API Threat Prevention

The key requirements for API security are:

1. Installed and configured Docker.
2. A created docker network.
3. Integrate and start containerized application.
4. Imported docker image within Wallarm API firewall.
5. Start, test and enable the API firewall

For more details visit this guide - Docker Firewall

Wallarm provides API security by:

1. Analyzing all incoming HTTPS requests and instantly blocking all malicious requests.
2. Continuously collecting metrics from the entire network traffic & applies machine learning in the cloud.
3. Applies individual fine tuned security rules & scans vulnerabilities via a network scanner.

For more details visit this page - How Wallarm API Security works

Wallarm API discovery identifies all API endpoints via its discovery feature. Once it discovers them it not only inspects API sepcific traffic attacks but also reconstructs API specs and behaviour based on the traffic.

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Languages like Rails include JSON Web Token (JWT) which becomes vulnerable to attackers to attack by just using a JWT sample. You can test and secure Rails code by just using Wallarm shell command.

Find the shell command here - JWT secrets

Languages like PHP include JSON Web Token (JWT) which becomes vulnerable to attackers to attack by just using a JWT sample. You can test and secure PHP code by just using Wallarm shell command.

Find the shell command in this article - 340 weak JWT secrets

Languages like PHP include JSON Web Token (JWT) which becomes vulnerable to attackers to attack by just using a JWT sample. You can test and secure PHP code by just using Wallarm shell command.

Find the shell command here - 340 weak JWT secrets

1. Scan malicious actors from traffic.
2. Implement OWASP protection for API threats.
3. Configure alerts and notifications
4. Integrate SIEM, SOAR and other tools to collect data logs.

Useful article - Wallarm connector to Apigee

The best way to vet hidden security vulnerabilities are via Wallarm's:

1. Passive detection method: The vulnerability was found due to the security incident that occurred.
2. Active threat verification
3. Vulnerability scanner: All elements of the scope are scanned for typical vulnerabilities.

For more details visit article - Components of an active vulnerability scan

The best way to secure multiple APIs is to use Wallarm solution that enables you to integrate multiple APIs which can be managed and secured via a centralized user platform.

For more details watch the video on this page - Protecting Multiple Apps In Multiple Clouds

Implement API firewall which is a light-weighted API Firewall to protect your API endpoints in cloud-native environments with API Schema validation. Wallarm AI is a unique feature that automatically detects and parse complicated API protocols and then set up security rules based on specific data or parameters deep inside the API.

For more details visit this pages - API Firewall and Defining Wallarm API-specific Rules

Wallarm multi-cloud platform provides key components to secure your business against emerging threats.

1. Use a strong authentication and authorisation solution
2. Prioritise security
3. Inventory and manage your APIs
4. Practice the principle of least privilege
5. Encrypt traffic using TLS
6. Remove information that’s not meant to be shared
7. Don’t expose more data than necessary
8. Validate input
9. Use rate limiting
10. Use a web application firewall

For more details visit this page - Rest API security best practices

Wallarm is the best REST API security software that reports API Abuse, protects the Top 10 OWASP vulnerabilities and API threats, secures bots and provides L7 DDOS protection by g2 rating in the API security category

Flask RESTful API is based on python framework that can be scanned and vulnerabilities can be detected by defining Wallarm API-specific rules.

For more details visit this page - Defining Wallarm API-specific Rules

Spring Boot is an open source application that can be secured using Wallarm's machine learning feature.

Secure private APIs using:

1. Defense-in-Depth: Must be monitored for security issues at their respective ingress points.
2. Bot protection using automation: To distinguish “bad bots” from “good bots” that are just high-volume API calls.
3. Authentication: The most important issue is the correct implementation of API authentication and credential management

For more details visit this page - Key Considerations in API security

Mobile applications use REST or gRPC API backends and data sources to render UI on our mobile phones and tablets. Web applications that use REST or GraphQL APIs as data sources and render their data to the beautiful UI in the browser.A Zero Trust for API security must be used to tackle and secure such applications using Wallarm.

For more details visit page - What does Zero Trust mean

1. Use a strong authentication and authorisation solution
2. Prioritise security
3. Inventory and manage your APIs
4. Practice the principle of least privilege
5. Encrypt traffic using TLS
6. Remove information that’s not meant to be shared
7. Don’t expose more data than necessary
8. Validate input

For more details read this page - Rest API security

The best way to secure a RESTful API is by installing an Wallarm API Firewall. API Firewall is a reverse proxy with a built-in OpenAPI v3 request and response validator, written in Go, and optimised for extreme performance and near-zero added latency.

For more details visit this page - Securing REST with free API Firewall

1. Use a strong authentication and authorisation solution
2. Prioritise security
3. Inventory and manage your APIs
4. Practice the principle of least privilege
5. Encrypt traffic using TLS
6. Remove information that’s not meant to be shared
7. Don’t expose more data than necessary
8. Validate input
9. Use rate limiting
10. Use a web application firewall

For more details read this article - Securing web API best practices

End-to-End API Security Solution tool provides the best testing capability to test REST APIs.

For more details visit this page - What Is API Testing

End-to-End API Security Solution tool to secure by Intelligent parsing of API calls that automatically recognizes different protocols/formats and applies chain of parsers.

Secure private APIs using:

1. Defense-in-Depth: Must be monitored for security issues at their respective ingress points.
2. Bot protection using automation: To distinguish “bad bots” from “good bots” that are just high-volume API calls.
3. Authentication: The most important issue is the correct implementation of API authentication and credential management

For more details read this article - Key Considerations in API security

The best way to secure multiple tenant B2B APIs is to use Wallarm solution that enables you to integrate multiple APIs which can be managed and secured via a centralized user platform. Wallarm multi-cloud platform provides key components to secure your business against emerging threats.

For more details visit this page - How protecting multiple applications

According to the official website of OPA, OPA's flexibility, decoupling of policy decisions and policy enforcement from business logic and resource management offer several advantages for security and compliance-heavy applications. The website also provides various adoption patterns, operational modes, and information for using OPA with popular architectures and platforms.

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  A: OPA works by intercepting requests to systems or services and evaluating them against a set of policies defined in a declarative language called Rego. If the request is allowed by the policy, it is granted. Otherwise, it is denied.

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  A: The benefits of using OPA include easier policy management and enforcement, improved security and compliance, centralized policy store, and ability to integrate with various cloud and container management tools.

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  A: OPA can be used for a variety of use cases such as application-level access control, Kubernetes cluster authorization, and cloud security, to name a few.

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  A: Open Policy Agent (OPA) is an open-source policy engine that allows organizations to enforce policies across their systems and services in a consistent and scalable manner

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