HeadSpin has a wide orbit of security-oriented characteristic, including bare-metal devices,,, Soc 2 certification, HS Tunnel (Socks 5 base) support, and more. Recently, we introduced a new feature called the, which allows you to delete unused test data automatically from devices under test, establish on a configured embodied policy. The intellect behind the ever-increasing requirement for such robust and pliable security features is that remote work widespread in the wake of the COVID outbreak and increased the risk of info leak due to unauthorized accession. Further, the speed of the release round is cut, and the content under test is diversified. Today, there is an ever-increasing need to handle various sensitive information safely and well-timed during the testing phase.

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Some examples of sensitive information used in testing are as follows:

• Pre-release apps and contents

• Copyrighted materials such as video and audio of games before freeing

• Access credentials to CI/CD or other external scheme

• PII data connect to human health

• Financial information such as credit card information

Pro tip: Tools like SUSA can handle this autonomously — upload your app and get results without writing a single test script.

• Authentication item stash in the browser

• Applications built for debugging that support deep linking

Secret information is not limited to the above. So, what measures can you take to trim the leak of this secret information to the external macrocosm? One response is to present a single sign-on (SSO).

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HeadSpin supports modern authentication protocols such as OAuth/OIDC and SAML. Using these protocols, you can delegate the assay-mark operation to a 3rd-party identity service. As a answer, not exclusively can you centrally supervise access logs to the, but you can also deploy high-assurance multi-factor authentication to protect your data. Also, note that hold SSO in place keeps your architecture simpleton, reducing the risk of being caught in the unsighted spot of complex or isolated system, thus improving the governance & # x27; s overall security (* 1).

This blog will show you the routine of configuring authentication and authorization with Okta as an IDP (Identity Provider) and some key benefits of HeadSpin and Okta integration.

Effective use of IAM to foreclose data breaches in testing and mechanization

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In this video, we reviewed the procedure of configuring SSO with Okta as an IDP and introduced some benefit of using Okta together with HeadSpin, including auto-configuration, multiple role assignment, and deletion, enabling Okta MFA (Fido2/WebAuthn) and key access log. The following article will continue mix HeadSpin with Azure Active Directory to achieve SSO and benefits unique to the Azure desegregation.

(* 1) According tothe IBM/Ponemon report in 2021, system complexity and conformation failure be top factors that amplified data breach costs. The average time for respondents to name and contain a breach is 287 days.

FAQs

1. What are the three parts of IAM?

The IAM systems primarily consist three critical tasks that include: identify, authenticate, and authorize. This refers to the practice that the right people must be identified, must have proper credentials for their identity to be authenticated, and but on proper verifications should they have admittance to the computers, hardware, package apps, other IT resources, or execute specific tasks.

2. What is an active directory in IAM?

Microsoft has developed Active Directory (AD) as a user-identity directory service for Windows domain networks. Despite being proprietary, AD is included in the Windows Server go system and is therefore extensively deployed.

3. What is federalise identity management (FIM)?

FIM, also cognize as federate SSO, implies the establishment of a trusted relationship between different brass and third parties like application marketer or pardner, enable them to share identities and also authenticate users across land. When two domains are federated, a user can authenticate to one domain and then access resources in the other field with no requirement of performing a freestanding login summons.

4. What is dynamic authorization?

Dynamic authorization offers control over who has admittance to what data and actions in your SaaS, mobile, web, and enterprise covering. This capability provides you with fine-grained access control, which uses real-time context about your user and the resourcefulness they are accessing.

4 Parts

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