Office 365 is the Office you already know and use every day, just better. Office 365 is powered by the Cloud so you can get to your applications and your files from virtually anywhere on a PC, a Mac, on Phones and Tablets. Your Apps are always up to date, and your features are too, you get them automatically.

Office 365 is your complete Office in the cloud. It lets you and your organisation work from anywhere, on any device, whether you’re online or offline, with better ways to work together, and easier ways to share. Office 365 gives you the familiarity and power of Office with the flexibility of the cloud. With Office in the cloud, your applications and files are with you wherever you go, whether you’re working offline on your mac laptop or online at your Windows desktop, or on one of your mobile devices. Edit files at your PC or Mac, collaborate at the same time. Email or share files from your tablet. Join an online meeting from your phone. Everything that you need is accessible from anywhere.

Serviceteam IT are a Microsoft Silver Productivity Partner based in the heart of Birmingham with a team of specialists. Contact us today on 0121 468 0101 and let us unlock the potential of Office 365 for your business.

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Cloud Connect Explained | An Introductory Guide

Cloud Connect uses the latest in fibre hardware technology to create a physical link between your network, and the cloud. Almost every organisation is now either using the cloud, or somewhere along the process towards adoption of the cloud.

The Cloud refers to Internet based computing. This is a model in which on-demand, low cost, shared computing resources can be used for a variety of tasks. Organisations use cloud computing for a number of reasons such as compute, backups, security or to host shared documents and resources.

If, like many organisations, you are also using the cloud, then it’s important to know about the connectivity infrastructure that supports the cloud. While most data will travel across the public Internet, Cloud Connect is a dedicated connection between your network and your cloud services. A dedicated connection means your data bypasses the public infrastructure, and therefore benefits from consistent performance and improved security.

Cloud Connect allows you to connect to any one of the many cloud service providers, including AWS (Amazon Web Services), Microsoft Azure, or Office 365. Additionally you can attain cost savings by using the same connection for multiple services. Efficiencies can also be gained through mitigation of outages through a fault resistant architecture, which allows an uptime of up to 99.999%.


Find out more about Cloud Connectivity Providers



Learn how to connect your private network to your cloud




Cloud Connect Benefits


Security

Secure network access is an essential component of cloud computing. Your data may be at risk if it travels over the public Internet network. However, with Cloud Connect, security is guaranteed as it’s a private dedicated connection, meaning that it’s for your data and your data only.


Resilience

If your organisation is reliant on cloud, then it’s no use if your connectivity infrastructure only allows you to access it only some of the time. Furthermore, incidents such as a contractor cutting through your fibre, could cut off your connectivity for weeks. Thankfully with Cloud Connect these scenarios are mitigated due to resilient failover options. This enables your business to stay online around the clock with up to 99.999% uptime as guaranteed by proactively monitored Service Level Agreements.


Performance

By having a dedicated and direct private connection that is not shared by anyone else, consistent high level performance is enabled. This results in a quality end-user experience on-top of a fast, efficient, and reliable service. Additionally, unlike shared connections, your route to cloud is unaffected by contention and demand at peak times.

Cloud Connect Features


Dedicated Bandwidth

The connection is not shared and dedicated end-to-end.

Predictable Latency

The latency is low and predictable, far better than an Internet VPN.

Range of Bandwidth

A range of bandwidth capacities, from 10Mbps to 10Gbps.

Totally scalable

Scale up or down in bandwidth to suit capacity needs.

Fully redundant

Redundant connections throughout by design.

Reduced Costs

Reduced or no cost of data transfer on Ingress or Egress.


How do you get one?

Serviceteam IT have enterprise solutions for organisations of any size. We offer scalability and flexibility that would otherwise be unavailable from legacy services, and deliver dedicated, secure, uncontended fibre connections for all your voice and data traffic. What Serviceteam IT offer is:

  • Extensibility – Our infrastructure can grow, adapt and scale to your business
  • Continuity – Network designed with contingency options for business continuity
  • Cost Savings – Do away with expensive hardware, switching, and set-up costs
  • Fully managed – Eliminate admin and billing headaches
  • Proactively monitored SLA – with up to 99.999% uptime
  • Maintainence – Hardware maintenance included in standard service
  • 24/7 Support – From a dedicated fault management team


With over 20 years of experience, Serviceteam IT design and deliver sophisticated connectivity, communication, continuity, and cloud services, for organisations that need to stay connected 24/7. We take the time to fully understand your current challenges, and provide a solution that gives you a clear understanding of what you are purchasing and the benefits it will bring you.

