
With threats such as phishing, brute force attacks, and password cracks on the rise, organizations must implement robust cybersecurity tools to protect sensitive data. Two-Factor Authentication (2FA) has become a cornerstone of modern cybersecurity management, especially as companies transition to digital platforms for banking, project management, and communications.

Enterprises using Atlassian applications like Jira, Confluence, and Bitbucket must take a proactive stance in securing access. This is where miniOrange 2FA steps in, delivering a user-friendly and secure authentication system to prevent brute force attacks, ensure account protection, and support compliance with cybersecurity law.

### What is 2-Factor Authentication (2FA)? {#what-is-2fa}

Two-Factor Authentication (2FA) is a cybersecurity solution that requires users to verify their identity through two distinct factors: something they know (e.g., a password) and something they have (e.g., a one-time password or OTP via SMS). This method drastically reduces the risk of unauthorized access, even if login credentials are compromised.

As the cybersecurity ecosystem expands and cybercrime becomes more sophisticated, organizations are expected to adopt multi-layered defenses. 2FA is no longer a “nice-to-have”, it's a mandatory practice across industries including healthcare, finance, software development, and government sectors.

Various methods are employed in 2FA solutions today:
- TOTP via mobile apps like Google Authenticator or Microsoft Authenticator
- Email OTP or SMS OTP
- Yubikey hardware tokens
- Biometric authentication such as facial or fingerprint recognition

With miniOrange 2FA for Atlassian, users get access to all these methods and more, helping them meet compliance mandates and reduce the risk of identity theft.

### Primary Factors Involved in 2FA {#primary-factors-involved-in-2fa}

Two-Factor Authentication relies on combining two distinct categories of verification factors from three fundamental types:

1. **Knowledge Factors (Something You Know)**
This category includes information that only the authorized user should know, such as:
- Passwords or passphrases
- Personal identification numbers (PINs)
- Answers to security questions

While these remain the most common authentication method, they represent the weakest link in security due to vulnerabilities like phishing, brute force attacks, and password reuse across multiple accounts.

2. **Possession Factors (Something You Have)**
These require physical access to a specific item owned by the user:
- Mobile devices receiving SMS or app-based codes
- Hardware tokens (e.g., YubiKey, RSA SecurID)
- Smart cards with embedded chips
- Software tokens generating time-based OTPs

Possession factors significantly enhance security by introducing a physical element that attackers typically cannot easily compromise remotely.

3. **Inherence Factors (Something You Are)**
This advanced category utilizes unique biological characteristics:
Fingerprint recognition
Facial or iris scanning
Voice recognition
Behavioral biometrics (typing patterns, device handling)

Biometric factors offer strong security but require specialized hardware and raise privacy considerations regarding data storage and potential spoofing.

The security strength of 2FA increases when combining factors from different categories rather than using two factors from the same category (e.g., password + security question). Modern implementations often allow organizations to configure which factor combinations to require based on risk assessments.


### Authentication Methods of 2FA {#authentication-methods-of-2fa}

Various 2FA implementations exist, each with distinct security characteristics and practical considerations:
1. **SMS-Based Verification**
SMS-based verification works by sending a one-time passcode (OTP) to the user’s mobile phone via text message. It’s widely accessible and doesn't require installing additional apps. However, it's vulnerable to SIM-swapping, interception, and network delays, making it more suitable for low-risk applications where ease of use matters most.
2. **Time-Based One-Time Password (TOTP) Apps**
TOTP apps like Google Authenticator, Microsoft Authenticator, and Authy generate time-synced codes that rotate every 30 seconds. They offer offline functionality and are more secure than SMS. That said, they depend on the user’s device and may face sync issues, though they are often integrated with enterprise SSO systems for added control.
3. **Push Notification Authentication**
In this method, a login attempt triggers a push notification to the user’s registered mobile device for approval. It offers a smooth experience and includes contextual data like device or location. However, it requires an active internet connection on the device and is best used where user interaction can be guaranteed.
4. **Hardware Token Authentication**
Devices like YubiKey, Feitian, or SoloKey provide secure authentication using FIDO2 or WebAuthn cryptographic standards. They are phishing-resistant and don’t rely on shared secrets. While highly secure, their adoption may be limited by upfront costs and the complexity of physical distribution.
5. **Biometric Verification**
Biometric methods include fingerprint scanning, facial recognition, iris scanning, and voice matching. These are typically used as a second factor after a password. To ensure security, liveness detection is essential to prevent spoofing. Enterprises increasingly use biometrics in mobile-first or remote work environments.
6. **Backup Authentication Methods**
Robust 2FA setups always include backup options to avoid lockouts. These can include pre-generated codes, email-based verification, or security questions for lower-risk needs. In more secure systems, administrative recovery protocols ensure access restoration when standard methods fail.

