
Weak passwords are responsible for [81% of company data breaches](https://bnd.nd.gov/81-of-company-data-breaches-due-to-poor-passwords/). When password authentication is your only line of defense, your business becomes an easy target for fraud, scams, and cyberattacks. All it takes is one reused or predictable password to expose sensitive systems. Relying on passwords alone is no longer viable.

Two-Factor Authentication (2FA) adds a vital second layer of protection, requiring users to verify their identity through something they have or something they are. It’s not just a best practice anymore, it’s a baseline security standard every organization must adopt to prevent account takeovers and protect critical data.

## The Modern Threat Landscape: Why Passwords Fall Short {#modern-threat}

Passwords are inherently vulnerable, reused, phishable, and ultimately static. Today’s attackers exploit automated bots to launch millions of login attempts daily, while sophisticated social‑engineering campaigns harvest credentials with alarming success. Even organizations that enforce complex password policies remain exposed:

- **Phishing Proliferation** - AI‑generated spear‑phishing emails mimic trusted senders more convincingly than ever, tricking users into revealing passwords.
- **Credential Stuffing** - Leaked credentials from unrelated breaches are reused across multiple sites, enabling attackers to access accounts wherever users recycle passwords.
- **Brute‑Force & Automation** - Cloud‑based botnets can execute thousands of login attempts per second—far outpacing any manual defense.

With the rising frequency of cyberattacks, phishing scams, and credential stuffing, 2FA has become essential for businesses and individuals alike. Here’s why:

- **Mitigates Password-Based Attacks**: 2FA prevents [100% of automated bot attacks](https://www.eftsure.com/statistics/two-factor-authentication-statistics/#statistic-source-panel-section), including brute force and phishing attempts.
- **Ensures Regulatory Compliance**: It helps meet global data protection standards such as GDPR, HIPAA, ISO 27001, and NIST.
- **Strengthens Enterprise Security**: 2FA is critical for protecting sensitive assets across business tools like Jira, Confluence, and Bitbucket, especially when managing internal IP, customer data, and project documentation.

## How Can miniOrange’s 2-Factor Authentication Solutions Help? {#2-factor-authentication-solution}

The miniOrange Two-Factor Authentication (2FA) plugin is a powerful cybersecurity tool designed to secure Atlassian applications like Jira, Confluence, Bitbucket, Bamboo, and Crowd. It introduces an additional layer of identity verification that goes beyond passwords, using a second factor such as an OTP sent via SMS, email, or a hardware token like Yubikey.

This approach strengthens access control mechanisms, making it significantly more difficult for attackers to exploit compromised credentials. Whether you manage a small software team or a global enterprise, miniOrange offers the flexibility to enforce Atlassian two factor authentication at scale.

The plugin also integrates seamlessly with Jira SSO configuration, supporting both SSO and 2FA in a unified framework. This ensures smooth and secure user experiences across multiple platforms, reducing password fatigue and increasing organizational security.

### Real-World Example: Allianz

Allianz, a global insurance leader, implemented [miniOrange’s 2FA solution](https://www.miniorange.com/atlassian/single-sign-on-sso-for-allianz) across its Atlassian environment. The result? Secured access for over 159,000 employees and external users across 70+ countries, helping Allianz maintain strong regulatory compliance and enterprise-wide operational security.

## Key Benefits of miniOrange 2FA for Atlassian Tools {#key-benefits}

[miniOrange 2FA for Atlassian](https://www.miniorange.com/atlassian/atlassian-two-factor-authentication) Suite offers a host of benefits that make it one of the best cybersecurity companies for Atlassian security enhancements. Its focus on strong identity verification not only boosts protection but also streamlines compliance with international cybersecurity laws and frameworks like GDPR, HIPAA, and ISO 27001.

### Key Advantages:

- **REST API Protection with MFA**: Enhance your API security by adding 2FA to REST API access, ensuring that only authenticated requests reach your critical resources.
- **Stops Unauthorized Access**: Prevents account takeovers even if passwords are leaked or compromised by enforcing an additional layer of authentication.
- **Brute Force Attack Protection**: Detects and blocks repeated login attempts, shielding endpoints from automated attacks and credential stuffing.
- **Flexible Authentication Methods**: Supports a wide array of 2FA options including TOTP apps, SMS OTP, biometric verification, and hardware tokens like YubiKey.
- **User Convenience**: Enhances usability with fallback authentication options, device recognition features, and customizable workflows to reduce friction without compromising security.
- **Compliance Readiness**: Designed to help organizations meet stringent security standards such as GDPR, HIPAA, ISO 27001, and NIST by securing both user logins and API interactions.

For companies using Jira 2FA or looking to enforce 2FA across Atlassian tools, miniOrange provides a robust, customizable, and enterprise-grade solution.

## Best Practices for Implementing 2FA {#best-practices}

To maximize protection and minimize user friction, follow these implementation best practices:

- **Enforce 2FA Across the Board:** Apply it to all users, including internal teams and third-party collaborators.
- **Prioritize Phishing-Resistant Methods:** Use hardware tokens or WebAuthn-based authentication instead of vulnerable SMS codes.
- **Enable Adaptive Authentication:** Tighten 2FA rules for sensitive actions like admin logins, permissions changes, or remote access.
- **Adopt a Zero Trust Model:** Treat every access attempt as a potential threat, regardless of user location or device.
- **Provide Backup Options:** Ensure recovery paths with backup codes, alternate emails, or admin-initiated resets to avoid account lockouts.

## Core Features of the miniOrange 2FA Add-On {#core-features}

The [2-Factor Authentication add-on for Atlassian by miniOrange](https://marketplace.atlassian.com/search?query=miniOrange%202FA) gives admins comprehensive control over how authentication is enforced and executed across users and teams. These features are critical for ensuring secure, flexible, and manageable access control in large organizations.

### Core Functionalities:

1. Multiple Authentication Methods:

- TOTP via Authenticator App
- OTP over Email
- OTP over SMS
- Yubikey (U2F/WebAuthn)
- Security Questions
- Backup Codes

2. Enforcement Flexibility:

- Enforce 2FA for all users or selectively by role, group, or IP address.
- Customize authentication flows per department or compliance requirement.

3. Advanced Security Features:

- IP-based Restrictions: Allow or deny access based on geolocation.
- Audit Logs: Track login attempts and security events.
- One-Time Validation Across Crowd Apps: Authenticate once to gain access across connected systems.

These features collectively strengthen brute force password protection, enhance data security, and enable smart 2FA implementations across your Atlassian suite.

## Additional miniOrange Security Features {#additional-security-features}

Beyond its primary authentication methods, miniOrange 2FA offers a comprehensive suite of features that further strengthen access control and cybersecurity posture.

