
## 5 Reasons to Deploy Context-Based Authentication for Your Organization

We are living in an age of rapid technological evolution and progression which none of our ancestors witnessed before. It took centuries for mankind to build a computer but mobile devices and microchips were built within a decade. The world wide web has brought the world together as a global village but these high technological capabilities in the wrong hands can do a lot of malice, especially to budding organizations and businesses.

Organizations are at greater risk from cyber attacks today. According to the research report by [Risked Based Security](https://pages.riskbasedsecurity.com/2019-midyear-data-breach-quickview-report), “Compared to the midyear of 2018, the number of reported breaches was up 54% and the number of exposed records was up 52%. Over 7 billion records were stolen in the third quarter of 2019.” The year 2019 is considered to be the “worst year on record” for breach activity.

**“Are you doing enough to secure your business?”**

In today’s digital landscape, securing sensitive data has become more crucial than ever. With the rise of cyber threats and data breaches, traditional password-based authentication systems are no longer sufficient to protect valuable information and data. As a result, many organizations are implementing context-based authentication as a more effective means of verifying the user or [customer identity](https://www.miniorange.in/iam/customer-identity-access-management-ciam).

### What is Context-Based Authentication? {#what-is-context-based-authentication}

Context-based authentication is a type of authentication that uses additional contextual factors beyond just a username and password to determine if a user is authorized to access a system or application. These additional factors can include location, time of day, the device used, and other context-based information. By incorporating these factors, context-based authentication can provide organizations and their employees with more protection from security breaches, password leaks, privacy breaches, personal data breaches, etc.

For example, if a user is trying to access an application from a new location, the system may prompt them to provide additional authentication factors such as a one-time password or a security question. This helps ensure that the user is who they claim to be, even if their login credentials have been compromised.

Context-based authentication can also take into account other factors such as the user’s behavior and past activity. By analyzing patterns and trends in user behavior, context-based authentication can detect and prevent fraudulent activity in real time, providing an added layer of security.

![Context Based Authentication](/blog/assets/2023/context-based-authentication-process.webp)

### What are the Different Types of Context-Based Authentication? {#types-of-context-based-authentication}

There are many types of context-based authentication that organizations can deploy depending on their specific needs and security requirements. The most popular types of context-based or adaptive authentication are Location-based, Time-based, Device-based, Behavioral-based, and [Risk-based authentication](https://www.miniorange.in/solutions/risk-based-authentication-rba). These various types of context-based authentication will safeguard workforce identity for organizations and also customer identity in certain cases.

#### Location-Based Authentication

Location-based authentication method uses the user’s physical location to determine if they are authorized to access a system or application. For example, if the employee of an organization usually logs in from a specific geographic location, but suddenly attempts to log in from a different location, the system may prompt them to provide additional authentication factors under [multi-factor authentication](https://www.miniorange.in/products/multi-factor-authentication-mfa). This is very useful in the case of work from home employees who would usually log in from their home location.

#### Time-Based Authentication

The time factor used by this type of [Adaptive Authentication](https://www.miniorange.in/products/adaptive-multi-factor-authentication-mfa) method determines if a user is authorized to access a system or application. For example, if the employee of an organization typically logs in during business hours set by that particular organization (eg. 9 am to 6 pm), but if login is attempted by some hacker at late night (eg. 1 am), the system may prompt them to provide additional authentication factors. Because that additional 2FA factor will be sent directly to the employee, and the attempt by the hacker will be rendered unsuccessful.

#### Device-Based Authentication

This type of adaptive authentication records information about the user’s device and uses that data to determine whether the user is authorized to access a system or application. For example, if an employee typically logs in from a specific device like their office laptop, but suddenly the login is attempted from a different device outside the organization, the system may prompt them to provide additional authentication factors to verify the workforce identity of the employee.

#### Behavioral-Based Authentication

The information about the user’s behavior is used to authenticate contextual access for users to systems or applications they need. For example, if an employee displays a certain behavioral pattern according to which they typically access an organizational application from a specific location, at a specific time, and using a specific device, then any deviation from this pattern could trigger additional authentication measures. This method is the most secure adaptive authentication method which is popularly used with multi-factor authentication. Behavioral data is also used in Biometric authentication, which can be used to authenticate both workforce identity and customer identity.

#### Risk-Based Authentication

A risk-based approach is used in this type of context-based authentication, which is also known as risk-based authentication. Using this risk-based approach, it is determined which level of user authentication is required based on the perceived risk of the login attempt. For eg., if a user (which can be an employee or customer of a business) is attempting to log in from a high-risk location, the system may require additional authentication factors to be provided otherwise If your customer is trying to log in from a safe location, from their usual device, then additional authentication factors are not needed because the risk is very low. This form of authentication can also remove login hassles and security threats for your customers. This way the customer identity is safe in different risk scenarios.

