Resilience

Redundancy of storage in several Data Centers of Gigas infrastructure to ensure the resilience of treatment systems and services (RGPD – Art. 32, point 1, paragraph b)

Reset

Transfer operation from production context to recovery location in seconds to quickly restore availability and access to personal data. (RGPD – Art. 32, point 1, subparagraph c)

Live test

Possibility of testing disaster recovery to regularly assess the effectiveness of technical and organizational measures. (RGPD – Art. 32, point 1, subparagraph d)

Redundant network

The network infrastructure that hosts hosting the servers on Cloud Gigas connect to is fully redundant to ensure network operation in the event of a device failure. (RGPD – Art. 32, point 1, subparagraph b)

Redundant storage

Redundant storage block on disk. (RGPD – Art. 32, point 1, subparagraph b)

Machine snapshot

Possibility to create copies of the virtual machine at a certain point of time. (RGPD – Art. 32, point 1, subparagraph c)

Choose where to store your data

Possibility of choosing the infrastructure where to activate the service itself in the Gigas data center network in Europe and America, without unauthorized data transfer. (RGPD – Recital 101)

Protect yourself from Ransomware attacks

Protect yourself from any loss or failure due to a bad update of the OS, Ransomware attacks, viruses or accidental deletion.

Have a contingency plan in the case of natural disasters

Replicate your infrastructure in the cloud to protect yourself against possible catastrophes such as fire, flooding or any other disaster that could damage your physical servers.

Secure your infrastructure against hardware failure

Do not lose data under any circumstances. Gigas Recovery backs up your data avoiding problems such as storage failures due to power loss, hardware malfunction, infrastructure damage or theft.

Advanced scenario

This is a complex network structure where the placement of the VPN router is important. This network model requires determining in which part of the client’s network the VPN router should be placed. It is advisable to place it in the nearest part of the network element that connects it to the Internet (e.g., the DMZ). This configuration (called “On a stick”) allows traffic sent to the client’s cloud to not interfere with other communication traveling through the network.

It is therefore necessary to have a device to start the IPSec tunnel. This scenario can be of use if the equipment that links the client to the Internet does not have an IPSec feature. By adding a UTM/router to the DMZ, a tunnel can be raised that adds a static route from the client’s PCs to send VPN traffic via the new gateway.

Basic scenario

This is a simple structure with a single FW/router or UTM to get the client’s traffic to the Internet and simultaneously raise an IPSec tunnel to their cloud with ONI. This model only requires the client’s output device to the Internet to have a feature that enables the activation of IPSec tunnels.