### Key Enhancements:

- **One-Time 2FA Validation Across Crowd Applications**: If a user verifies through one Atlassian application, access to others in the suite (e.g., Jira, Confluence) is streamlined.
- **IP-Based Restrictions**: Limit access to known networks to avoid malicious logins from unfamiliar sources.
- **Multiple Backup Methods**: Ensure users retain access even if the primary method fails. Options include backup codes, OTP over email, and security questions.
- **Audit Logging**: Maintain detailed logs of login attempts, successes, and failures to detect suspicious activity.
- **Customizable Templates**: Personalize user-facing instructions for 2FA setup and login.
- **Remember My Device**: Temporarily skip 2FA for trusted devices to enhance convenience.

These capabilities make miniOrange not only effective in preventing cyber intrusions but also practical for day-to-day use in a busy corporate environment.

## Conclusion {#conclusion}

As AI-powered hybrid attacks and zero-day exploits become more prevalent, organizations will need to evolve their approach to access security. The future of cybersecurity lies in adaptive, context-aware, and passwordless authentication.

miniOrange is already preparing for this future with innovations in biometrics, WebAuthn, and federated identity. Pairing strong 2FA with intelligent security analytics will be the gold standard moving forward.

With [miniOrange 2FA solution for Atlassian](https://marketplace.atlassian.com/search?query=miniOrange%202FA) tools like Jira, Confluence, and Bitbucket, you gain enterprise-ready protection, regulatory compliance, and peace of mind.

## FAQs {#faq}

**1. Is 2FA safe?**

Yes, when implemented correctly, 2FA significantly reduces the risk of unauthorized access by requiring a second factor for authentication.

**2. What is the strongest 2FA method?**

Hardware-based authentication (e.g., Yubikey) and biometric authentication are considered among the most secure 2FA methods.


Weak passwords cause the majority of data breaches, making password-only security a serious risk in 2025. Understand why Two-Factor Authentication (2FA) is now a must-have for Atlassian tools like Jira and Confluence, how it blocks phishing and credential-based attacks, and why it’s become a baseline security standard.

Cybersecurity in 2025: Why 2FA Is a Must-Have for Atlassian Apps


## Extend Crowd-Based Authentication and User Management to Jenkins {#authentication-and-user-management-to-jenkins}

While Crowd works as an identity provider for Atlassian apps like Jira, Confluence, and Bitbucket without any hitch, extending this unified authentication model to external tools like Jenkins isn’t as straightforward.

Jenkins, being a non-Atlassian system, doesn’t natively support Crowd sessions, making it difficult to enforce the same access control policies or streamline authentication across your toolchain.

This is where the [miniOrange Jenkins SAML SSO app](https://www.miniorange.com/atlassian/jenkins-single-sign-on) comes into the picture, it enables teams to configure **Crowd as the SAML Identity Provider (IdP) for Jenkins**, allowing for true single sign-on (SSO) across Atlassian and DevOps environments.

The app uses existing Crowd sessions and user permissions to streamline access, eliminating redundant admin work and identity silos.

This article walks through how this integration works, why it’s valuable, and how real teams are using it today.

## The Problem: Fragmented Access Across Atlassian and Jenkins {#problem}

For engineering teams that are already using Crowd to authenticate users across Jira, Confluence, and Bitbucket, extending that same one-click access experience to Jenkins can become challenging.

Jenkins does not natively integrate with Atlassian Crowd.

As a result:

- Developers need to maintain separate credentials
- Admins need to manage duplicate user records and permissions
- Identity lifecycle events (like deactivation) need to be manually tracked
- Security teams are unable to effectively enforce consistent SSO or MFA policies across the board

In a security-sensitive devops environment, this fragmented access experience creates a lot of friction and risk.

## The Solution: Jenkins SSO with Crowd as IdP {#solution}

miniOrange recognized this integration gap, and built a solution to bridge it. With the miniOrange [Jenkins SAML SSO app](https://www.miniorange.com/atlassian/jenkins-single-sign-on), you can configure Atlassian Crowd as the SAML Identity Provider (IdP) for your Jenkins instance, thereby extending your Atlassian instance’s centralized authentication structure beyond the ecosystem.

What does this mean for your team?

- Users log into Jenkins with their existing Crowd credentials, no need to maintain separate credentials for Jenkins and Atlassian.
- Authentication is handled directly by Crowd, maintaining a single source of truth for identity.
- Access permissions and roles in Jenkins are dynamically mapped based on Crowd groups.
- Admins save a lot of time and effort by managing users and policies in one place instead of two.

The SSO app makes Jenkins a part of your centralized identity and access ecosystem, without introducing an external IdP like Okta or Azure AD.

## Architecture Overview: How It Works {#architecture-overview}

Here’s what a successful SSO flow looks like in this integration:

1. A user navigates to Jenkins and initiates login
2. The Jenkins SSO plugin redirects the request to Crowd (the SAML IdP)
3. Crowd authenticates the user (via its internal directory or LDAP)
4. Crowd issues a signed SAML assertion and sends it back to Jenkins
5. Jenkins validates the assertion and logs the user in
6. Group membership in Crowd determines the user’s Jenkins permissions
7. Admins can customize or hide the Jenkins login page and redirect users directly to Crowd for seamless authentication

## Why Not Just Use LDAP or an External IAM? {#ldap-or-external-iam}

It’s a valid question—especially when Jenkins already supports LDAP and many organizations are investing in external identity providers like Okta or Microsoft Entra ID. But if **Atlassian Crowd is already your source of truth**, introducing another IAM layer often leads to more complexity, not less.

### The Problem with LDAP-Based Authentication in Jenkins

While LDAP plugins for Jenkins are commonly used, they come with significant limitations when it comes to enterprise-grade access control:

- **No seamless user sync**: You still have to manually provision users in Jenkins or write scripts to sync them from LDAP.
- **Limited role mapping**: Jenkins has no native understanding of Crowd group structures or role hierarchies, which means admins must reconfigure access policies separately.
- **Outdated protocol**: LDAP lacks modern authentication features like SAML assertions, session controls, and federated identity—leaving gaps in your security posture.

### The Downside of External IAMs

IAM platforms like Okta or Entra ID offer robust SSO capabilities, but they’re not always the right fit when your user and group data already resides in Crowd:

- **Redundant user directories**: You’ll end up duplicating user records across IAMs, increasing the risk of sync errors and stale permissions.
- **Lost RBAC logic**: Any group-role mappings you’ve set in Crowd won’t automatically carry over—you’d need to replicate that logic in the external IAM.
- **Added complexity**: Integrating an entirely separate IAM solution into Jenkins and Crowd requires additional licensing, configuration, and ongoing maintenance.

**To sum it up**: if your users already log into Jira, Confluence, or Bitbucket via Crowd, and you’ve already built your permission model there, using Crowd as your SAML IdP for Jenkins is the cleanest and most efficient approach. It lets you extend your existing identity architecture to Jenkins without rework or compromises.