Each method presents different tradeoffs between security, usability, and deployment complexity. Organizations must evaluate their specific threat models, user populations, and technical environments when selecting appropriate 2FA methods. A layered approach that combines multiple methods based on risk level often provides optimal protection while maintaining operational efficiency.

### How miniOrange 2FA Strengthens Your Atlassian Security Posture {#how-miniorange-2fa-strengthensyour-atlassian}

miniOrange delivers a comprehensive, flexible 2FA solution tailored specifically for Atlassian products. Here’s how:

1. **Seamless Integration**
- Plug‑and‑play connectors for  Data Center editions
- Prebuilt policies that map directly to Jira groups, Confluence spaces, or Bitbucket repositories

2. **Adaptive Authentication**
- Risk‑based prompts that enforce stronger factors when anomalies are detected (geolocation, device fingerprinting, time of access)
- Step‑up authentication for high‑privilege actions (administrator logins, project permission changes)

3. **Broadest Factor Support**
- Out‑of‑the‑box support for TOTP, SMS/Email OTP, Push notifications, hardware tokens (YubiKey/FIDO2), and biometric gateways
- Self‑service enrollment portal reduces help‑desk tickets by up to 50% through JIT onboarding and recovery workflows

4. **Centralized Management & Auditing**
- Unified dashboard for real‑time visibility across products, users, and authentication events
- Granular audit logs showing method used, location, device data, and success/failure reasons, ideal for compliance audits (GDPR, HIPAA, PCI DSS)

### Why miniOrange Is Your Ideal 2FA Partner {#why-miniorange-is-your-ideal-2fa-partner}

Beyond the technology stack, miniOrange brings decades of identity expertise and enterprise‑grade support:

- Custom Rules 
Create group‑specific rules (“force hardware token for admin group,” “allow SMS OTP only for remote employees”) without writing code.
- Dedicated Customer Success
Hands‑on implementation assistance, best‑practice risk workshops, and 24×7 support with guaranteed SLAs ensure you’re never on your own.
- Proven Track Record
Trusted by Fortune‑500 organizations and large public‑sector agencies to secure billions of login attempts per year.

### Conclusion {#conclusion}

With the ever-increasing threat to cybersecurity, passwords alone simply don’t cut it. By layering in strong, adaptive two‑factor authentication across your Atlassian environment, you drastically reduce the attack surface, protecting both user accounts and mission‑critical data. [miniOrange’s multi-featured 2FA](https://www.miniorange.com/atlassian/atlassian-two-factor-authentication) app integrates seamlessly, scales to any organization size, and delivers the visibility, and support you need to stay one step ahead of adversaries.

### Frequently Asked Questions {#faqs}

**Q1:** Can I enforce different 2FA methods for different user groups?

**ANS:** Yes. You can, for instance, assign TOTP for standard users, hardware tokens for admins, or biometric‑only for contractors, all configurable via our add-on.

**Q2:** What happens if a user loses their authentication device?

**ANS:** Users can leverage self‑service recovery through backup codes, email OTP, or security questions. 

**Q3:** How does miniOrange integrate with existing single sign‑on (SSO) solutions?

**ANS:** You can plug 2FA into your existing SAML/OIDC flows or leverage our builtin SSO if you prefer an all‑in‑one IAM stack.

**Q4:** Is biometric authentication available out of the box?

**ANS:** Yes, if your devices support WebAuthn/FIDO2. We also offer API hooks for custom biometric systems and liveness detection.










Protect your Atlassian apps with stronger access control using Two-Factor Authentication (2FA). This blog explains what 2FA is, why it’s essential, and how it helps prevent modern cyber threats. You’ll explore different 2FA methods like TOTP, biometrics, and hardware tokens, and see how miniOrange makes it easy to secure Jira, Confluence, and Bitbucket, and more.

Two-Factor Authentication (2FA) Explained: Why Every Business Needs It Now


Rise in cybersecurity threats, insider attacks, and data breaches are compelling organizations to adopt better access management solutions such as [Privileged Access Management](https://www.miniorange.com/products/privileged-access-management-pam) (PAM) and Cloud Infrastructure Entitlement Management (CIEM).  