To find out how we can help you, call us on 0121 468 0101, use the Contact Us form, or why not drop in and visit us at 49 Frederick Road, Edgbaston, Birmingham, B15 1HN.

We’d love to hear from you!

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Office 365 App Password with MFA | HowTo | 1 of 2

Part One | Part Two

If you’re using Multi-Factor Authentication for your organisation, and want to use applications which connect to your Office 365 account, you will need to create an Office 365 App Password. This is to enable the App to connect to Office 365. For example, if you’re using Outlook 2016 or earlier, Apple Mail App, Skype for Business or any other third party client with Office 365, you’ll need to create an App Password.

Thankfully, creating an Office 365 App Password is really easy to do, if a little hard to find.

Log in to the portal here: https://portal.office.com

  1. Once logged in, click on the Profile Picture on the top right:

    Office 365 App Password Portal Login Step One

    Office 365 Portal Login Step One

  2. Click on View account:

    Office 365 View Account App Password Step Two

    Office 365 View Account Step Two

  3. Click on Manage Security & Privacy:

    Manage Office 365 App Password Security Privacy Step Three

    Manage Security & Privacy Step Three

  4. Click on Additional security verification:

    Office 365 App Password Security Privacy Step Four

    Additional Security Verification Step Four

  5. Click on Update your phone numbers used for account security:

    Office 365 Update Numbers App Password Step Five

    Update Numbers Step Five

  6. Click on app passwords:

    Office 365 Select App Passwords Step Six

    Select App Passwords Step Six

  7. Click on create:

    Create Office 365 App Password Step Seven

    Create Office 365 App Password Step Seven

  8. Enter a Name in the box, something unique is recommended. I usually name the client application the App Password is associated with. In the example below I have used Apple Mail App. Click next:

    Name Office 365 App Password Step Eight

    Name Office 365 App Password Step Eight

  9. Now either copy by selecting the line, taking care not to pick up any spaces or other characters, or click on copy password to clipboard. You can now use this App Password in your client application, such as Apple Mail App, Thunderbird, iPhone, iPad. Take care as this is the only time you will see Your app password. They cannot be viewed or changed once you click close:

    Copy Office 365 App Password Step Nine

    Copy Office 365 App Password Step Nine

  10. When you Enrolled in Multi-Factor Authentication you were given an initial App Password. I recommend deleting the initial app password, in favour of creating individually named App Passwords. This allows you to ensure each device or client is separate, which is more secure and easier to manage when you want to remove authentication. Click Delete:

    Delete Office 365 App Password Step Ten

    Delete Office 365 App Password Step Ten

  11. Confirm you want to delete the App Password and click Yes:

    Confirm Delete Office 365 App Password Step Eleven

    Confirm Office 365 App Password Step Eleven

  12. The App Password has been successfully deleted. Click close:

    Change Office 365 App Password Step Twelve

    Change Office 365 App Password Step Twelve

  13. Thats it. You now have an App Password for your Apple Mail App. Repeat steps 7, 8 and 9 to create additional App Passwords.

    Review Office 365 App Password Step Thirteen

    Review App Password Step Thirteen

In Part Two, coming soon, I will demonstrate how you can add your App Password to a variety of clients and devices, including Apple Mail App, iPhone, iPad and Outlook 2016.

With over 20 years of experience, Serviceteam IT design and deliver sophisticated connectivitycommunicationcontinuity, and cloud services, for organisations that need to stay connected 24/7. We take the time to fully understand your current challenges, and provide a solution that gives you a clear understanding of what you are purchasing and the benefits it will bring you.

To find out how we can help you, call us on 0121 468 0101use the Contact Us form, or why not drop in and visit us at 49 Frederick Road, Edgbaston, Birmingham, B15 1HN.

We’d love to hear from you!

