual processes within an SD-WAN platform, relevant information about changes in user requirements, growth, or business requirements has yet to be provided. This information must be collected and selected so that the intelligence embedded in the SD-WAN architecture can understand the changes and make the necessary adjustments to the data flow policy.

7. Continuous improvement based on analysis: When an IT department implements an SD-WAN architecture, it generally behaves according to the information that was originally provided. It is up to a network administrator to determine when to enter new policy information (based on business requirements) that changes the behavior of an SD-WAN. The collected data should be analyzed and then imported back to the SD-WAN platform at regular intervals.

Changes in connectivity type should also be re-evaluated on a specific timeline. New WAN connection options may be available to enhance the experience of WAN end users. Additionally, the number of users, the types of applications, and the critical importance of applications / data are likely to change over time, increasing or decreasing performance, speed, and fluctuations at each location. It is important that continuous improvement is planned and planned properly to ensure that the intelligence of an SD-WAN is effective.

Deploying an SD-WAN

When implementing an SD-WAN Deployment, don't forget how the technology is used in your particular environment. Although each described step does not have to be carried out in succession, the steps can be divided into pre-planning, architecture and ongoing administration phases.

When planning ahead, consider the connectivity types of individual branches. Also calculate the number of end users and their specific application requirements. The architecture phase includes considering geographic location, user requirements, and the deployment model to optimally achieve your goals.

After all, you need data acquisition and analysis in the continuous management phase to continually optimize your SD-WAN architecture. Then, based on the results of the analysis, review the network guidelines to adapt them to the business requirements. If these steps can be followed in the phases described, you are on the right track for an enterprise SD-WAN that will work for years to come.

Seven Steps in Deploying SD-WAN Architecture

Network architecture is now seen as the hub of digital transformation. Implementing the SD-WAN architecture can lead to cost savings, performance benefits, and easy administration.

Most companies are experiencing massive changes in the technology and processes they use.

This is because most companies have traditionally used manual and analog processes. Technologies such as cloud and edge computing, mobility, artificial intelligence and devices that are capable of the Internet of Things have disrupted these long-standing processes.

The digital transformation captures the massive changes that companies are experiencing in the digitization and automation of processes. Digital transformation integrates technology to solve traditional business problems with automation, digitized processes, and artificial intelligence. Digital transformation can optimize the way companies work, while creating competitive advantage and business differentiation.

According to Gartner Research, one of the first steps towards this automation is virtualization of IT infrastructure, especially with network virtualization, about the role of network virtualization in digital transformation. For most corporate IT departments, the WAN (Wide Area Network) edge is the easiest place to start virtualizing a network. Software-defined WANs provide relatively quick cost savings and performance benefits. Virtualization eliminates hardware, enables more flexible management, and more.

When your business is ready to use software defined wide area network (SD-WAN) technology, the next logical question is "How?"

No two SD-WAN Deployment Services are designed, created, and managed identically. Several factors change deployment decisions, including the composition of a remote site, end-user requirements, and budget constraints. SD-WAN implementation involves seven steps to help you ask the right questions. These steps are the following:

• Calculate the maximum number of remote locations
• The correct deployment size is based on the number of users and the expected use of WAN
• Analyze applications / services / workloads.
• Determine what WAN connectivity options are available
• Choose an implementation model
• Plan to capture the WAN data stream after deployment
• Continuous improvement based on analysis

Let's take a closer look at each of these steps.

1. Calculate the maximum number of remote locations: The number of SD-WAN deployment options that can be deployed increases relative to the number of remote locations in a company. Smaller SD-WAN use cases generally keep the overall architecture simple by using ready-to-use configurations. For simplicity, these types of implementations generally use a star topology that brings all traffic back to one place. Most companies choose design complexity because they lack the budget, manpower, or need for a more robust design.

Large deployments offer more flexibility when it comes to how complicated they can be. Much of this depends on the importance of remote locations in terms of business continuity. The more critical remote locations become for business performance, the more sophisticated the SD-WAN implementation will be.

2. Align the size of the deployment based on the number of users and the expected use of WAN: The number of end users and the location of your applications and data play an important role in determining the design and size of an SD-WAN. For example, if a remote site has hundreds or thousands of users, but applications and data are managed locally, WAN optimization and intelligence may not be as important as a 10-user site that uses business-critical applications that they are further a WAN From a performance point of view, the number of employees is important. However, be sure to measure the needs per user and the business importance of a WAN.