PAM is a go-to option for those looking to safeguard high-profile or privileged accounts by safely locking away their credentials in a vault, and controlling access to them.  

CIEM is a perfect solution to ascertain that only the right people have access to accounts on cloud platforms. This is carried out through continuous monitoring and reducing attack surface.  

Let’s have a look at them both in detail.  


## What is CIEM? {#what-is-ciem}
Cloud Infrastructure Entitlement Management (CIEM) behaves like a security guard for the cloud architecture such as CIEM Azure and CIEM AWS. It makes sure that only the right people, machines, and applications have access to the cloud databases, and nothing more or less.  

In technical terms, CIEM is a security solution, engineered to manage, monitor, and enforce access permissions within the cloud platform. It basically helps organizations to control permissions (who and what can access).


## Top 4 Use Cases of CIEM {#top-4-use-cases-of-ciem}
The scope of Cloud Infrastructure Entitlement Management goes far and wide, out of which the top four use cases of CIEM are listed below:

#### **1. Minimizing Organization’s Attack Surface**
In Cloud Infrastructure Entitlement Management (CIEM), attack surface is the total number of entry points that cybercriminals can exploit to gain access to cloud platforms. CIEM helps to reduce the attack surface by safeguarding cloud entitlements, assuring that the permissions are right-sized and evaluated continuously.  

#### **2. Creating Remediation Recommendations**
CIEM security solution helps organizations to detect excessive permissions, misconfigurations, and possible risks, by simply offering actionable remediation recommendations. Additionally, some of the CIEM tools integrate with [Identity and Access Management (IAM) solutions](https://www.miniorange.com/iam/), providing an in-depth understanding on how to reduce vulnerabilities.  

#### **3. Machine Identities**
Machine identities, along with workloads, service accounts, containers, and APIs need access controls, and CIEM plays a critical role in safeguarding them. So, basically CIEM maps machine identities to their complementary permissions, thereby averting overprivileged access. Also, it helps to implement access policies for cloud workload with no human intervention.  

#### **4. Continuous Monitoring**
Cloud platforms are dynamic in nature, and CIEM continuously evaluates entitlements and identities to avoid unauthorized access. It gives real-time audits by reporting suspicious activities. It also revokes precarious permissions in response to cyber threats.  

These were the top four use cases of CIEM that are changing the nature of security in today's high-risked digital environment. 

### Key Features of CIEM {#key-features-of-ciem}
CIEM is packed with features and functionalities that sets it apart from the PAM solution. Let’s have a look at the four common features of CIEM.
#### **1. Visibility into Cloud Identities and Entitlements**
CIEM solution gives a real-time and clear picture of who has access to which files, apps, or media on cloud. Compare it with a dashboard that lists out every user, who is currently checking a database, or has accessed a file in the past. This helps to filter our people with unwanted controls, making the cloud a secure place to store data.  

#### **2. Overprivileged Users, Roles, and Services Detection**
There can be users who have permissions beyond their paygrade. This poses a grave internal security risk. CIEM detects such users, filters them out. Later, the privileges of these users are taken away.  

#### **3. Principle of Least Privilege (PoLP)**
In the [Principle of Least Privilege (PoLP)](https://www.miniorange.com/blog/principle-of-least-privilege-polp/), only the bare minimum accesses are given to the users or services, nothing more and nothing less. Let’s understand it with an example: if an intern only needs to view the reports, then CIEM solutions makes sure that the intern cannot change or delete any data. Permissions can be changed as per the job roles, thus maintaining tight security.  

#### **4. CIEM Integration with IAM and SIEM**
CIEM is designed to work with IAM and [Security Information and Event Management (SIEM)](https://www.miniorange.com/pam/siem-integration-in-pam) solutions for ameliorated monitoring and security. For instance, if a hacker tries to hack into sensitive data, CIEM immediately sends alerts to the SIEM system for investigation, and IAM can be used to manage permissions. This integration makes a cloud environment safe heaven for organizations. 


## What is Privileged Access Management (PAM)? {#what-is-privileged-access-management}
PAM is a cybersecurity strategy, which focuses on securing, managing, and monitoring access to sensitive resources in an organization. This is used to safeguard organizations against threats, such as frauds, identity thefts, and misuse of privileges.  

