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Cloud & Container Security

Cloud & Container Security

Cloud security at accompio covers the protection of cloud computing systems and aims to keep data secure and private across online-based infrastructures, applications and platforms.

Cloud security at accompio covers the protection of cloud computing systems and aims to keep data secure and private across online-based infrastructures, applications and platforms.

This includes essential aspects such as data security, identity and access management, threat detection and containment as well as compliance. Our holistic approach integrates both cloud provider and customer measures to ensure a comprehensive security solution.

Container Security at accompio focuses on the protection of isolated container environments. We implement security tools and policies that cover the entire container landscape, from the infrastructure and software supply chain to the runtime environment. Our approach includes continuous and automated integration of security into the development process to minimize risks and ensure secure application deployment.

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Cloud & Container Security for companies

Cloud

  • Protection of cloud computing systems

  • Security solutions for data security, identity and access management, threat detection and containment

  • Encryption of data, protection of data transfers, authentication and authorization of user accounts

Container

  • Protection of specialized software environments

  • Security solutions for container hosts, network traffic, applications and container management stack

  • Use of container-specific host operating systems, segmentation of containers and specialized tools

We protect your data and systems

What is Cloud Security?

Cloud security is an essential area of cyber security that focuses on the protection of cloud computing systems. This security encompasses the private and secure management of data across various online-based infrastructures, applications and platforms. This task requires an interplay between the services of cloud providers and the active involvement of their customers, regardless of their size.

Cloud security measures cover several key areas such as data security, identity and access management, threat prevention and detection, contingency planning and business continuity, and regulatory compliance. At accompio, we understand the importance of both sides – providers and users – for a comprehensive and effective cloud security solution.

How does cloud security work?

Cloud security encompasses a wide range of measures to ensure security in the cloud. Key components include the encryption of data to ensure its confidentiality and the protection of data transfers, for example through the use of VPNs. An essential aspect is identity and access management (IAM), which regulates the authentication and authorization of user accounts. This includes password management and multi-factor authentication to prevent unauthorized access.

Threat detection and mitigation, supported by policies and training, play an important role in tracking and prioritizing threats. Data retention and business continuity planning are also critical to ensure data integrity and ongoing operations. This includes backups and disaster recovery strategies. In addition, compliance with legal data protection regulations, such as the use of data masking, is an important part of cloud security.

What characterizes cloud security?

Cloud security differs fundamentally from traditional IT security models due to its adaptability to dynamic cloud computing systems. This modernization can be seen in various aspects:

  • Data storage: In contrast to older IT models that relied on local data storage, cloud-based systems offer a more flexible and cost-effective solution, but with modified control mechanisms.

  • Scaling speed: The modularity and rapid scalability of cloud infrastructures require special attention to security in order to keep pace with organizational growth.

  • End-user system interface: Security extends from end-user devices and software to the network level, with a particular focus on access permissions and secure user behavior.

  • Approach to networked systems: Cloud systems that act as a link between providers and users require additional responsibility for network security to minimize the risk of widespread compromise. These characteristics require a proactive, two-pronged approach from both cloud providers and users to ensure comprehensive cloud security.

  • Data storage: In contrast to older IT models that relied on local data storage, cloud-based systems offer a more flexible and cost-effective solution, but with modified control mechanisms.

  • Scaling speed: The modularity and rapid scalability of cloud infrastructures require special attention to security in order to keep pace with organizational growth.

  • End-user system interface: Security extends from end-user devices and software to the network level, with a particular focus on access permissions and secure user behavior.

  • Approach to networked systems: Cloud systems that act as a link between providers and users require additional responsibility for network security to minimize the risk of widespread compromise. These characteristics require a proactive, two-pronged approach from both cloud providers and users to ensure comprehensive cloud security.

Typical security risks in the cloud

Cloud computing harbors specific security risks that require a differentiated approach. These risks include in particular:

  • Risks of cloud-based infrastructure: This includes challenges such as incompatible or outdated IT systems and reliance on third-party services for data storage.

  • Internal threats: Human error, such as the misconfiguration of user access controls, poses a significant risk.

  • External threats: These are often caused by hackers and range from malware and phishing to DDoS attacks.

  • Missing environmental boundaries: The strong networking of cloud environments means that traditional security solutions are often inadequate. Insecure APIs and compromised accounts can lead to significant problems.

  • Network security: Attackers often use weak or compromised credentials to penetrate networks and move around the cloud environment.

  • Storage and access via third parties: Access to data via the Internet and storage by third parties can lead to inaccessibility and potential data loss.