3. Analyze applications / services / workloads: Then assess the number, type, and importance of all the expected applications, services, and workloads that will go through the WAN. Investigate to identify each application, how this application interacts with resources distributed over the WAN, and what network requirements exist. For real-time streaming protocols such as voice, video, and high-performance database access, these application data streams must be identified, flagged, and prioritized over a WAN.

The secret to the success of a successful SD-WAN deployment comes from this analysis of the application. Only through this analysis can IT departments determine if applications are using SD-WAN resources or if they require faster speeds. Only if you know these application requirements can you configure your SD-WAN correctly. Without going through a thorough review and prioritizing applications by importance and requirements, the intelligence of an SD-WAN implementation lacks the information to make appropriate routing decisions.

4. Determine what WAN connectivity options are available: After calculating the latency and performance requirements based on the information collected in the previous three steps, examine what WAN connection options are available at each location. Don't forget: SD-WAN technologies must have two or more WAN connections for SD-WAN AI to have a choice of routes to use. If all of your offices are in modern urban areas, there may be a large number of private WAN and / or broadband providers. In this situation, the choice of WAN connectivity types comes down to answering the following questions:

• What performance, what latency, and what reliability are required today?
• What options best allow for the expected type of scale and / or reduction?
• What options are best suited to your budget?

However, if your remote locations are in rural areas, you should also consider the limitations of WAN's restricted options. In this situation, no stone should be flipped. Fortunately, the underlying information in SD-WANs can continue to use low bandwidth connections and higher latency while taking full advantage of it. As a result, options that are often initially ignored (for example, LTE and satellite broadband) may be viable connectivity options in some places.

5. Choose an implementation model: All the previous steps in this process deal with the framework in which SD-WAN is running. When this is complete, the fifth step is to examine the SD-WAN deployment options and find out which model best fits. There are three basic implementation models to choose from.

First, in-house IT staff could negotiate prices and enter into WAN connection contracts directly with the provider. Once complete, the company's IT department can select, fully implement and manage an SD-WAN. Alternatively, many IT decision makers have chosen a SD-WAN managed service provider (MSP) to handle all aspects of the WAN, including relationships with WAN line providers, SD-WAN provisioning, and all continuous maintenance.

Finally, it is becoming increasingly popular to provide a hybrid solution that divides tasks between internal IT staff and an MSP. In this scenario, an MSP manages the underlying WAN infrastructure by monitoring the performance of WAN connections and by opening preventive trouble tickets with WAN line providers on behalf of the customer. The entire WAN guidelines creation, management, and security situation is left to internal IT staff, who better understand user needs. As Gartner noted, many IT departments are now responsible for managing service delivery, not managing traditional IT infrastructure.

6. Schedule capture of the WAN data stream after deployment: It is important to note that even after the SD-WAN architecture has been implemented, the technology requires ongoing maintenance to function efficiently. While artificial intelligence eliminates numerous manual processes within an SD-WAN platform, relevant information about changes in user requirements, growth, or business requirements has yet to be provided. This information must be collected and selected so that the intelligence embedded in the SD-WAN architecture can understand the changes and make the necessary adjustments to the data flow policy.

7. Continuous improvement based on analysis: When an IT department implements an SD-WAN architecture, it generally behaves according to the information that was originally provided. It is up to a network administrator to determine when to enter new policy information (based on business requirements) that changes the behavior of an SD-WAN. The collected data should be analyzed and then imported back to the SD-WAN platform at regular intervals.

Changes in connectivity type should also be re-evaluated on a specific timeline. New WAN connection options may be available to enhance the experience of WAN end users. Additionally, the number of users, the types of applications, and the critical importance of applications / data are likely to change over time, increasing or decreasing performance, speed, and fluctuations at each location. It is important that continuous improvement is planned and planned properly to ensure that the intelligence of an SD-WAN is effective.

Deploying an SD-WAN

When implementing an SD-WAN Deployment, don't forget how the technology is used in your particular environment. Although each described step does not have to be carried out in succession, the steps can be divided into pre-planning, architecture and ongoing administration phases.

When planning ahead, consider the connectivity types of individual branches. Also calculate the number of end users and their specific application requirements. The architecture phase includes considering geographic location, user requirements, and the deployment model to optimally achieve your goals.

After all, you need data acquisition and analysis in the continuous management phase to continually optimize your SD-WAN architecture. Then, based on the results of the analysis, review the network guidelines to adapt them to the business requirements. If these steps can be followed in the phases described, you are on the right track for an enterprise SD-WAN that will work for years to come.

In-House vs. Outsourced Cybersecurity operations Center Capabilities

Cybersecurity Operations Centers have become an essential element in detecting threats. Here you can find out if you want to create or outsource these functions internally.

