Predicting Security Vulnerabilities with Behavioral Code Analysis
Security vulnerabilities correlate with low code health, development hotspots, and a high author churn in the organization.
Leading Software Engineering Intelligence Tool
Achieve software excellence by addressing four key success factors. CodeScene revolutionizes the way you look at code and teams.
Get crucial insights and recommendations adapted to your organization and how your code evolves.
Leading Software Engineering Intelligence Tool
Achieve software excellence by addressing four key success factors. CodeScene revolutionizes the way you look at code and teams.
Get crucial insights and recommendations adapted to your organization and how your code evolves.
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How healthy is your code? Is technical debt slowing you down?
Prioritize with surgical precision. Focus remediation efforts where they provide the highest return on investment. Replace gut feelings with data.
Visualize code quality risks. Understand how your organization writes code. Act now to maintain a high-quality, high-throughput environment.
Stop accumulating technical debt. Automated, intelligent code reviews and quality gates supports development teams continuously.
What are the consequences of developer turnover? Make sure your team has strong code familiarity.
Detect code written by people who have since left the company. Low code familiarity requires additional time for learning.
Simulate off-boarding scenarios. Collective knowledge is lost when a contributor leaves. Visualize the impact so that you can prepare.
Use the knowledge distribution maps to guide new developers in unfamiliar territory.
Do you have the optimal team structure that supports efficient team coordination and short lead times?
Organize teams for a steady feature and value delivery.
Reduce friction by making sure your team structure aligns with the software architecture.
Visualize how your teams work and interact with each other.
How efficient is your delivery and how can you improve?
Improve delivery efficiency. Reduce lead times and unplanned work.
Get development statistics per team. Perfect for retrospectives.
Visualize the outcome. Delivery is your measurable win when improving Code Health, Knowledge, and Teams.
How healthy is your code? Is technical debt slowing you down?
Prioritize with surgical precision. Focus remediation efforts where they provide the highest return on investment. Replace gut feelings with data.
Visualize code quality risks. Understand how your organization writes code. Act now to maintain a high-quality, high-throughput environment.
Stop accumulating technical debt. Automated, intelligent code reviews and quality gates supports development teams continuously.
What are the consequences of developer turnover? Make sure your team has strong code familiarity.
Detect code written by people who have since left the company. Low code familiarity requires additional time for learning.
Simulate off-boarding scenarios. Collective knowledge is lost when a contributor leaves. Visualize the impact so that you can prepare.
Use the knowledge distribution maps to guide new developers in unfamiliar territory.
Do you have the optimal team structure that supports efficient team coordination and short lead times?
Organize teams for a steady feature and value delivery.
Reduce friction by making sure your team structure aligns with the software architecture.
Visualize how your teams work and interact with each other.
How efficient is your delivery and how can you improve?
Improve delivery efficiency. Reduce lead times and unplanned work.
Get development statistics per team. Perfect for retrospectives.
Visualize the outcome. Delivery is your measurable win when improving Code Health, Knowledge, and Teams.
Apex , C, C#, C++, Clojure, Dart2, ECMAScript Modules, Elixir, Erlang, Go, Groovy, Java, JavaScript, Kotlin, Objective-C 2.0, Perl 5, PHP, PowerShell, Python, Rational Software Architect models (C++), React (jsx, tsx), Ruby, Scala, Swift, TCL, Terraform, TypeScript, Visual Basic .NET, Vue.js
Apex , C, C#, C++, Clojure, Dart2, ECMAScript Modules, Elixir, Erlang, Go, Groovy, Java, JavaScript, Kotlin, Objective-C 2.0, Perl 5, PHP, PowerShell, Python, Rational Software Architect models (C++), React (jsx, tsx), Ruby, Scala, Swift, TCL, Terraform, TypeScript, Visual Basic .NET, Vue.js
Security vulnerabilities correlate with low code health, development hotspots, and a high author churn in the organization.
Complex code slows down development productivity, increases the delivery risk, and leads to excess maintenance costs.
Getting the organizational side of software right is just as important as any properties of the code.
Security vulnerabilities correlate with low code health, development hotspots, and a high author churn in the organization.
Complex code slows down development productivity, increases the delivery risk, and leads to excess maintenance costs.
Getting the organizational side of software right is just as important as any properties of the code.
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