## Configuration Overview: Setting Up Jenkins SSO with Crowd as IdP {#configuration-overview}

Connecting Jenkins to Crowd using the miniOrange SAML SSO plugin is a straightforward process that builds on your existing identity architecture. Here’s how it works:

**1. Install the miniOrange SAML SSO Plugin for Jenkins**

The plugin supports Jenkins LTS and open-source distributions, and is easily installed from the Jenkins plugin manager.

**2. Configure SAML in Jenkins**

Set up the plugin with the SAML metadata provided by Crowd:

- **SAML Login URL**
- **Entity ID**
- **X.509 Certificate**

This tells Jenkins to recognize Crowd as a trusted Identity Provider (IdP).

**3. Configure Crowd as a SAML IdP**

Within Crowd, define Jenkins as a Service Provider by:

- Providing the ACS (Assertion Consumer Service) URL from Jenkins
- Mapping key user attributes like username, email, and group
- Enabling group-to-role mapping so Crowd groups can determine access levels in Jenkins

**4. Test and Verify**

After configuration:

- Log in to Jenkins
- Users should be redirected to Crowd, authenticated, and seamlessly logged into Jenkins with the correct role assignments

This setup works alongside existing Crowd-based SSO configurations for Jira, Confluence, and Bitbucket, allowing for a consistent and centralized access model across your Atlassian and DevOps tools.

## Security Advantages of This Setup {#security-advantages}

Beyond convenience, this integration has several security benefits:

- **Centralized Authentication**: Password policies, login restrictions, and session controls are applied at the Crowd level
- **Reduced Credential Sprawl**: No need for separate Jenkins logins
- **Just-in-Time Provisioning**: No dormant accounts lingering in Jenkins
- **MFA Compatibility**: You can apply MFA at the Crowd level and extend it to Jenkins
- **Single Logout (SLO)**: Optionally terminate sessions across applications when a user logs out from one

In short, Jenkins becomes part of your secure identity perimeter — not an outlier.

## Real-World Scenario: Scaling Jenkins Without Duplicating Identity Infrastructure {#real-world-scenario}

A fast-growing software company was rapidly expanding its DevOps pipeline, and Jenkins adoption was increasing across engineering teams. With hundreds of users to onboard and strict compliance requirements in place, the IT team had to make a decision:

Should they rebuild access controls in Jenkins from scratch, adopt a new IAM platform just for Jenkins, or extend their existing identity setup in Atlassian Crowd?

They chose the most streamlined and secure option:

**Configure Crowd as the Identity Provider (IdP) for Jenkins using the miniOrange Jenkins SSO plugin.**

Here’s how the solution was implemented:

- Users were authenticated directly in Crowd using existing SAML sessions
- Crowd groups were mapped to Jenkins roles, ensuring consistent access control
- No duplicate user accounts were created, and no new IAM layer was added

**The outcome:**

- Fast, zero-effort onboarding for new users
- Role-based permissions aligned with those in Jira and Confluence
- A unified audit trail maintained through Crowd
- A simplified architecture with fewer components to manage

This solution is now live in production, supporting thousands of daily SSO requests to Jenkins—without the need for separate user management or external IdPs. Crowd remains the single source of truth for identity across the organization.

## Frequently Asked Questions {#faqs}

**Q. Can I use this integration without a third-party IDP?**

Yes. Crowd itself acts as the Identity Provider in this setup. No need for Okta, Azure AD, or Ping unless you choose to connect those to Crowd separately.

**Q. Can I use this setup with Jenkins running inside containers or behind a reverse proxy?**

Yes. The miniOrange app supports containerized Jenkins deployments and reverse proxies like NGINX or Apache. Just ensure the ACS URL and Entity ID are reachable and consistent across environments.

**Q. Does this plugin support SAML logout and session expiry?**

Yes. The plugin supports SAML Single Logout (SLO) and respects session expiry and logout signals issued by Crowd.

## Conclusion: A Unified Identity Layer Across Atlassian and Jenkins {#conclusion}

If your organization already relies on Crowd as the identity provider for Jira, Confluence, or Bitbucket, extending that centralized control to Jenkins is the next logical step.

With the **miniOrange Jenkins SAML SSO plugin**, you can:

- **Unify authentication** across Atlassian and Jenkins using Crowd
- **Preserve role-based access control** without duplicating users
- **Eliminate login friction** for developers working across your CI/CD pipeline
- **Strengthen security and simplify audits** with one centralized identity layer

This integration is not a stopgap — it’s a robust, production-ready architecture built for teams that prioritize security, scalability, and operational efficiency.

If you're ready to modernize Jenkins authentication without reengineering your identity stack, miniOrange makes it possible.


Engineering teams using Atlassian tools often centralize access through Crowd. However, when CI/CD enters the picture with Jenkins, keeping identities centralized becomes challenging as the integration requires you to perform separate logins, and maintain multiple credentials as well as role configurations.

How to Enforce SSO in Jenkins with Atlassian Crowd as the SAML Identity Provider


**81% of hacking-related breaches involve stolen or weak passwords**. This startling statistic from [Verizon’s Data Breach Investigations Report](https://www.verizon.com/business/resources/) underscores a growing reality: traditional credentials are no longer enough to protect your software delivery pipelines.

Jenkins plays a central role in continuous integration and continuous delivery (CI/CD), automating everything from code builds to deployments. But this also makes it a high-value target. Jenkins handles assets that attackers would love to get their hands on.

Unfortunately, many Jenkins environments still rely solely on username and password authentication, leaving them vulnerable to brute-force attacks, credential stuffing, and phishing. Once compromised, a Jenkins account can be misused to inject malicious code, modify pipelines, or gain access to production systems.

That’s where **Jenkins Two-Factor Authentication (2FA)** comes in.


**2FA for Jenkins** adds a second layer of protection beyond passwords, ensuring that even if credentials are leaked or stolen, unauthorized access is prevented. By requiring an additional verification step, like a time-based one-time password (OTP), push notification, or security key, Jenkins 2FA drastically reduces the risk of compromise.

To help teams implement this critical layer of defense quickly and effectively, the miniOrange Jenkins 2FA app, the **first-ever 2FA solution built for Jenkins**, offers an easy-to-use, feature-rich solution tailored for Jenkins administrators.


## Why is 2FA Essential to Safeguard Jenkins? {#2fa-for-jenkins}

Jenkins has become an essential component of modern DevOps workflows. But improper security methods can put your Jenkins environment at risk.

**Jenkins Two-Factor Authentication (2FA)** is one of the most effective ways to strengthen the security posture of your pipelines. It goes beyond password-only login by requiring an additional step of identity verification, such as a one-time passcode (OTP), push notification, hardware token, or biometric factor, before granting access to the Jenkins dashboard.

Without **Jenkins 2FA**, a compromised admin account can lead to serious consequences:

- Unauthorized code deployments
- Backdoor injection in build jobs
- Secrets leakage from environment variables
- Full takeover of DevOps infrastructure

That’s why **2FA for Jenkins** is no longer optional, it’s a baseline security requirement. It ensures that even if passwords are weak, reused, or phished, attackers still can’t gain control unless they pass the second verification factor.