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Azure Multi-Factor Authenticator App | HowTo | 3 of 3

Part One | Part Two | Part Three

Azure Multi-Factor Authenticator App: In Part One I covered:

  • Why use Office 365 & Exchange Online with Azure Multi-Factor Authentication?

  • Enable modern authentication in Exchange Online

  • Office 365 & Exchange Online Multi-Factor Authentication in the Admin Portal

In Part Two I covered:

  • Enrol Accounts for Office 365 Multi-Factor Authentication

Once Office 365 Multi-Factor Authentication has been enabled and the users enrolled it is sensible for your users to install the Microsoft Authenticator App. The App can be downloaded for a number of devices:


Once the Azure Multi-Factor Authenticator App has downloaded and installed on your device.

Log in to the portal here: https://portal.office.com

  1. Once logged in, click on the Profile Picture on the top right:

    Azure Multi-Factor Authentication Portal Step One

    Azure Multi-Factor Authentication Portal Step One

  2. Click on View account:

    Azure Multi-Factor Authentication Step Two

    Azure Multi-Factor Authentication Step Two

  3. Click on Security & Privacy:

    Azure Multi-Factor Authentication My Account Step Three

    Azure Multi-Factor Authentication My Account Step Three

  4. Click on Additional security verification:

    Azure Multi-Factor Authentication Security Privacy Step Four

    Azure Multi-Factor Authentication Security Privacy Step Four

  5. Click on Update your phone numbers used for account security:

    Azure Multi-Factor Authentication Additional Security Verification Step Five

    Azure Multi-Factor Authentication Additional Security Verification Step Five

  6. Select the Authenticator app tick box:

    Azure Multi-Factor Authentication Security Verification Options Step Six

    Azure Multi-Factor Authenticator App Security Verification Options Step Six

  7. While you are here you can add in the Alternate authentication phone. Click Configure:

    Azure Multi-Factor Authentication Security Verification Details Step Seven

    Azure Multi-Factor Authenticator App Security Verification Details Step Seven

  8. You should see the Configure mobile app message box:

    Azure Multi-Factor Authentication Retrieving App Step Eight

    Azure Multi-Factor Authenticator App Retrieving App Step Eight

  9. The Configure mobile app QR code will now display:

    Azure Multi-Factor Authentication Configure App Step Nine

    Azure Multi-Factor Authenticator App Configure App Step Nine

  10. Open your Authenticator App on your device. The example below is from an iPhone. Select the plus + sign in the top right:

    Azure Authenticator App for iPhone Step Ten

    Azure Authenticator App for iPhone Step Ten

  11. Select Work or school account:

    Azure Authenticator App for iPhone Account Step Eleven

    Azure Authenticator App for iPhone Account Step Eleven

  12. Point the camera of your device at your screen to detect the QR code. If you receive a notification to allow the App access to your camera, select Allow. Otherwise select the Or enter code manually:

    Azure Authenticator App for iPhone QR Code Step Twelve

    Azure Authenticator App for iPhone QR Code Step Twelve

  13. You should now have a new account:

    Azure Authenticator App for iPhone Complete Step Thirteen

    Azure Authenticator App for iPhone Complete Step Thirteen

  14. The activation status will now be checked:

    Azure Multi-Factor Authentication Checking Status Step Fourteen

    Azure Multi-Factor Authentication Checking Status Step Fourteen

  15. Click Save:

    Azure Multi-Factor Authentication App Configured Step Fifteen

    Azure Multi-Factor Authentication App Configured Step Fifteen

  16. Click Verify preferred option:

    Azure Multi-Factor Authentication Configure App Step Sixteen

    Azure Multi-Factor Authentication Configure App Step Sixteen

  17. You should now see the Verifying app notice:

    Azure Multi-Factor Authentication Verifying App Step Seventeen

    Azure Multi-Factor Authentication Verifying App Step Seventeen

  18. Open the Authenticator App on your device. Enter the code in the verification code box. The code will change every thirty seconds. Click Verify:

    Azure Multi-Factor Authentication Verification Code Step Eighteen

    Azure Multi-Factor Authentication Verification Code Step Eighteen

  19. If you receive a Verification failed error it’s most probably because you were too slow:). Click Retry and repeat steps 16, 17 and 18:

    Azure Multi-Factor Authentication Verification Failed Nineteen

    Azure Multi-Factor Authentication Verification Failed Nineteen

  20. Once successful you will see an Updates successful notice. Click Close:

    Azure Multi-Factor Authentication Setup Success Step Twenty

    Azure Multi-Factor Authentication Setup Success Step Twenty

  21. That’s it. You will now be returned to the Portal home page. I recommend using the Notify me through the app option by going through steps 1 to 5 to return to:

    Azure Multi-Factor Authentication Select Option Step Twenty One

    Azure Multi-Factor Authentication Select Option Step Twenty One

In order to test, log out of the portal then log back in. You will be prompted for your verification code or your device will notify you that verification is required depending upon which option you chose.

One final task is to create and assign App Passwords, which I will cover in two future posts: Office 365 App Password | HowTo | 1 of 2

With over 20 years of experience, Serviceteam IT design and deliver sophisticated connectivitycommunicationcontinuity, and cloud services, for organisations that need to stay connected 24/7. We take the time to fully understand your current challenges, and provide a solution that gives you a clear understanding of what you are purchasing and the benefits it will bring you.

To find out how we can help you, call us on 0121 468 0101use the Contact Us form, or why not drop in and visit us at 49 Frederick Road, Edgbaston, Birmingham, B15 1HN.

We’d love to hear from you!

, , , , , , ,

Office 365 Multi-Factor Authentication | HowTo | 2 of 3

Part One | Part Two | Part Three

Office 365 Multi-Factor Authentication: In Part One of Three I covered:

  • Why use Office 365 & Exchange Online with Azure Multi-Factor Authentication?

  • Enable modern authentication in Exchange Online

  • Office 365 & Exchange Online Multi-Factor Authentication in the Admin Portal

The next phase of the process is to enrol the user for Office 365 Multi-Factor Authentication.

Enrol Accounts for Office 365 Multi-Factor Authentication

Once the attribute has been enabled for their account via an administrator, the user now needs to register for . The user should sign in as normal:

  1. Log in to the portal here: https://portal.office.com using using their username and password. Click Sign in:
    Office 365 Multi-Factor Authentication Login Step One

    Login Step One

  2. The user will now see the below asking them to further verify their account. Click Set it up now:
    Office 365 Multi-Factor Authentication Set-Up Step Two

    Exchange Online MFA Set-Up Step Two

  3. The user will now see two drop-down option boxes. The first for the method and the second for location:
    Office 365 Multi-Factor Authentication Verify Step Three

    Office 365 MFA Verify Step Three

  4. I recommend using the Authentication phone option as we will assume the user has no contact details added in their profile. This allows them to select the country and set the number the text or call verification is sent to. Click Select you country or region, select the appropriate one for you. Enter your number to be contacted, the example is 123456789. Select the Send me a code by text message or Call me., the example is text message. Click Contact me:
    Office 365 Multi-Factor Authentication Verify Step Four

    Azure MFA Verify Step Four

  5. You will now be taken to Step 2, confirming that a text message has been sent to the telephone number with the country code you completed in 4 above.
    Office 365 Multi-Factor Authentication Send Text Step Five

    Exchange Online MFA Send Text Step Five

  6. You will receive a text message on your phone within 60 seconds. If you do not receive the verification code text, please check the number displayed in 5 above:
    Office 365 Multi-Factor Authentication Verify Code Step Six

    Office 365 MFA Verify Code Step Six

  7. Use the code from 6 and enter it in to the box, the example below is 373318. Click Verify:
    Office 365 Multi-Factor Authentication Add Code Step Seven

    Azure MFA Add Code Step Seven

  8. You have now verified your identity and will be given an App Password which can be used to access your email using an application, such as the Apple Mail App. I will cover App Passwords in more detail in Part Three. Click Done:
    Office 365 Multi-Factor Authentication Initial App Password Step Eight

    Exchange Online MFA Initial App Password Step Eight

  9. If this was a new user with a temporary password they will need to update their password and Sign in. Enter the Current passwordNew password and Confirm (new) Password:
    Office 365 Multi-Factor Authentication Password Update Step Nine

