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thinformatics
HYBRID CONNECTIVITY

{{Sites, devices and cloud securely connected}}

We design and implement secure, high-performance network connections between your sites, devices and the cloud. On-premises and cloud environments grow together into one continuous, dependable landscape.

ESPECIALLY SUITED FOR
Network
Connectivity
Site connectivity
Zero Trust
ExpressRoute
Hybrid
Hybrid Connectivity
Connected
Sites
Connected
Devices
Attached
Connection
Stable
Secure
connections
Fast
network
Redundant
links
THE SERVICE

Connecting sites and cloud securely

We design and run secure, high-performance connections between sites, devices and cloud, so on-premises and cloud grow together into one {{continuous}} landscape.

General
Deep dive
1

Network architecture

We design a network architecture that connects sites, devices and cloud.

Hub-spoke, network topology, address planning, routing, DNS, segmentation

2

Site connectivity

We connect sites stably and encrypted into one shared network.

Site-to-site VPN, IPsec, SD-WAN, BGP, MPLS, failover

3

Cloud connectivity

We attach cloud environments to your network with high performance and resilience.

ExpressRoute, VPN gateway, peering, Private Link, Virtual WAN, hybrid DNS

4

Secure access

People and devices reach resources from anywhere, safeguarded.

ZTNA, client VPN, conditional access, identity-aware access, always-on VPN, MFA

5

Security & segmentation

Firewalls and segmentation protect the traffic between every zone.

Firewall, micro-segmentation, NSG, inspection, TLS, Zero Trust principles

6

Operation & monitoring

We watch connections continuously and clear faults early.

Network monitoring, latency metrics, alerting, traffic analysis, SLA monitoring, troubleshooting

OUR APPROACH

Hybrid connectivity in five steps

1

Architecture

We design the network architecture of the hybrid landscape.

1

Architecture

We capture which sites, devices and cloud environments have to work together and design a hub-spoke topology with address planning, routing and DNS. Existing networks we take into account.

You receive a viable network plan as the basis for every connection. On this architecture we connect your sites in the next step.

Network target picture
Hub-spoke topology
Address planning
Routing concept
2

Sites

We connect sites stably and encrypted.

2

Sites

We attach your sites to the shared network through site-to-site VPN with IPsec or SD-WAN. Dynamic routing through BGP and failover provide stable paths.

Your sites work as one connected network with safeguarded links. On this basis we then attach your cloud environments.

Site-to-site VPN
SD-WAN
BGP routing
Failover paths
3

Cloud connectivity

We attach cloud environments with performance and resilience.

3

Cloud connectivity

We connect your cloud environments to the network with high performance through ExpressRoute, VPN gateway and peering. Private Link and hybrid DNS make services securely and consistently reachable.

On-premises and cloud grow together into a dependably reachable landscape. Over these connections we next govern access and safeguarding.

ExpressRoute
VPN gateway
Private Link
Hybrid DNS
4

Safeguarding

Firewalls and segmentation protect all the traffic.

4

Safeguarding

We secure the traffic through firewalls, micro-segmentation and traffic inspection and bound zones from one another. People reach resources from anywhere through ZTNA, conditional access and MFA.

Access stays bounded to the intended paths and roles, and a problem cannot spread unchecked. The safeguarded landscape then passes into monitored operation.

Firewall rules
Micro-segmentation
ZTNA access
Conditional access
5

Operation

We watch connections continuously and clear faults early.

5

Operation

We watch connections continuously through network monitoring, latency metrics and SLA monitoring and evaluate the traffic. Anything unusual we report through alerting early, before users are affected.

Your hybrid landscape stays stable, robust and traceable day to day. From the operational data we derive continuous improvements to the connectivity.

Network monitoring
Latency metrics
Alerting
SLA monitoring
YOUR BENEFITS

Why {{thinformatics}}

Sites and cloud united

On-premises and cloud grow into one continuous landscape.

Devices brought in

Devices away from your sites are attached securely too.

Secure and fast

Connections are protected and quick at the same time.

Zero Trust at the gate

Only verified devices and identities gain access.

Laid out redundantly

The loss of a single line does not bring operation to a standstill.

Visible operation

Monitoring keeps the state of the connections in view at all times.

Frequently asked {{questions}}

FAQ

Answers to the questions we are asked most often about hybrid connectivity.

What does hybrid connectivity achieve for your environment?
Hybrid connectivity joins your sites, devices and cloud services through secure, high-performance network connections. On-premises and cloud environments therefore grow together into one continuous, dependable landscape in which applications and data are reachable where they are needed. Distributed sites and cloud services therefore work as one connected network, and your teams reach the resources they need dependably regardless of location.
What is joined together in hybrid connectivity?
Your sites, data centres, devices and cloud environments are joined into one connected network landscape. Together we capture which environments have to work together and how, and settle the fitting connections. Existing networks and links we bring in rather than rebuilding everything. That creates continuous connectivity step by step, guided by your site structure and your cloud services and open to extension with further environments.
How are hybrid network connections safeguarded?
The connections are safeguarded through encryption of the traffic, governed access and sensible segmentation of the network. Traffic between sites and cloud therefore stays protected, and individual areas can be bounded from one another so a problem cannot spread unchecked. Access we limit to the intended paths and roles. Concrete requirements for data protection and regulation we examine individually in each context, without blanket promises.
How does the connection stay fast and dependable?
The connectivity stays fast and dependable through sizing laid out for your requirements, sensible redundancy and continuous monitoring. Connection paths we plan so that performance and availability suit the applications attached, and for critical routes we keep alternatives ready. Anything unusual becomes visible early, so you can react before users are affected. The hybrid landscape therefore stays stable and robust day to day.
How does hybrid connectivity fit into operations and architecture?
We build on your existing networks and cloud environments and attach new connections to existing operational and governance requirements. Roles, ownership and operational routes we agree with your teams, so the hybrid connectivity is managed dependably in daily operation. Existing network components we bring in where it makes sense. Concrete security and compliance requirements we examine individually in each context, without making blanket promises.
CONTACT

Connect sites, devices and cloud

We talk about secure, high-performance network connections for one continuous, dependable landscape.

Thank you for your enquiry. We will get back to you personally shortly.
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