By enabling **Jenkins Two Factor Authentication**, you protect not only the Jenkins interface but the entire CI/CD pipeline, from source to production. Whether you’re a small team or an enterprise DevSecOps operation, adopting **Jenkins 2FA** is a foundational step in securing your software supply chain.


## How 2FA Mitigates Risks in Jenkins Environments {#how-2fa-mitigates-risks-in-jenkins}

In CI/CD environments where speed and automation are paramount, security often takes a back seat. But enabling **2FA for Jenkins** ensures that speed doesn’t come at the cost of control. With 2FA in place, even compromised credentials can’t be misused to manipulate jobs, expose secrets, or trigger unauthorized deployments.

By requiring two distinct factors to authenticate, typically something the user knows (password) and something the user has (OTP, mobile device, security key), **Jenkins Two Factor Authentication** neutralizes many of the most common attack vectors, including:

- **Credential stuffing**: Even if an attacker obtains valid Jenkins login credentials through a data breach or phishing, they’ll be blocked at the second factor.
- **Brute-force attacks**: Automated login attempts are rendered ineffective when MFA is in place.
- **Insider threats**: 2FA makes it more difficult for unauthorized internal actors to exploit shared or cached credentials.
- **Session hijacking**: MFA limits damage by verifying users at the point of login, not just when they access the session.


## How Does the miniOrange Jenkins app Offer End-to-End Protection? {#miniorange-jenkins-end-to-end-protection}

The **miniOrange Jenkins 2FA app** delivers a multi-featured solution that strengthens every access point without slowing down your team. Whether you're managing a single instance or a fleet of Jenkins servers, the app’s security model is built for real-world DevOps environments.

### Notable Features 

Here’s how **miniOrange Jenkins 2FA app** offers end-to-end protection:

**1. Support for Mobile Authenticators & OTP**

The app supports various authentication methods including OTP over SMS and email, **mobile authenticators** like Google Authenticator, Microsoft Authenticator, Okta Verify, and more. For enterprise setups, **Duo Push** is also supported, providing a fast, user-friendly login experience with real-time approval on mobile devices.

**2. Advanced User Management**

Admins get a **dedicated user management dashboard** to control 2FA status per user. You can:

- Enable/disable 2FA for specific users
- Reset 2FA settings remotely
- Monitor which users have enrolled

This level of granularity is vital when managing large Jenkins teams with rotating contributors.

**3. Group-Based Enforcement for Maximum Flexibility**

Apply **Jenkins two-factor authentication** policies only where needed. You can enforce 2FA selectively for administrators, contractors, or critical deployment teams, and skip it for service accounts or internal systems. This ensures security without disrupting automation.

**4. Jenkins API-Level MFA**

Beyond UI logins, **2FA can be enforced on Jenkins APIs** as well. This is critical for securing integrations, automation scripts, and CLI interactions, where credentials are often stored and reused.

**5. Brute-Force & IP-Based Controls**

The app includes native **brute-force attack protection** and supports **IP whitelisting**, allowing admins to block unknown access origins or restrict logins to internal networks.

**6. Enterprise-Ready Licensing & Support**

- **30-day free trial**: Evaluate all premium features in your environment
- **Priority support**: Get email assistance, update access, and help with installation or troubleshooting
- **Live demo available**: Book a session to see it in action before rollout


## How Does the miniOrange app Improve Jenkins Security? {#how-miniorange-app-improve-jenkins-security}

When it comes to securing Jenkins, password-based authentication simply isn’t enough. The [miniOrange Jenkins 2FA app](https://plugins.jenkins.io/miniorange-two-factor/) introduces a robust layer of **multi-factor authentication**, giving administrators fine-grained control over who gets in, how, and from where. But what truly sets it apart is its end-to-end approach to security, combining ease of use with enterprise-grade protection.

Below are the key ways this app improves Jenkins security:

**1. Wide Range of Authentication Methods**

The miniOrange Jenkins 2FA app supports multiple authentication methods, with each method being suitable for a diverse range of scenarios. This allows organizations to accommodate varied user preferences and device availability while ensuring strong authentication across the board.

**Examples**:
- A DevOps team lead uses Duo Push for quicker logins on a work phone, while developers use Google Authenticator on personal devices.
- Contractors are assigned OTP-based login methods only during project periods, enhancing temporary access security.

**2. Guided Setup: Jenkins Multi Factor Authentication Step by Step**

Setting up 2FA doesn’t have to be complex. The **miniOrange Jenkins 2FA app installation guide** walks you through a **step-by-step configuration** process. Whether you're integrating with TOTP apps like Google Authenticator or Duo Push, or defining group-specific policies, the app provides intuitive admin dashboards and detailed documentation.

- Supports multiple authentication types
- Setup wizards for common use cases
- Easy-to-navigate UI for managing users and policies

This makes it one of the **best apps for MFA in Jenkins**, especially for teams without dedicated security engineers.

**3. Protect Jenkins API Endpoints with MFA**

Most Jenkins apps overlook the security of Jenkins APIs. miniOrange extends protection to API access as well, ensuring that automated tasks or script-based calls are not an unprotected backdoor.

- **MFA for Jenkins APIs** available in premium version
- Prevents misuse of Jenkins REST endpoints by requiring MFA tokens

**4. Role-Based Access Control for MFA Policies**

The app allows **group-based 2FA enforcement**, a huge plus for growing teams. For example, you can require MFA for all administrators, but allow service accounts or test users to bypass it (with limited access).

This granularity keeps things secure without slowing down CI/CD pipelines unnecessarily.

**5. OTP-Based MFA for Every Developer**

The app allows you to **enable OTP authentication in Jenkins** using industry-standard Time-based One-Time Password (TOTP) protocols. Supported authenticators include:

- Google Authenticator
- Microsoft Authenticator
- Authy
- Okta Verify
- FreeOTP

These apps generate temporary 6-digit codes that users must enter after providing their primary credentials, effectively neutralizing stolen passwords.

**6. Real-Time User Control and Logs**

From the admin panel, you can:

- View active users and their 2FA status
- Reset or disable 2FA for individual accounts

This improves visibility and responsiveness, especially when troubleshooting 2FA or onboarding new developers.


## Conclusion: Secure Jenkins with Confidence Using miniOrange 2FA {#conclusion}

As Jenkins continues to be a core part of enterprise workflows, it is imperative to ensure its access security. Implementing **Jenkins two factor authentication** isn’t just recommended, it’s essential to defend against credential theft, unauthorized access, and evolving threats.

The **miniOrange Jenkins 2FA app** brings enterprise-grade protection with **multi-factor authentication, group-based access control, OTP login,** and **brute-force protection,** all within a streamlined admin interface. Whether you're looking to **enable OTP authentication in Jenkins**, enforce IP whitelisting, or integrate SSO with MFA, miniOrange offers the best balance of flexibility, ease of setup, and comprehensive security.