    Azure MFA Password Update Step Nine

  10. Click Update password and sign in:
    Office 365 Multi-Factor Authentication Password Update Step Ten

    Office 365 MFA Password Update Step Ten

  11. If you have self-service password recovery enabled will now need to enter additional information in order to recover access to your account. Click Next:
    Office 365 Multi-Factor Authentication Password Authorisation Step Eleven

    Azure MFA Password Authorisation Step Eleven

  12. Select the Authentication email Set it up now:
    Office 365 Multi-Factor Authentication Password Authorisation Step Twelve

    Exchange Online MFA Password Authorisation Step Twelve

  13. Enter an email address that you have access to, such as your personal email address. You cannot add any email domains which are associated with your Exchange Online Tenant as this needs to be unique to the user. Click email me:
    Office 365 Multi-Factor Authentication Password Additional Verification Step Thirteen

    Azure MFA Password Additional Verification Step Thirteen

  14. You will now receive a verification code via email to the address you entered in 13:
    Office 365 Multi-Factor Authentication Email Confirmation Step Fourteen

    Office 365 MFA Email Confirmation Step Fourteen

  15. Enter the code you received in 14 in the box, in the example the code is 836919. Click verify:
    Office 365 Multi-Factor Authentication Code Confirmation Step Fifteen

    Azure MFA Code Confirmation Step Fifteen

  16. We now need to set the Authentication phone. Select Verify:
    Office 365 Multi-Factor Authentication Phone Verify Step Sixteen

    Exchange Online MFA Phone Verify Step Sixteen

  17. In this step you will verify the number you used in 4. Click text me:
    Office 365 Multi-Factor Authentication Text Verify Step Seventeen

    Azure MFA Text Verify Step Seventeen

  18. You will receive a text message on your phone within 60 seconds:
    Office 365 Multi-Factor Authentication Text Verify Step Eighteen

    Office 365 MFA Text Verify Step Eighteen

  19. Use the code from 18 and enter it in to the box, in the example the code is 242564. Click Verify:
    Office 365 Multi-Factor Authentication Text Verify Step Nineteen

    Azure MFA Text Verify Step Nineteen

  20. You have now created two forms of verification and your account recovery details. Click finish:
    Office 365 Multi-Factor Authentication Verify Complete Step Twenty

    Exchange Online MFA Verify Complete Step Twenty

Enrol Authenticator App for Azure Multi-Factor Authentication

To enrol your user account for Office 365 Multi-Factor Authentication App and create App Passwords, continue to Part Three.

With over 20 years of experience, Serviceteam IT design and deliver sophisticated connectivitycommunicationcontinuity, and cloud services, for organisations that need to stay connected 24/7. We take the time to fully understand your current challenges, and provide a solution that gives you a clear understanding of what you are purchasing and the benefits it will bring you.

To find out how we can help you, call us on 0121 468 0101use the Contact Us form, or why not drop in and visit us at 49 Frederick Road, Edgbaston, Birmingham, B15 1HN.

We’d love to hear from you!

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Cloud Connectivity Providers Explained

Cloud Connectivity: It’s probably safe to say that enterprise, private and hybrid cloud are here to stay. These services have vastly improved the way in which we deliver resources, support new types of users, and create new types of business strategies. Continuing growth in adoption of public services means that even the most risk averse organisations are looking at the many ways to leverage cloud computing environments to help their businesses become much more agile. Spending on cloud network, infrastructure and platform could rise to around $203 billion by 2020, according to the IDC Worldwide Semiannual Public Cloud Services Spending Guide. Admittedly, the same report suggests that only around 5% of total worldwide technology expenditure in 2017, $122 billion, will be cloud related. Some of the rest of the $2.4 trillion will be from traditional in-house delivery, consumers (20%) and tellingly from software (20%). It stands to reason a proportion of the expenditure will be on Cloud Connectivity.

One of the main barriers regarding adoption is security, along with reliability, access and compliance related to data location. These issues raise the perfectly legitimate concern of “How do I create a cloud connectivity strategy that will allow me to leverage my on-premise investment and public architecture?”

What is Cloud Connectivity?

Cloud connectivity enables the interoperability between on-premise resources and public environments. The on-premise environment can be a branch office, the IT services division, a third party data centre with colocated equipment, or a major enterprise data centre. The obvious goal is to create an optimal cloud network strategy, where the business can adjust or scale according to demand whilst increasing security and availability coupled with decreasing expenditure.