PAM is a comprehensive cybersecurity solution, which includes technology, people, and methods, to track, audit, and control human and non-human activities and privileged IDs in an IT environment.  

Privileged accounts have permissions to confidential or sensitive data, and if exposed can leave a lasting negative impression.  

So, to avoid such scenarios, [miniOrange PAM solution](https://www.miniorange.com/products/privileged-access-management-pam) is used to safeguard the identities of high-profile accounts. PAM makes use of strong authorization, authentication, and auditing tactics to control and monitor privileged activities. 

[![Download PAM buyers guide](/blog/assets/2024/miniorange-pam-buyers.webp)](https://www.miniorange.com/pam/resources/pam-buyers-guide )


## Top 4 Use Cases of PAM {#top-4-use-cases-of-pam}
PAM is widely used in IT environments for securing access and handling user credentials. Here are the top four use cases of PAM that you can relate to.  

#### **1. Credential Management**
PAM solution protects privileged accounts by storing credentials in a secure [password vault](https://www.miniorange.com/pam/password-vault). For example, [Hardware Security Modules (HSM) integration](https://www.miniorange.com/pam/hsm-integration-in-pam) with PAM is one of the ways to safeguard credentials against external or internal cyber threats.  

#### **2. Secure Access**
Privileged Access Management with [session management](https://www.miniorange.com/pam/privileged-session-monitoring), along with access controls is quite useful for managing data. It helps protect essential information, and ascertains all user activities are recorded and tracked around-the-clock. With PAM, this data can be checked remotely via secure lines.  

#### **3. Compliance Audits**
With PAM, organizations can avail comprehensive compliance audits, showcasing user account activity and checking whether all compliance standards are met. In case of healthcare organizations, they would look whether they’re Health Insurance Portability and Accountability Act ([HIPAA](https://www.miniorange.com/pam/hsm-integration-in-pam)) compliant or not. Similarly, compliance audits for other protocols such as [GDPR](https://www.miniorange.com/compliances/gdpr-compliance) are also conducted with PAM.  

#### **4. Response to Incidents**  
Simply access logs to organization’s privileged accounts using a PAM security solution. A detailed report on who has illegally accessed an account is prepared, which helps the response teams to act swiftly against compromised accounts. 

[![PAM Governance and Compliance](/blog/assets/2024/miniorange-pam-compliance.webp)](https://www.miniorange.com/pam/resources/privileged-access-management-compliance )

### Key Features of PAM {#key-features-of-pam}
#### **1. Session Monitoring and Recording**
PAM tools are capable of recording and watching over everything a privileged user does during a login session. For instance, if an admin logs into a server, PAM will record their activities with [session monitoring and recording tools](https://www.miniorange.com/pam/privileged-session-monitoring) to understand where the files were accessed or which commands were run by them.  

#### **2. Privileged Account Discovery (PAD)**
The [Privileged Account Discovery](https://www.miniorange.com/pam/privileged-account-discovery) feature finds and lists all privileged accounts such as admins, executives, or editors across the organization. Amongst them, unused or hidden accounts are also detected, which can be removed later.  

#### **3. Multi-Factor Authentication (MFA)**
[Multi-Factor Authentication (MFA)](https://www.miniorange.com/blog/what-is-multi-factor-authentication-mfa/) with PAM enables users to prove themselves who they are in more than one way. For example, an admin must enter their password, enter an OTP sent to their phone, and then log into the system.  

#### **4. Detailed Privileged Session Logs**
Under [PAM audits](https://www.miniorange.com/pam/privileged-session-audit-trail), every action conducted by a user while using a privileged account is recorded and logged in detail, drafting a record of who did what and when. For instance, if a user changes a file, then the log would show exactly what was done and by whom.  

#### **5. Vaulting and Rotating Passwords**
PAM stores passwords in a secure vault and changes or rotates them periodically, so that they don’t get reused or stale. For instance, the password for a certain file is kept in an [Enterprise Password Vault (EPV)](https://www.miniorange.com/pam/password-vault), after each use, PAM changes the password. 