[Get started today](https://miniorange.atlassian.net/servicedesk/customer/portal/2/group/6/create/66) with a free 30-day trial or request a personalized demo. Strengthen your Jenkins instance with the most **trusted app for 2FA in Jenkins**.


## FAQs {#faq}

**1. What Is the Best Way to Secure Jenkins CI/CD with 2FA?**  
Use Jenkins 2FA with brute-force protection, IP whitelisting, group-based MFA rules, and OTP login. Regular audits and a reliable app like miniOrange ensure strong authentication, reduced risk, and alignment with Jenkins authentication security best practices.

**2. Jenkins SSO vs 2FA: Which Is Safer?**  
SSO simplifies logins; 2FA adds protection. Combine both using the Jenkins SAML SSO app and miniOrange 2FA for strong identity security. Use SSO for convenience, 2FA for security, together they provide comprehensive access control in Jenkins.

**3. How to Recover Access to Jenkins If 2FA Device Is Lost?**  
Use backup codes, email OTP, or ask admins to reset 2FA via the app dashboard. Then reconfigure 2FA on a new device. miniOrange ensures recovery without compromising Jenkins multi-factor authentication security.


When it comes to Jenkins, relying on just usernames and passwords puts your pipelines at risk. This blog explains why 2FA is essential for Jenkins security and how it helps block threats like credential stuffing and brute-force attacks. You’ll explore different 2FA methods and see how the miniOrange Jenkins 2FA plugin makes it easy to protect both user access and APIs.

The Complete Guide to Jenkins 2FA with miniOrange


In a hybrid work environment, seamless and secure user access is no longer a luxury, but a necessity. As organizations adopt multiple tools to support collaboration and development, the need for a unified identity and access management strategy becomes increasingly urgent.

If your teams rely on Atlassian applications like Jira, Confluence, or Bitbucket and manage user identities through Azure AD (now Microsoft Entra ID), ensuring that these platforms work in sync is vital for both productivity and security.

While syncing them may sound straightforward, the reality is far more complex. Without proper integration, users are left juggling multiple passwords, IT teams struggle with manual provisioning, and security gaps quickly emerge.

**That’s where miniOrange’s SAML Single Sign-On (SSO) solution comes in**. It seamlessly connects Azure AD with your Atlassian tools, allowing users to log in once and access everything they need while giving IT the control to manage access securely and efficiently.

This integration goes beyond login convenience. It enables centralized policy enforcement, streamlines user/group provisioning and deprovisioning, and strengthens your organization’s overall security posture across the Atlassian stack.

## Common Security Challenges in Atlassian Environments {#common-security-challenges}

Atlassian applications are often used across departments, from engineering and IT to HR and finance. This makes access control and user lifecycle management a complex task for Jira/Confluence admins, especially in environments with limited native identity integrations.

**Here are a few common challenges:**

**Disparate Login Systems**

Many enterprises use multiple identity systems or local Atlassian accounts, resulting in inconsistent authentication experiences. Users may have to remember multiple passwords for multiple apps, increasing friction and support tickets. This fragmentation also creates gaps where access policies are not uniformly applied.

**Manual User Provisioning and Deprovisioning**

Without automated processes, onboarding and offboarding users across Jira, Confluence, and Bitbucket can be error-prone. It’s common for inactive or former employees to retain access inadvertently, creating significant insider risk. Manual tasks consume valuable IT resources and slow down operational agility.

**Password Fatigue and Risky Behavior**

Users overwhelmed by numerous passwords often reuse or write them down, exposing the organization to credential-stuffing attacks. Password reset requests also increase helpdesk load, reducing productivity.

**Compliance and Audit Difficulties**

Many industries require strict access control, traceability, and timely revocation of privileges. When Atlassian environments lack centralized identity integration, producing audit reports or enforcing compliance policies becomes challenging. This can result in regulatory penalties and damage to reputation.

**Limitations of Native Atlassian SSO**

Although Atlassian offers built-in SSO options, they often lack support for enterprise-grade Identity Providers like Azure AD or lack advanced features such as SCIM provisioning, attribute mapping, or comprehensive logging. This limits their effectiveness in large or regulated organizations.

## How miniOrange and Azure AD Solve These Problems {#how-miniorange-and-azure-ad-solve-these-problems}

miniOrange SAML SSO for Atlassian enables secure, policy-driven access using Azure AD as the Identity Provider. This gives you centralized control over user authentication and streamlines identity management across all Atlassian applications.

**Key advantages include:**

- **Centralized authentication** using corporate credentials managed in Azure AD
- **SCIM provisioning** to automatically create users when they’re added to the Identity Provider, eliminating manual onboarding and reducing administrative overhead
- **Role-based access control** through Azure AD group assignments
- **Consistent login experience** across all Atlassian apps
- **Secure deactivation** of user access when employees leave or change roles

This approach ensures that only the right people can access the right tools, and only for as long as needed.

## Key Features of the Integration {#key-features-of-the-integration}

The miniOrange SAML SSO app is purpose-built for enterprise Atlassian environments and supports:

**Metadata-Based Configuration**

To simplify setup, miniOrange supports import and export of Service Provider (SP) and Identity Provider (IdP) metadata files. This reduces configuration errors and accelerates deployment, especially in complex environments.

**Custom Attribute Mapping**

Attribute mapping allows administrators to define how user data from Azure AD (such as email, username, or group membership) translates to Atlassian user attributes. This ensures users receive appropriate roles and permissions automatically without manual intervention.

**Granular Role-Based Access Control**

By leveraging Azure AD groups and miniOrange’s mapping capabilities, organizations can enforce fine-grained access policies. For example, only members of a specific Azure AD security group may access sensitive Jira projects or Confluence spaces.

**Audit-Ready Logging and Diagnostics**

miniOrange records detailed authentication logs and provides troubleshooting tools that help IT teams monitor user access, detect anomalies, and support compliance audits with clear records.

**Redirection Rules**

miniOrange’s Redirection Rules feature gives you granular control over your authentication flow. It allows you to dynamically route users to the appropriate authentication method or Identity Provider based on custom conditions (like domain, IDP groups, etc).

Whether you need to have multiple IdPs, differentiate between internal and external users, or allow selective form-based login, the Redirection Rules feature makes it possible.

## Real-World Use Cases and Applications {#real-world-use-cases-and-applications}

The integration between Azure AD and miniOrange SAML SSO is especially valuable in organizations where secure access and identity governance are business-critical. Here are a few examples:

**1. Managing Access for Global Teams**

Enterprises with distributed teams can allow users to authenticate from anywhere using Azure AD, while ensuring they only access relevant Atlassian projects based on department or geography.

**2. Contractor and Partner Access**

External collaborators can be provisioned with temporary Azure AD accounts and assigned specific access rights, eliminating the need for creating unmanaged local accounts in Atlassian.

