The risk modeling and safety cloud infrastructure firm, ThreatModeler, has introduced the final availability of ThreatModeler 6.0. This launch presents customers a number of new capabilities supposed to enhance the risk modeling course of for each safety and DevOps groups.
With this replace comes a whole redesign of the platform’s interface, workflows, mannequin constructing, and reporting based mostly on buyer suggestions collected over time. Based on the corporate, the objective of this replace is to simplify risk modeling for builders in addition to add extra options to perform a number of duties in a single platform.
“ThreatModeler 6.0 units the bar greater than ever earlier than for what risk modeling can do to streamline secure-by-design for functions, cloud migration, and infrastructure as code,” mentioned Archie Agarwal, founder and CEO of ThreatModeler. “It is a game-changer for collaboration between safety and improvement groups, and the pace, effectiveness, and safety enabled by this replace will result in rapid, unparalleled outcomes for our clients.”
ThreatModeler 6.0 brings customers an intuitive interface, offering them with extra info, instruments, and collaboration choices in an effort to streamline the event of risk fashions.
Moreover, this launch works to make managing risk fashions for giant enterprises attainable with out relying solely on coding. With this, builders and safety groups achieve a typical language to assist them higher talk and shift safety left of the cloud improvement lifecycle.
Enhancements have additionally been made to collaboration and approvals workflows. Customers can now tag collaborators in addition to assign duties which are tracked from starting to finish, with in-platform notifications so groups keep on tempo.
ThreatModeler 6.0 additionally permits customers to specify the time interval, exercise, and parts of every report to supply a transparent view of threats throughout safety environments.
Lastly, the replace builds on the IaC-Help resolution, enabling customers to determine, assessment, and mitigate safety flaws whereas writing code in real-time with out leaving their coding setting.
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