Cremit's non-human identity detection solution

Learn where and how to effectively secure NHIs.

100+
Accounts
trusted GLOBALLY
800+
patterns
no false positives
181+
MILlION
NHI's detected

Non-Human Identity Detection

Detection Everywhere: Cremit offers the most comprehensive range of integrations to scan your workspace.

Clear Ownership

Finding the right person to resolve a non-human identity leak can be challenging, but Cremit pinpoints the leak source.

Non-Human Identity Authentication

Over 800 credential types, all directly verified with credential providers.

AI-Powered Actionable Advice

With Cremit, developers can easily revoke leaked non-human identities using a clear, actionable framework.
Unmatched Security Innovation

Non-Human Identity Detection Redefined

Cremit’s secret detection methodology results from continuous innovation, minimizing false positives and enhancing security. It scans every string for exposed non-human identities, validates potentially risky strings, and removes ambiguities for clearer detection.

Multi-Entity Based Verification Engine

Multi-entity-based verification combines non-human identities from a variety of source files, source code, and transcripts to validate data. This method eliminates shadow areas and enhances detection capabilities.
A dark and atmospheric workspace with a laptop displaying code or data on its screen. On the wooden desk, there are vintage-style keys, old documents, and various small objects that evoke a sense of mystery or encryption.

Effortless NHI Revocation

With Cremit, security teams can simplify the process for developers to revoke leaked non-human identities and credentials by providing automated alerts and actionable guidance.
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Threats Detection in Real-Time

Swiftly detect suspicious Non-Human Identity behavior and minimize breach impact with Cremit’s agile, adaptive response mechanisms.
A laptop on a desk displaying a dashboard titled “CYBER SECURITY THREAT DETECTION ALERTS.” The screen includes various visual elements such as a warning icon with a triangular symbol, line graphs, bar charts, and icons indicating different types of alerts. The design conveys an active monitoring system for cybersecurity threats.
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Manage credentials sprawl
with cremit.
A dashboard interface for “Cremit, highlighting key metrics such as active secrets, detected secrets, and found sensitive data, with numerical statistics and visual graphs. Pie charts show the sources of detected secrets and sensitive data, while line graphs provide an overview of trends over time.
The “Alert” management page of the Cremit platform. It allows users to configure and manage integrations for sending notifications. The “Integrations” section includes options for Slack, with placeholders for Slack names and descriptions. The “Add Alert” section offers options to connect Slack or Jira accounts. A side panel titled “Modify Slack Integration” provides fields to edit the Slack integration, such as labels and settings, with options to delete or submit changes. Another section, “Add Slack Configuration,” allows users to set a target channel ID and label, and toggle options for “Secret Detection” and “Sensitive Data” alerts.
The “Secret” management page of the Cremit platform. It includes a table displaying details such as source, status (active or inactive), secret labels, and secret types. The status column is color-coded, with red indicating “Active” and green indicating “Inactive.” There are filters for searching by placeholder, status, source type, and secret type, as well as an option to export the data as a CSV file. The user profile is visible in the top-right corner, and the interface maintains a clean, organized design for credential monitoring and management.
The “Integration” page of the Cremit platform. It includes options for managing integrations, with sections for “Integrate Source” and “Add Source Integration.” The interface features tiles for connecting platforms like GitHub, GitLab, Confluence, and Jira. Each integration is represented by its logo and name, emphasizing the platform’s compatibility with various tools for source and credential management.
Getting Started With Zero Trust Infrastructure

Zero Trust Protection

A comprehensive zero-trust architecture is crucial for continuously verifying all identities, preventing unauthorized access, and ensuring strong security across digital environments— without disrupting operations or requiring additional team involvement.
Support

Frequently Asked
Questions

What is Cremit’s Non-Human Identity (NHI) detection solution?
Cremit provides an automated, SaaS-based detection solution that scans your code repositories for non-human identities (NHI) such as API keys, tokens, passwords, certificates, and others to help prevent data breaches and security incidents.
Why is secret detection important for my code security?
Vulnerable NHIs can expose your systems to unauthorized access, data leaks, and compliance violations. By using Cremit, you can continuously monitor and detect leaks early in the development cycle, reducing the risk of security breaches and ensuring your codebase remains secure.
How does Cremit detect non-human identities?
Our scanning engine employs advanced pattern matching to identify a wide range of sensitive data, including API keys, private keys, and database credentials.
What types of credentials does Cremit detect?
Cremit is designed to identify over 800+ types of non-human identities and other credential types.
What happens when a NHI is detected?
When a leak is flagged, Cremit provides a detailed alert that includes the file location, type of secret, and risk assessment. This helps teams quickly remediate issues and secure their environment.
How does Cremit handle false positives?
Our detection engine continuously improves with machine learning to ensure no false positives.
How secure is the scanning process?
Cremit prioritizes security and confidentiality. We scan repositories in a secure environment without permanently storing your code. Our protocols ensure privacy throughout the process.
Does Cremit scan public repositories?
Yes, Cremit proactively scans public repositories. If a leak of confidential information is detected, we notify the repository owner and provide guidance on remediation. For more information please visit our Vigilant Ally page.
Can I integrate Cremit with my existing development workflow?
Absolutely. Cremit integrates with CI/CD workflows. Our API and CLI options allow seamless incorporation into development workflows.
Is there an API available for automation?
Yes, Cremit offers a robust API for integrating NHIs leak detection into your automation pipelines, ensuring security across your development process.
Does Cremit offer on-premise deployments?
Cremit is primarily a cloud-based solution, but Enterprise plan customers can request on-premise deployments to meet specific security requirements.
How can I test Cremit’s detection capabilities?
You can test Cremit using sample repositories with intentionally embedded credentials.
What is the difference between Cremit’s free and paid versions?
The free version offers core non-human identities detection, while the paid versions include advanced features such as real-time alerts, more integrations, and others. For more information please visit our pricing page.
How does Cremit compare to other NHI detection tools?
Cremit differentiates itself with a highly accurate detection engine, broad coverage of secret types, seamless integration into developer workflows, and the most cost effective tool available.
How frequently does Cremit update its detection engine?
We continuously update our detection engine to include credential types and improve accuracy. Updates are automatically applied for cloud users. Subscribe to our newsletter to stay up to date with updates or check our Changelog.
What support options are available?
We provide detailed documentation for the integration processes, and dedicated customer support to assist with integrations, troubleshooting, and remediation strategies on paid versions.
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