## CIEM vs PAM: Major Differences {#ciem-vs-pam-key-differences}

| **Parameters** | **CIEM** | **PAM** |
|------------|------|-----|
| **Aspect** | CIEM prevents compromises and it knows what would happen in case of adverse scenarios. | PAM is used for authentication, monitoring, and management of privileged accounts. It also ascertains that only authorized users can gain access to privileged accounts. |
| **Purpose** | CIEM handles all entitlements and identities on cloud, and reduces extensive permissions; plus enforces least possible privileges. | PAM secures, monitors, and controls privileged accounts and their permissions on both on-prem and cloud platforms. |
| **User Scope** | CIEM includes all identities on cloud such as applications, human users, IoT devices, machine identities, and more. | PAM usually includes human users like admins or super users, and service accounts. |
| **Core Functionality** | The core functionality of CIEM includes offering visibility into cloud permissions and to support compliance for international protocols such as HIPAA or GDPR. It also automates the Principle of Least Privilege. | PAM lists out privileged accounts, enforces session recordings, and secures credentials in a vault, for example, HSM. |
| **Deployment Model** | For CIEM, it is cloud (either single-cloud or multi-cloud environments). It also integrates with cloud-native tools and cloud providers such as AWS or Azure. | Conventionally, PAM was deployed on-premises and hybrid, but in today’s time it is deployed on cloud and also works in a hybrid setup. |


## CIEM vs PAM: Which One You Must Choose? {#ciem-vs-pam-which-one-you-must-choose}
Both CIEM and PAM offer features and functionalities suitable for specific use cases. For instance, CIEM is a powerful tool when it comes to identifying risky paths that could be exploited in complex cloud settings. And PAM ensures strong authorization and authentication to privileged users only.  

Using both may offer layered security, but it isn’t necessary to use them together. Advanced PAM solution offered by miniOrange includes several features which are offered by CIEM. These include least privilege enforcement, entitlement monitoring, cloud analytics, and more.  

The miniOrange PAM features simplify the complexity and protection needed for both cloud and on-premise environments, allowing it to be a practical choice for organizations looking to seek a comprehensive IAM solution. 


## FAQs {#faq}
#### **What challenges do organizations face without CIEM or PAM?**  
Without CIEM or PAM, organizations are at security risks, which will leave them vulnerable to credential thefts, non-compliance issues, operational inefficiencies, and cloud misconfigurations.  

#### **Can CIEM and PAM be used together?**  
Yes! CIEM and PAM can be used to offer a layered security solution. Here, CIEM can be used for managing cloud entitlements and permissions, whereas PAM helps to reduce the risk of credential-based attacks.  

#### **Can miniOrange’s PAM solution replace a general CIEM tool?**  
miniOrange PAM solution is developed to handle high-risk accounts and to secure credentials on cloud and on-premises. CIEM is also used to secure user accounts, but miniOrange PAM alone is enough to handle privileged account access in most of the scenarios. 


CIEM vs. PAM, which one to go for? Both are cloud access management solutions, but differ in certain aspects. Where CIEM works on handling cloud entitlements, PAM focuses on securing credentials in a vault, and controlling privileged access.

CIEM vs PAM: Which Is Better for Privileged Access Management?


Nowadays ensuring that Information Technology (IT) systems operate smoothly is critical in the complex web of contemporary securities trading. The threat of IT system breakdowns is causing anxiety for investors and securities firms. These errors can lead to a series of problems, including trading disruptions, data breaches, and significant financial losses.

### Understanding the Importance of Information Security in Securities Companies {#understanding-the-importance-of-information-security-in-securities-companies}

Information security plays a crucial role in the operations of securities companies. Cyber threats are on the rise. Protecting sensitive data and ensuring the safety of IT systems is important. This is necessary to maintain trust and compliance in the industry. 
The securities industry deals with vast amounts of confidential information, including clients' personal and financial data. A cybersecurity breach can lead to financial losses and harm a company's reputation. 
It’s important to have strong data protection measures to reduce risks from cyber attacks. Securities firms must invest in advanced security technologies, regularly assess their security, and continuously train employees to be aware of potential threats. 
By prioritizing information security, securities companies can demonstrate their commitment to protecting client assets and maintaining a secure environment for conducting financial transactions. Data breaches are happening more often. Businesses in the securities industry must protect sensitive information to stay safe and secure.

### Regulatory Requirements and Compliance {#regulatory-requirements-and-compliance}

1. Exploring Clause 10, Article 89 of the Securities Law 2019:
Article 89 of the Securities Law 2019 is important for regulating securities companies. It focuses on the importance of protecting IT systems and backup databases. Regulatory authorities recognize the importance of strong cybersecurity measures in protecting market integrity and investor interests.
2. Delving into Specific Provisions by the State Securities Commission:
The State Securities Commission creates rules for IT system security and continuity. These rules improve the requirements in Article 89 of the Securities Law 2019. The rules involve regular checks, risk evaluations, and plans to prevent problems and interruptions. The Commission wants securities companies to follow strict cybersecurity rules to ensure a safe financial system.