Cloud connectivity uses a variety of secure, and high capacity (fast) connections, to enable organisations to integrate with cloud network, storage, compute, and end user environments. The greatest step forward has been the ease of creating these connections and how they can help transform a business. In the past, these connections were made manually and required a lot of know-how and administration. Today, major providers are offering far easier ways to integrate with your resources. Even further back, access to those resources was made available only via the Internet, which is inherently problematic from the perspective of security, availability and capacity. Think of cloud connectivity as the VIP entrance, avoiding traversing the Internet with everyone else.

Cloud Connectivity providers understand that you’ve made significant investment in your on-premise and data centre operations. They know that you’re probably not all that ready to rip everything out and move everything. This is why there have been some major initiatives regarding optimising the way businesses connect into the public cloud. These new solutions enable a far easier way to integrate on-premise resources with powerful cloud services. Ultimately, this helps businesses create faster, more reliable, and far more secure cloud network connections into their services using Cloud Connectivity.



Examples of Cloud Connectivity:


AWS Direct Connect

Amazon Web Services is easily the most popular. They support compliance-based workloads, integrate with complex storage environments, and even provide new types of workload delivery methodologies. More recently, Amazon has made it even easier to connect into its ecosystem without having to attempt to arrange a peering agreement between the customer network and the AWS public cloud network.

AWS Direct Connect enables a dedicated network connection between the customer network and an AWS Direct Connect location. It uses industry standard 802.1q VLANs, so that the dedicated connection can be partitioned into multiple virtual interfaces.. This allows you to use the same connection to access public resources, objects stored in Amazon S3 using public IP address space for example. Along with private resources, such as Amazon EC2 instances running within an Amazon Virtual Private Cloud using private IP address space. All whilst maintaining total network separation between public and private environments. Virtual interfaces can be reconfigured at any time and on the fly in order to meet your changing needs.

This kind of enterprise cloud connectivity comes with very real business benefits:

  • Bandwidth controls regarding cost and delivery
  • Higher Service Level Agreements (SLAs) for consistent cloud network performance
  • Fully integrated with all AWS services
  • Greater levels of business and data centre elasticity

If you’re integrating with an AWS environment, make sure to look at AWS Direct Connect. It allows your organisation to directly align with a specific strategy, which can be an all-encompassing extension into the AWS, or you can use a specific AWS service, such as integrating with Amazon S3 storage. The best part is that Direct Connect helps ease the adoption of your specific use case securely and privately.


Cloud Connectivity: AWS Direct Connect

Microsoft Azure ExpressRoute

Microsoft Azure ExpressRoute allows you to create private connections between Azure data centres and on-premise infrastructure inside your network, be it your data centre or a colocation. Microsoft ExpressRoute connections do not go over the public Internet. The connection architecture allows for far greater reliability, higher capacity (speed), much lower latency, and significantly more security than typical internet connections. Each Microsoft ExpressRoute circuit consists of two connections to two Microsoft Enterprise cloud network edge routers from the cloud connectivity provider and your network edge which requires optional dual BGP connections from the connectivity provider and your network side.

Using ExpressRoute connections to transfer data between on-premise systems and Azure can yield significant cost benefits. For example, you can establish connections to Azure at an ExpressRoute location, such as an exchange provider facility, or directly connect to Azure from your existing WAN network, such as a multi-protocol label switching (MPLS) VPN provided by a network service provider.

There are several benefits to using this type of cloud connectivity:

  • Data centre and services extension
  • Building an ecosystem for hybrid applications
  • Creating an architecture build on auto-scaling and provisioning
  • Integrating Active Directory services across multiple locations

With Microsoft ExpressRoute, you can establish connections to additional Microsoft services, not only Azure. These include services such as Office 365, Skype for Business and CRM Online. Connectivity can be from an any-to-any (IP VPN) network, a point-to-point Ethernet network, a VLAN via Smart Network or a virtual cross-connection through a connectivity provider at a colocation facility.