**3. Compliance in Regulated Industries**

In sectors like finance, healthcare, and government, miniOrange supports access controls aligned with compliance frameworks such as HIPAA, GDPR, and ISO 27001.

**4. Faster Audits and Access Reviews**

Centralized logs and consistent access mappings make audits and access reviews significantly faster and more reliable.

These use cases demonstrate that the benefits of SAML SSO extend far beyond login convenience — they are foundational to scalable, secure operations.

## Security Benefits You Can Expect {#security-benefits}

By integrating miniOrange SAML SSO with Azure AD, your Atlassian environment gains:

**Reduced Attack Surface**

Centralizing authentication through Azure AD means users no longer need multiple credentials stored in disparate systems, lowering the risk of credential theft. It also eliminates “shadow IT” accounts created locally in Atlassian.

**Enhanced Identity Governance**

With centralized control over user lifecycle, admins can enforce least-privilege access, promptly deactivate accounts, and ensure users only have access to necessary resources.

**Stronger Access Controls**

Integration with Azure AD enables leveraging advanced security features like Conditional Access policies and Multi-Factor Authentication (MFA) to protect Atlassian logins.

**Better Visibility and Traceability**

Comprehensive logging and audit trails help security teams quickly investigate incidents, perform access reviews, and demonstrate compliance with regulations such as GDPR, HIPAA, and SOX.

**Operational Efficiency**

Automation of user provisioning and deprovisioning reducing administrative burden, lowering human error, and accelerating onboarding and offboarding processes.

## Getting Started with miniOrange {#getting-started-with-miniOrange}

miniOrange understands the importance of both security and ease of deployment. To help organizations experience the benefits without delay, miniOrange offers:

- **A free trial** that allows teams to test the full functionality in their environment
- **Comprehensive onboarding support** to assist with configurations, integration planning and execution
- **Extensive documentation** and responsive technical support to troubleshoot and optimize configurations
- **24/7 technical support** to assist with setup, troubleshoot issues, or tailor configurations to your use case

By partnering with miniOrange, your organization can ensure that secure, seamless authentication across Atlassian tools becomes a reality with minimal disruption.

For more information or to schedule a demo, contact the miniOrange team at [atlassiansupport@xecurify.com](mailto:atlassiansupport@xecurify.com).


As teams expand and compliance tightens, disconnected logins and manual provisioning create more risk than resilience. Learn how miniOrange SAML SSO syncs Azure AD with Jira, Confluence, and Bitbucket to bring seamless access and centralized control to your Atlassian stack.

miniOrange SAML SSO for Azure AD: A Better Way to Secure Your Atlassian Environment


Atlassian tools like Jira, Confluence, Bitbucket, and Bamboo have become indispensable for enterprises worldwide, powering collaboration and streamlining workflows at scale. Yet, while these platforms excel at productivity, they often fall short on delivering **secure convenience**—the seamless blend of robust security and effortless user experience that modern organizations demand.

Atlassian teams today face critical security challenges – from password vulnerabilities and fragmented access controls to complex user management. Solving these issues requires tools that not only secure the environment but also simplify how users authenticate and how admins manage access.

Whether it's enabling passwordless login with Single Sign-On, enforcing Multi-Factor Authentication, or automating onboarding and offboarding, organizations are looking for **security without complexity**.

miniOrange delivers exactly that – a powerful suite of security solutions purpose-built for the Atlassian ecosystem. By combining strong protection with seamless usability, miniOrange helps enterprises secure their digital workspace while keeping access smooth and efficient for every team member.

In this article, we break down the **top 10 miniOrange security apps** that help protect your **Jira, Confluence, and Bitbucket** instances in 2025 and beyond to help you secure access, simplify management, and stay compliant at scale.

## Top miniOrange Security Apps for Atlassian {#top-security-apps}

Let’s go through the list of top miniOrange apps designed to protect and simplify your Atlassian ecosystem in 2025.

### 1. Automated User Management for Jira & Confluence {#automated-user-management}

**Best for:** Centralized Bulk User Operations and License Optimization

miniOrange’s [Automated User Management app](https://www.miniorange.com/atlassian/atlassian-bulk-user-management) empowers administrators to efficiently onboard, offboard, and clean up users in bulk—using customizable rules and workflows that reduce manual effort and minimize errors. Beyond effective user management, this app helps you maximize license utilization, significantly lowering costs by automatically identifying and disabling inactive accounts.

**Key Features:**

- Bulk import, update, and deactivate users via CSV or REST APIs
- Automatic detection and deactivation of inactive users to free up licenses
- Seamless integration with HR systems and external data sources for accurate user data

**Why Choose miniOrange?**
Save time, cut unnecessary license expenses, and maintain compliance by automating your entire user lifecycle management process—all within your Atlassian environment.

### 2. SAML SSO for Jira {#saml-sso-for-jira}

**Best for:** Enterprise-wide Access Control with Advanced Login Flows

If you’re searching for the best SAML SSO app for Jira Data Center or Cloud, [miniOrange’s SAML SSO app](https://www.miniorange.com/atlassian/atlassian-saml-single-sign-on-sso) is a top choice. It connects Jira to your enterprise Identity Provider (IdP), such as Azure AD, Okta, or Ping Identity, allowing you to securely log into connected apps of the ecosystem with a single set of credentials.

**Key Features:**

- Supports SAML 2.0 with major IdPs
- Just-in-Time provisioning and automatic user deactivation
- Group and role-based access mapping
- Branded login pages and conditional login redirects

**Why Choose miniOrange?**
This app scales for growing enterprises, offers audit-ready login controls, and comes with 24/7 support and detailed setup guidance.

### 3. SAML SSO for Confluence {#saml-sso-for-confluence}

**Best for:** Securing Knowledge Repositories and Controlling Access

miniOrange’s [SAML SSO for Confluence](https://marketplace.atlassian.com/apps/1215542/single-sign-on-saml-sso-for-confluence-sso-saml-user-sync) ensures your internal documentation is accessible only by authorized users via your corporate IdP. Perfect for compliance-sensitive environments and knowledge-heavy organizations.

**Key Features:**

- Multi-IdP support
- Group-based content restriction controls
- Automated user onboarding from IdP claims
- Session timeout enforcement and audit logs

**Why Choose miniOrange?**
Ideal for enterprises aiming to protect intellectual property while simplifying user management.

### 4. SAML/OAuth SSO for Jira Service Management {#saml-oauth-sso-for-jira-service-management}

**Best for:** Secure External Customer Portal Access

Extend secure access to your Jira Service Management (JSM) customer portals using [miniOrange’s SAML/OAuth SSO app for JSM](https://www.miniorange.com/atlassian/atlassian-sso-for-jsm-customers). External customers can log in with their enterprise credentials, eliminating the need for separate Atlassian accounts.