The term Outsource cybersecurity operations is simple: in companies, operations refer to everything a company does to fulfill its mission. However, to do this, the business must also protect the resources necessary to achieve its goals, and this is where cyber security comes into play.

Online information and resources must be protected, and cyber security operations are the organizational processes necessary to protect the entire company, and especially its information resources, from cyber security threats.

Outsourced Cybersecurity operations have one overarching goal: to protect company information, websites, databases, business processes, and communications. It does this by monitoring what is happening on and off the network to identify activities that may represent malicious activities or threats.

Many networks have grown in response to emerging technologies and changing requirements, so cybersecurity no longer has a uniform master plan. The Internet disrupted everything and forced companies to urgently improve their security measures and bring them together under one roof. The volume of alerts generated by Intrusion Detection / Prevention Systems (IDSes / IPSes), firewalls and other systems forced companies to take a closer look at their security infrastructure. The companies not only feared that a lack of trained personnel would cause the warnings not to be analyzed, but also feared that the large number of warnings was simply too large to be diagnosed in time. Companies were afraid of what they did not know from a threat monitoring perspective.

Outsourcing operations versus internal cybersecurity operations

There are two possible approaches for these organizations to create an operational role for cybersecurity: outsourcing or internal construction.

By outsourcing cybersecurity operations, security analysis capabilities can be provided while a company is building its own in-house cybersecurity operations center.

Outsourcing the cybersecurity feature is a sensible way to monitor network alerts. Basically, outsourcing cybersecurity operations involves entering into a contract with a managed security service provider to analyze network alerts for possible malicious behavior. The MSSP rejects those who are not malicious and informs those who can actually be harmful.

Outsourcing pros

• Trained staff. The MSSP has personnel available, which saves the organization time and costs of hiring and training the people necessary for the analysis.
• The MSSP also has the facilities and tools to get the job done. This saves more time and upfront costs of building an internal operations center for cyber security.
• Smart Analysis By outsourcing cyber security operations, security analysis capabilities can be provided while a company is building its own in-house cyber security operations center.

Disadvantages and outsourcing questions to the MSSP

• How much analysis will the MSSP provide? Outsourcing the cybersecurity function generally does not provide functions that involve multi-level alert analysis or incident response service. Instead, many outsourced cybersecurity operations only offer the equivalent of analyzing level 1 cybersecurity operations.
• The MSSP can only analyze a subset of the warning logs generated by an organization. Warnings from applications, such as databases and web applications, may be outside your area of ​​expertise. If the MSSP is also a provider of tools or hardware, you may only be able to analyze the records of your own products.
• What happens to warnings that the MSSP cannot erase? Who will analyze these possible threats in detail? An organization still needs some internal parsing features to process the fewest warnings that the MSSP cannot easily eliminate and therefore return to the customer.

For some companies, a complete and permanent outsourcing of cybersecurity operations is a desirable option. This is a sensible approach, especially for government organizations, where the acquisition, training, and management of people and facilities, as well as cost prediction, is preferably done under a service contract rather than internally. Government organizations may also have significant cyber security compliance obligations when it is appropriate to delegate government mandates to a contractor.

In-House Cybersecurity Operations Center

Building an internal cybersecurity operations center provides the ultimate control over cybersecurity operations and the best way to obtain the services a business needs. Building an internal cybersecurity operations center can also lay the foundation for building future comprehensive cybersecurity services, including vulnerability management, incident response services, external and internal threat management services, and threat detection. .

Compared to outsourcing the cyber security feature, creating internal features has the following advantages and disadvantages.

In-House pros

• Adaptation of operations to requirements. Design security operations and monitoring functions that best meet the needs of the business.
• Establishment of a uniform security strategy. An in-house cybersecurity operations center can provide the foundation for a comprehensive security, threat, and incident response function.

Disadvantage

• Planning and implementation. The time required to set up an internal cybersecurity operations center can easily be one year and is likely to be longer.
• Appropriate staff. Hiring employees with the right skills, training and experience, or developing and training existing in-house employees can be time consuming and expensive.

As with many cybersecurity decisions, the right approach for many companies is to strike the right balance between internal management of cybersecurity operations and outsourcing to an MSSP.

A sensible option, especially for companies intending to develop an internal cybersecurity role, is to take advantage of the speed of outsourcing as the company develops its own cybersecurity operations. Outsourcing can provide at least some of the cybersecurity services needed today, and the company can use the trained and experienced staff of an MSSP to create the services it wants to provide.