### Mitigating Risks and Ensuring Compliance {#mitigating-risks-and-ensuring-compliance}

1. Enhancing IT Infrastructure Safety and Resilience:
Securities companies must follow best practices and guidelines to strengthen their IT infrastructure. This includes implementing robust cybersecurity measures such as firewalls, encryption, and intrusion detection systems. You should apply regular software updates and patches to address known vulnerabilities. Additionally, employee training programs on cybersecurity awareness can help mitigate human errors and prevent security breaches.
2. Mitigating Vulnerabilities through Audits and Risk Assessments:
Conducting regular audits and risk assessments is paramount for identifying and mitigating potential vulnerabilities in IT systems. These assessments should encompass thorough evaluations of network security, data protection measures, and access controls.
Testing backup systems with simulated scenarios ensures they can restore operations after a disruption or data loss. This enables organizations to prepare for any potential issues that may arise. It also allows them to identify and address any weaknesses in their backup systems. Ultimately, this proactive approach can minimize downtime and protect critical data.
3. Fostering Collaboration with Regulatory Authorities:
Collaboration between securities companies and regulatory authorities is essential in addressing IT security challenges. Regulatory authorities can provide guidance, updates on emerging threats, and regulatory requirements to enhance cybersecurity practices. Moreover, participating in industry-wide initiatives and information-sharing forums enables securities companies to stay abreast of evolving cybersecurity threats and mitigation strategies.

### Best Practices for Ensuring Safe Operations of IT Systems and Backup Databases in Securities Companies {#best-practices-for-ensuring-safe-operations-of-it-systems-and-backup-databases-in-securities-companies}

Ensuring the safety and security of IT systems and backup databases is crucial for securities companies to protect sensitive data and maintain operational efficiency. Companies can reduce risks and protect their operations by using strong security measures and effective backup procedures.


Implementing robust security protocols is vital for protecting sensitive information from unauthorized access or cyber threats. Securities companies should enforce strong password policies, use encryption technologies to secure data transmissions, and regularly audit their systems for potential vulnerabilities. Employee training on cybersecurity best practices can also help strengthen the overall security posture of the organization.


Regularly maintaining IT systems is important to keep them updated with the latest security patches and software updates. This helps address vulnerabilities that cyber threats could exploit. Having a clear plan for backing up your database is important. This way, you can quickly recover if you lose data or experience system failures.


Implementing Multi-Factor Authentication (MFA) adds an extra layer of security by requiring users to provide multiple forms of verification before accessing sensitive information. Single Sign-On (SSO) allows users to log in once to access multiple applications, reducing password-related risks. This means that users only need to remember one set of login credentials.
By using SSO, users can save time and effort by not having to log in separately to each application. Additionally, SSO enhances security by reducing the number of passwords that users need to manage.

Identity & Access Management (IAM) tools help companies manage user permissions effectively, ensuring that only authorized personnel have access to specific resources. Securities companies can prevent unauthorized access and potential data breaches by enforcing strict access controls and monitoring user activities.

Important for securities firms to follow best practices to operate securely in the digital age. To stay secure, make sure to update IT systems, use strong security measures like MFA and SSO, and use IAM tools. Prioritizing cybersecurity measures not only protects valuable assets but also instills trust among clients and stakeholders in the company's commitment to data protection.

### miniOrange MFA: Enhancing Identity Security with Ease {#miniorange-mfa-enhancing-identity-security-with-ease}


miniOrange MFA offers a comprehensive solution for enhancing identity security with ease. miniOrange is a reliable ally in the fight against cyber threats. They focus on protecting against identity theft by offering easy implementation, a seamless user experience, and ensuring user identity security.

MiniOrange MFA helps organizations and users stay safe in the digital world. It provides trusted security to protect identities and data. This security provider ensures safe navigation online



Understand the regulatory requirements of Article 89 and its critical role in safeguarding IT systems and backup databases in securities companies.

cybersecurity

Two-Factor Authentication (2FA) Explained: Why Every Business Needs It Now

CIEM vs PAM: Which Is Better for Privileged Access Management?

Regulatory Compliance and IT Security in Companies: Understanding Article 89 of the Securities Law 2019