**Key Features:**

- SAML/OAuth login tailored for customer portals
- Custom redirect rules for client-specific flows
- Self-service registration with SSO fallback options
- Attribute-based group mapping

**Why Choose miniOrange?**
Enhance customer experience and reduce IT admin overhead with seamless, secure portal access.

### 5. OAuth/OpenID SSO for Jira & Confluence {#oauth-sso-for-jira-and-confluence}

**Best for:** Teams Using Google, GitHub, Microsoft IdPs Without SAML

If you're looking for the [best OAuth SSO app for Jira or Confluence](https://www.miniorange.com/atlassian/atlassian-oauth-single-sign-on-sso) — **on both Data Center and Cloud** — miniOrange offers a dedicated solution built to support modern identity providers that use OAuth 2.0 or OpenID Connect instead of SAML. Easily connect your Atlassian apps to IdPs like Google Workspace, GitHub, Microsoft Azure AD, and more.

**Key Features:**

- OAuth 2.0 and OpenID Connect support
- User and group mapping via IdP claims
- Multi-provider login (Google, GitHub, Microsoft, etc.)
- Token-based authentication with simple, secure setup

**Why Choose miniOrange?**
Ideal for cloud-first teams, this app delivers seamless authentication without the complexity of SAML — and works reliably across Jira and Confluence, on both DC and Cloud.

### 6. 2FA/MFA for Jira & Confluence {#2fa-for-jira-and-confluence}

**Best for:** Adding a Second Layer of Authentication (2FA) to your Security

Passwords alone are no longer enough to protect your Atlassian tools from modern threats. With [miniOrange’s Two-Factor Authentication (2FA) app](https://www.miniorange.com/atlassian/atlassian-two-factor-authentication), you can enforce strong identity verification by requiring users to authenticate with an additional factor—like a one-time passcode, push notification, or hardware token—before gaining access.

**Key Features:**

- Supports OTP, TOTP, Push Notifications, YubiKey hardware tokens, and backup codes
- Flexible enforcement per user, group, or project
- Passwordless login options with biometric and hardware token support

**Why Choose miniOrange?**
Boost your security posture by requiring multi-factor authentication, protecting against compromised passwords and phishing attacks.

### 7. SCIM User Provisioning {#scim-user-provisioning}

**Best for:** Automated User Lifecycle Management via IdP Integration

[miniOrange’s SCIM provisioning app](https://www.miniorange.com/atlassian/atlassian-user-and-group-sync) streamlines user onboarding, updates, and deactivation in Jira and Confluence by syncing users and groups directly from your Identity Provider (IdP). It helps you eliminate manual provisioning, reduce license waste, and stay audit-ready with real-time updates.

**Key Features:**

- Full SCIM 2.0 support for real-time user and group sync
- Automatic offboarding to deactivate users and free up licenses
- Compatible with Azure AD, Okta, and other leading IdPs

**Why Choose miniOrange?**
You can get the SCIM app as a **standalone solution** or as part of the **SAML SSO + SCIM bundle**—giving you the flexibility to choose what fits your security and provisioning strategy best. Either way, you gain reliable automation and tighter access control across your Atlassian environment.

### 8. REST API Authentication for Jira & Confluence {#restapi-authentication}

**Best for:** Securing API Access Without Storing Passwords

If you’re connecting Jira or Confluence to third-party tools or automation workflows, [miniOrange’s REST API Authentication app](https://www.miniorange.com/atlassian/atlassian-rest-api-authentication) provides secure, token-based authentication—eliminating the risks associated with basic authentication and stored credentials.

**Key Features:**

- Support for OAuth, JWT, and API key authentication flows
- Role-based access control for API endpoints
- Detailed logging and audit trails of API usage

**Why Choose miniOrange?**
Ensure your integrations and DevOps pipelines access Atlassian APIs securely and compliantly.

### 9. DLP/PII Scanner for Jira {#dlp-pii-scanner}

**Best for:** Detecting and Preventing Accidental Internal Data Leaks

[miniOrange’s Data Loss Prevention (DLP) app](https://www.miniorange.com/atlassian/data-loss-prevention-for-jira-and-confluence) helps you proactively identify sensitive information—like PII, PHI, and financial data—shared unintentionally within Jira issues, comments, or attachments. It’s designed to catch internal exposure risks before they escalate into compliance or security incidents.

**Key Features:**

- Real-time scanning of Jira content for sensitive or regulated data
- Automated alerts for policy violations and flagged content
- Build custom rules and detection patterns based on your data policies

**Why Choose miniOrange?**
Reduce the risk of internal data leaks and stay audit-ready with a lightweight, customizable DLP solution built specifically for Jira.

### 10. Secure Share for Confluence {#secure-share}

**Best for:** Sharing Content Externally Without Granting Full Access

[miniOrange’s Secure Share app](https://www.miniorange.com/atlassian/secure-share) lets you share specific Confluence pages or spaces with external stakeholders—without giving them full access to your Confluence instance. It’s ideal for teams that need to collaborate with clients, vendors, or auditors while keeping internal data protected.

**Key Features:**

- Share content via secure, access-controlled links
- Set expiration dates, view limits, and granular permissions
- Restrict actions like downloading, printing, or copying
- Monitor activity with detailed access logs for compliance

**Why Choose miniOrange?**
Facilitate secure, controlled collaboration beyond your organization—without compromising the integrity of your internal knowledge base.

## Frequently Asked Questions (FAQs) {#faq}

**Q: Can I combine SSO with 2FA in Atlassian apps?**  
Yes, miniOrange apps allow you to enforce two-factor authentication even after a successful SSO login, adding an extra layer of security.

**Q: How is SCIM provisioning different from Automated User Management?**  
SCIM provisioning is IdP-driven and automates user sync based on your directory. Automated User Management offers more flexible, rule-based bulk user operations from within Atlassian.

**Q: Why should I use REST API authentication instead of basic auth?**  
REST API authentication uses secure tokens and provides audit trails, reducing the risk of credential leaks common with basic auth.

**Q: Which Atlassian editions do these apps support?**  
miniOrange apps support both Atlassian Data Center and Cloud editions where applicable.

**Q: How do miniOrange apps help with regulatory compliance?**  
Apps like DLP, 2FA, Secure Share, and user provisioning support GDPR, HIPAA, and India’s DPDP compliance requirements through monitoring, access control, and audit logging.

## Conclusion {#conclusion}

Securing your Atlassian environment demands a multi-layered strategy that balances strong protection with ease of use. Whether it’s enabling seamless Single Sign-On, enforcing Multi-Factor Authentication, automating user lifecycle processes, or preventing sensitive data leaks, miniOrange provides a comprehensive suite of security apps tailored specifically for Atlassian products.