Cloud Connectivity: Microsoft Azure-ExpressRoute

Google Cloud Interconnect

Google Cloud Interconnect enables you to connect your infrastructure to Google, via enterprise-grade connections to Google’s cloud network edge. The connections are offered by Google Interconnect service providers in order to connect. Google Interconnect will enable your infrastructure to connect to Google Platform Services with higher availability and lower latency connections.

Google Interconnect allows Google Platform Services customers to connect to Google via enterprise-grade connections with higher availability and lower latency than existing Internet connections. Connections are offered by Google Interconnect service provider partners, and offer higher SLAs than standard Internet connections. Google also supports direct connections to its cloud network through direct peering. Customers who cannot meet Google at its peering locations, or do not meet peering requirements, may benefit from Google Interconnect.

The flexibility of the Google Platform with cloud connectivity enables many business benefits:

  • Great for data intensive applications
  • Lower latency access to platform services
  • Reduced cost with up to 50% reduction on Egress pricing
  • Direct peering at over 75 locations in 33 countriles

Google Interconnect links can be used to access any of the Google Platform resources: Google Compute Engine, Google Storage, Google BigQuery, etc. You can even extend your private network into your private Compute Engine network over Google Interconnect links by using a VPN tunnel between the networks.

Oracle FastConnect

FastConnect addresses one of the most important issues that affect migration to a cloud service: the unpredictable nature of the Internet. With FastConnect, you can create a high-speed, dedicated, and low-latency extension that allows you to reap the benefits of a true hybrid setup. It also offers better security than exchanging your data over the Internet.

Oracle Network Service also offers Site-to-Site VPN for Dedicated Compute customers. FastConnect is for all Oracle Cloud customers. Site-to-Site VPN securely extends your on-premises network to your dedicated Oracle Compute zone. FastConnect provides a high bandwidth connection between your data centre and Oracle services.

There are many benefits to FastConnect for cloud connectivity:

  • Get a faster and more secure connection to Oracle
  • Pay less for predictable performance
  • Get a redundant connection, so your traffic can quickly fail over in case of network failures
  • Connect your data centre to Oracle in a few simple clicks

If you are colocated in the same datacenter as Oracle, you can establish connectivity by provisioning direct single mode fibre cross-connects from your datacenter provider. It also offers better security than exchanging your data over the Internet. With FastConnect-Standard Edition, you are connecting your edge routers directly to the Oracle cloud network edge routers in the specific location and establish a BGP peering session directly with Oracle.

HP Enterprise Rapid Connect

HPE Rapid Connect enables you to bypass the public internet when it connects to HPE Helion Managed  Services. The new direct connectivity gives customers access to HPE’s portfolio of services when they need to build and consume computing workloads. It gives businesses more reliable and secure access, better performance and lower latency.

The flexibility of HPE Helion in tandem with Hyoer Converged Appliances is not to be ignored:

  • Great for extension of existing assets
  • Significantly improved latency between cloud network and on-premise
  • On-demand access to compute as an extension
  • Increasing availability at Ingress locations

HPE Helion is a portfolio of software, integrated systems, and services for computing, including distributions of OpenStack® and Cloud Foundry®. HPE Helion makes it easier for you to build, manage, and consume workloads in a hybrid IT environment that includes private and public clouds working in tandem with your on-premises systems.


And Finally . . .

There are many more Cloud Connectivity options, including BlueJeans, Box, Cisco, CSC, IBM, Salesforce, Sungard and VMware. Many of the Tier 1 network providers, whether they be Telecoms or Data Centre, can implement interconnects, known as XConnects, between their cloud network edge routers and your network edge. Additionally backhaul via VLAN through your existing Ethernet Fibre, depending upon provider, will be available.

Serviceteam IT can supply interconnects and backhaul from almost all of the providers, at wholesale rates, and link connections between different carriers and service providers together. Our Smart Network service is the most effective option for connecting.


With over 20 years of experience, Serviceteam IT design and deliver sophisticated connectivity, communication, continuity, and cloud services, for organisations that need to stay connected 24/7. We take the time to fully understand your current challenges, and provide a solution that gives you a clear understanding of what you are purchasing and the benefits it will bring you.

To find out how we can help you, call us on 0121 468 0101use the Contact Us form, or why not drop in and visit us at 49 Frederick Road, Edgbaston, Birmingham, B15 1HN.

We’d love to hear from you!