Die weltweit erste und umfassendste Angriffsemulationsplattform für Cloud-native Infrastrukturen
![1. Wählen Sie Ihre Cyberangriffe](https://cdn.prod.website-files.com/65c610e6dc98cc8377d042f5/660e93241f2bedba6e853cca_cae-how_it_works-1.webp)
![2. Beobachten Sie, wie Ihre Clouds reagieren](https://cdn.prod.website-files.com/65c610e6dc98cc8377d042f5/660e9332bb40e000909aa7b1_cae-how_it_works-2.webp)
![3. Bauen Sie Cyber-Resilienz für Ihre Clouds auf](https://cdn.prod.website-files.com/65c610e6dc98cc8377d042f5/65c621c15491bc6185eb8d15_how-it-works-3.png)
Greifen Sie Ihre Clouds an, bevor Hacker es tun
Machen Sie Ihre Cloud sicher und konform
Kubernetes-Sicherheit leicht gemacht
Sorgen Sie nahtlos für eine sichere GenAI-Infrastruktur
Cloud Immunity Use Cases
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65ce1bcdd8efaf325589386a_Frame%201000002171.webp)
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65ce1c1ded5d40495c93ac6d_image%20476.webp)
This is the original use case for cloud immunity, to make running security chaos engineering (SCE) experiments easy and straightforward. Users may define the objective of the experiment to be conducted (hypothesis); this gives a precise expectation that would define the focus of observation. The hypothesis and observation can be documented in the applications and retrieved anytime as users continue improving the security and resiliency of their infrastructure. The experiments mentioned about are implemented as attack actions and attack scenarios. Attack actions are single attacks with a single attack target, e.g., “Make an S3 bucket public”. Conversely, attack scenarios consist of two or more actions designed to present more realistic attacks, e.g., S3 Ransomware attack scenario.
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65bf9abba1b156aad4031a6f_arrow-right1.webp)
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65ce1bcdd8efaf325589386a_Frame%201000002171.webp)
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65ce1c1ded5d40495c93ac6d_image%20476.webp)
This is the original use case for cloud immunity, to make running security chaos engineering (SCE) experiments easy and straightforward. Users may define the objective of the experiment to be conducted (hypothesis); this gives a precise expectation that would define the focus of observation. The hypothesis and observation can be documented in the applications and retrieved anytime as users continue improving the security and resiliency of their infrastructure. The experiments mentioned about are implemented as attack actions and attack scenarios. Attack actions are single attacks with a single attack target, e.g., “Make an S3 bucket public”. Conversely, attack scenarios consist of two or more actions designed to present more realistic attacks, e.g., S3 Ransomware attack scenario.
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65bf9abba1b156aad4031a6f_arrow-right1.webp)
Warum Cloud Attack Emulation
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/661cef3e422780423333507d_tabler_refresh-alert.webp)
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/661cef3f080f055a38afa632_bi_lightning-charge.webp)
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/661cef3f565e98ecd79441fc_grommet-icons_validate.webp)
Übernehmen Sie die Kontrolle über Ihre Cloud-Sicherheitslage
![](https://cdn.prod.website-files.com/65bf9241dbf593a97ed0c103/65bf9abba1b156aad4031a6f_arrow-right1.webp)