**Must-have miniOrange apps to secure your Atlassian stack:**

- [Automated User Management](https://www.miniorange.com/atlassian/atlassian-bulk-user-management) - Optimize license usage and streamline bulk operations
- [SAML SSO](https://www.miniorange.com/atlassian/atlassian-saml-single-sign-on-sso) & [OAuth SSO](https://www.miniorange.com/atlassian/atlassian-oauth-single-sign-on-sso) - Simplify secure access with passwordless login
- [2FA/MFA](https://www.miniorange.com/atlassian/atlassian-two-factor-authentication) - Add essential protection beyond passwords
- [SCIM User Provisioning](https://www.miniorange.com/atlassian/atlassian-user-and-group-sync) - Automate onboarding and offboarding
- [REST API Authentication](https://www.miniorange.com/atlassian/atlassian-rest-api-authentication) - Secure your integrations and automation
- [DLP/PII Scanner](https://www.miniorange.com/atlassian/data-loss-prevention-for-jira-and-confluence) - Prevent accidental data exposure

Explore these trusted solutions today on the [Atlassian Marketplace](https://marketplace.atlassian.com/vendors/1213308/miniorange) or contact our team at [atlassiansupport@xecurify.com](mailto:atlassiansupport@xecurify.com) for a personalized demo and expert consultation to find the right fit for your organization.

From SSO and 2FA to SCIM and API Security, protect your Atlassian ecosystem end-to-end with this curated list of top-performing miniOrange apps designed to solve critical identity, access, and data protection challenges across Jira, Confluence, and Bitbucket.

Top Atlassian Security Apps by miniOrange in 2025


Atlassian has achieved FedRAMP Moderate authorization for its Government Cloud, marking a significant milestone for security and compliance in the Atlassian ecosystem. This approval enables U.S. government agencies and their industry partners to confidently adopt Atlassian's cloud solutions, including Jira, Confluence, and Jira Service Management, while meeting strict federal security standards. But what does this mean for the broader Atlassian community, particularly for vendors and solution providers? Let’s explore.


### What is FedRAMP? {#what-is-fedramp}

FedRAMP (Federal Risk and Authorization Management Program) is a U.S. government framework that ensures cloud services meet rigorous security, privacy, and compliance standards before they can be used by federal agencies.

There are three levels of authorization: Low, Moderate, and High, with Moderate covering sensitive but unclassified data (like personally identifiable information). By achieving a Moderate-level certification, Atlassian has demonstrated that its cloud offerings adhere to government-approved security and risk management standards.

### Why is This Important? {#why-is-important}

With this authorization, government agencies across the United States can confidently move their operations to Atlassian Cloud, benefiting from:

**\- Improved collaboration with cloud-based tools** : Atlassian Cloud enables real-time access, remote work capabilities, and seamless integrations, making it easier for government teams and contractors to collaborate securely and efficiently.

**\- Stronger data security with a FedRAMP-compliant infrastructure** : Atlassian’s Government Cloud meets strict federal security standards, including encryption, continuous monitoring, and controlled access, ensuring agencies can protect sensitive information.

**\- Reduced IT overhead and infrastructure costs** :  Moving to the cloud eliminates the need for on-premise server maintenance, security patching, and infrastructure management, helping agencies focus resources on mission-critical tasks.

Additionally, Atlassian has signaled its commitment to achieving even higher security levels, such as FedRAMP High and IL5 (Impact Level 5) for Department of Defense (DoD) use.


### What This Means for Atlassian Vendors {#atlassian-vendors}

For Atlassian Marketplace vendors and service providers, this development opens new opportunities:

**1\. Increased Demand for Security Solutions** : Government agencies adopting Atlassian Cloud will require additional security solutions that go beyond the built-in compliance measures. Vendors specializing in identity and access management (IAM), authentication, and data protection can expect increased interest in their offerings.

**2\. Partnership & Integration Opportunities** : As Atlassian expands its presence in the public sector, vendors can align themselves to provide FedRAMP-compliant integrations. This includes offering single sign-on (SSO), multi-factor authentication (MFA), and privileged access management (PAM) solutions that enhance Atlassian’s security capabilities.

**3\. Market Expansion & Competitive Advantage** : The FedRAMP certification will lead to more government agencies and contractors adopting Atlassian Cloud. Vendors who position themselves as trusted security partners will gain an edge in securing government contracts and collaborations.

**4\. Strengthening Credibility in the Public Sector** : By aligning with Atlassian's FedRAMP-compliant cloud, vendors can enhance their own credibility and compliance posture. This can be a key differentiator when competing in the highly regulated government sector.


### How miniOrange Supports Secure Atlassian Cloud Adoption {#miniorange-support-atlassian-cloud}

As government agencies and contractors transition to Atlassian Cloud, ensuring secure access, compliance, and identity management becomes crucial. miniOrange provides a suite of security solutions designed to meet these needs while aligning with FedRAMP compliance standards.

**1\. OAuth/OpenID SSO for Atlassian Cloud**

Seamlessly integrate Single Sign-On (SSO) using OAuth and OpenID Connect, enabling government agencies to authenticate users securely while maintaining centralized access control. This reduces the risk of unauthorized access and simplifies user authentication across cloud applications.

**2\. Automated User Management**

Managing users at scale in a federated identity environment can be challenging, especially for government agencies handling sensitive data. miniOrange’s Automated User Management solution allows for:

**\- User provisioning and de-provisioning** based on role changes.

**\- Role-based access control (RBAC)** to enforce **least privilege access**.

**\- Directory synchronization** with identity providers like **Okta, Azure AD, and Google Workspace** to ensure real-time user updates.

### Upcoming: miniOrange 2FA for Atlassian Cloud {#upcoming-2fa-atlassian-cloud}

With government agencies requiring strong authentication measures, our soon-to-be-released 2FA solution for Jira Cloud will include key features such as:

**\- Adaptive multi-factor authentication (MFA)** with risk-based authentication.

**\- Support for multiple authentication factors**, including **TOTP, push notifications, and biometric authentication**.

**\- Detailed Audit Logs** to track authentication attempts and access history, helping agencies meet **compliance requirements** and **improve security monitoring**.

### Conclusion {#conclusion}

Atlassian’s FedRAMP authorization is a game-changer for government agencies and vendors in the Atlassian ecosystem. With an **increased demand for security solutions**, new **partnership opportunities**, and **market expansion**, vendors have a unique chance to grow alongside Atlassian’s presence in the public sector.

If you're looking to secure Atlassian Cloud with **FedRAMP-compliant authentication and access control**, miniOrange can help. **Contact us today** to learn more about our security solutions for Atlassian Cloud.








Learn how Atlassians FedRAMP Moderate authorization improves cloud security for U.S. government agencies, enabling secure collaboration with tools like Jira and Confluence.

Single Sign-On (SSO)

Cybersecurity in 2025: Why 2FA Is a Must-Have for Atlassian Apps

How to Enforce SSO in Jenkins with Atlassian Crowd as the SAML Identity Provider

The Complete Guide to Jenkins 2FA with miniOrange

miniOrange SAML SSO for Azure AD: A Better Way to Secure Your Atlassian Environment

Top Atlassian Security Apps by miniOrange in 2025

FedRAMP Explained: What Atlassian’s Authorization Means for Cloud Security