API developers need to create

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potential misuse of APIs to capture corporate data, such as by injecting ransomware into cloud storage like OneDrive, etc.;
The use of APIs in software-defined infrastructure also creates the risk of its complete takeover or the creation of a shadow infrastructure for illegal purposes.
Visibility into application usage and API performance should be a priority for organizations. The ultimate goal is to have a risk-based inventory of all APIs in use and an effective policy for controlling access to these services. It is equally important to have visibility into non-user infrastructure elements, such as service accounts and application behaviors that integrate APIs into the broader enterprise ecosystem.

an effective threat prevention model and implement a zero-trust access control mechanism. Other important points are the implementation of secure login and the use of telemetry for more effective incident response and detection of unauthorized use.

6. Hackers will seek to hijack application containers
Further exploitation of containers will result in the capture of end-device resources.

In fact, containers are the platform for iceland mobile database cloud applications. Benefits such as portability, efficiency, and high speed help organizations deploy applications faster and use innovative ways to manage their business. However, the increased use of containers also increases the attack surface. What methods can hackers use, and what risk groups are associated with containers? Public Application Exploitation (MITRE T1190) is a method popular among cybercriminals using APTs and ransomware.

The Cloud Security Alliance (CSA) has identified several risk groups related to images, orchestrators, registries, containers themselves, host operating systems, and hardware. Here are some of the key risks that we expect to be increasingly exploited in the future:

Orchestrator risks: Increased attacks at the orchestration layer — Kubernetes and related APIs, primarily due to configuration errors;
Image or registry risks: Increased use of malicious or surreptitiously implanted images due to ineffective vulnerability checks;
Container risks. Increased attacks on vulnerable applications.
Increased exploitation of these vulnerabilities in 2022 could lead to resource abuse using cryptomining malware, data theft, support for persistent attacks, and host system penetration using containers.