  • Risks of cloud-based infrastructure: This includes challenges such as incompatible or outdated IT systems and reliance on third-party services for data storage.

  • Internal threats: Human error, such as the misconfiguration of user access controls, poses a significant risk.

  • External threats: These are often caused by hackers and range from malware and phishing to DDoS attacks.

  • Missing environmental boundaries: The strong networking of cloud environments means that traditional security solutions are often inadequate. Insecure APIs and compromised accounts can lead to significant problems.

  • Network security: Attackers often use weak or compromised credentials to penetrate networks and move around the cloud environment.

  • Storage and access via third parties: Access to data via the Internet and storage by third parties can lead to inaccessibility and potential data loss.

At accompio, we make sure that both cloud providers and users take proactive measures to minimize these risks. This includes secure system configuration and maintenance as well as training users on secure behavior and techniques.

The importance of cloud security certificates

Cloud security certificates are an essential element in the area of cloud security and fulfill several important functions. They offer companies and customers the assurance that cloud service providers comply with certain security standards and data protection guidelines. They are particularly relevant in the context of the General Data Protection Regulation (GDPR), as they ensure that cloud providers comply with corresponding data protection requirements. Well-known standards include ISO 27001 and ISO 27018, which guarantee the security and confidentiality of data stored in the cloud. Regionally relevant certificates, such as the BSI Cloud Computing Requirements Catalog (C5), focus specifically on cloud security and data protection aspects in certain regions, such as the EU or Germany. These certificates make it easier for companies to decide which cloud service provider meets the required security standards, providing a transparent insight into the cloud technology and environment.

What is Container Security?

Container security refers to the protection of specialized software environments, known as containers, that are used to run and manage applications. This security is an ongoing process that should be integrated into the entire development and operational process. The aim is to reduce manual intervention to a minimum while ensuring security in all phases of container use. This includes the protection of container hosts, network traffic, applications within the container and the container management stack. The security measures aim to ensure the integrity and functionality of the container infrastructure and protect it from malicious activities.

How is a container protected?

The security of containers in IT systems is based on several central pillars:

First is configuration, which involves proper setup and regular tuning of security functions and controls. This configuration concerns areas such as access, authorizations, isolation and networking.

Another key aspect is automation. Due to the dynamic and distributed nature of container applications, automation of security requirements such as vulnerability checks and anomaly detection is essential.

In addition, special container security solutions supplement the protection. These solutions are specifically designed for container environments and focus on various aspects of the cloud-native ecosystem, such as CI tools, container runtime security and Kubernetes management.

Why is cloud security & container security important for companies?

With the growing reliance on cloud computing and container technologies, the protection of sensitive data and applications is becoming increasingly critical. Cloud security addresses the challenges of data storage and access in an increasingly networked and online-accessible environment. This requires an adaptation and strengthening of security measures to ensure data protection and compliance. Container security, on the other hand, is crucial for securing isolated application environments. It focuses on securing the container infrastructure and the applications running in it against a wide range of security threats. Both areas make a significant contribution to minimizing the security risks associated with the modern IT landscape and are therefore essential for protecting critical company resources.

Cloud & Container Security with accompio as your competent partner

accompio proves to be a competent partner in the field of cloud & container security by offering customized security solutions for companies. With a deep understanding of the challenges and risks in cloud and container environments, accompio is at the forefront of implementing effective protection mechanisms. From consulting and configuration to continuous monitoring and maintenance, accompio offers comprehensive services tailored to the specific requirements of each organization. With a focus on current security standards and compliance requirements, accompio ensures that your cloud and container infrastructures are robust and resilient against cyber threats.

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FAQs about Cloud & Container Security

Cloud security refers to the protection of data, applications and infrastructures that are operated in cloud environments. It includes measures such as encryption, access controls and monitoring to ensure the security of cloud resources.

Cloud Security uses a combination of encryption, identity and access management and advanced monitoring techniques to ensure that data in the cloud is protected and only authorized users are granted access.

Technically speaking, cloud services are very secure. Data communication is encrypted and access is password-protected. However, security also depends on correct configuration and handling by users and providers.

The personal data of third parties is particularly sensitive. Their storage in the cloud can lead to data protection violations if inadequate protective measures are taken.

Container Security deals with the protection of container-based applications and their infrastructure, including the protection of container images and the runtime environment.

Containers are isolated units that run applications and their dependencies in an efficient, resource-saving manner. They provide a consistent environment for application development and deployment.

Docker containers are relatively secure due to their isolation and standard compartmentalization from other processes and interfaces. However, a comprehensive container security strategy is required for complete protection.