### 5 Reasons: Why Deploy Context-Based Authentication? {#5-reasons-to-deploy-context-based-authentication}

It is evident that Context-based authentication is a highly advanced security mechanism because it evaluates various contextual factors to determine whether or not to grant access to a system or application. Here are five reasons why organizations should deploy context-based authentication to secure both workforce identity and customer identity:

**1. Enhanced Security:**
   Contextual access provides an additional layer of security beyond traditional authentication methods such as passwords, pins, or tokens. It evaluates contextual factors such as user location, the time factor, device type, and network connectivity to determine whether or not access should be granted. This helps to prevent unauthorized access and reduce the risk of data breaches. Even if the user credentials are compromised, a hacker cannot access the user’s account because the deviation in context will trigger multi-factor authentication like OTP sent to the user’s mobile.
   &nbsp; 
   
**2. Improved User Experience:**
   The user experience of both the employees and customers of an organization or business can be significantly improved by reducing the need for users to remember multiple passwords or credentials. Users can simply log in from their devices and access the system or application based on their contextual factors. Contextual access can help to reduce frustration and increase productivity. Also, a more secure environment helps to build a strong trust factor and reputation among the customers, employees, and stakeholders. This is extremely crucial for the success of any organization.
   &nbsp; 

**3. Compliance:**
   Many regulatory compliance frameworks require companies to implement advanced security measures to protect sensitive data. Many of these compliances are enforced by the local governing bodies and for any business which may be locally based or multi-national, following these compliances are very crucial in order to function in that particular region or country. For multi-national companies, thing gets more complication as they have to follow multiple compliances set by governments of different countries. Context-based authentication can help organizations to meet these compliance requirements by providing an additional layer of security beyond traditional authentication methods.
   &nbsp; 

**4. Cost-Effective:**
    Every organization should focus on cost-effective solutions without compromising on quality. Being cost-effective doesn’t mean spending less, it means every penny you invest is for the righteous cause which brings positive results for the betterment of your business. Cost-effective solutions can help in scalability and bring growth to your organization. When it comes to secure authentication, Context-based authentication can be a cost-effective security measure because it reduces the need for expensive hardware or software-based authentication methods. It can also reduce the unnecessary costs associated with password resets and help desk support.
    &nbsp; 

**5. Scalability:**
   When any organization decides to spend on security then it is very important to focus on the scalability factor. The security solution must be able to meet the growing demand of the organization. If 100 people organization when grows to 1000+, then the security solution also must simultaneously scale in order to cater to the increasing headcount. Similarly, this might be the case with a growing customer base. Context-based authentication can be easily scaled to meet the needs of a growing organization.

### Use Cases of Context-Based Authentication {#use-cases-of-context-based-authentication}

Context-based authentication is a kind of adaptive authentication mechanism that considers various contextual access factors, such as location, time, device type, and user behavior, to determine the level of access a user should have. Here are some common use cases of this kind of authentication method:

**Case 1: Remote Access For Work From Home Employees**
Context-based authentication is particularly useful for remote access scenarios where a work from home or remote employee is accessing company resources from outside the corporate network. Let’s assume that the company has a team of remote employees who need to access the company’s internal network to work on projects and access sensitive data. Remote employees will require to access sensitive organizational information for their work. But there is this risk of sensitive information leak/theft if their system or network is hacked by cybercriminals.

To solve this problem, the company has implemented contextual access. Once the remote employee enters their login credentials, the system matches their credentials in the database, and if a match is found, then the user will be faced with a context-based authentication challenge. In this challenge, the user’s location and time of login will be analyzed and if any deviation is found then the challenge will require the remote employee to provide additional authentication factors to confirm their identity. Only upon successful completion of the challenge they will be granted access to the internal network.

![Enable MFA for VPN logins](/blog/assets/2023/enable-mfa-for-vpn-logins.webp)

**Case 2: Contextual Access in eCommerce Websites**

Context-based authentication can be a crucial security measure for eCommerce websites, particularly during the checkout process. Let’s assume that an eCommerce website is facing customer dropout in numerous instances. The troubleshooting team identified that most customers are opting out because the payment is not secure and there is a considerable risk that customers’ payment information may be leaked to cyber criminals. Fraudulent transactions have also been reported in many instances. Hence, the company needs to make the payment experience more secure to win back the trust of its customers.

To solve this problem, the eCommerce website has implemented Multi-Factor Authentication with contextual access beyond a customer’s username and password to verify their identity and protect their sensitive payment information. The website is using location-based factors such as the customer’s IP address, or device-based factors such as the device’s unique identifier. When the customer attempts to log in to make a payment while purchasing an item, contextual parameters like IP address and device used are checked. If a deviation is found then the website prompts additional factors like biometric verification. This way the eCommerce website ensures that the customer making the payment is the authorized user and prevents unauthorized access or fraudulent transactions.

Overall, implementing context-based authentication in the eCommerce checkout process can provide an added layer of security and help prevent unauthorized access to sensitive payment information. This will increase customer trust and confidence in the website and lead to increased successful transactions.

miniOrange as an IAM Provider, have a specialized security team responsible for implementing and maintaining the security protocols for context-based authentication for our clients. They will ensure that the authentication system is user-friendly, reliable, and efficient. Additionally, they will provide appropriate training and support to the client’s employees, stakeholders, and customers to ensure that they understand the authentication process and can use it effectively.

### In Summary {#summary}

Contextual access is no doubt the best passwordless security solution for modern businesses to secure their offline and online resources for their customers, employees, and stakeholders. In the future, this technology is going to become more personalized and secured with AI & ML.

The best time to invest in Context-Based Authentication is – **TODAY!**

With miniOrange IAM solutions, you get a whole suite of security services like Single-Sign On (SSO), Multi-Factor Authentication (MFA), Risked-Based or Context-Based Authentication (also known as Adaptive Authentication), and many more. You can access any one or combinations of them or all as per the security requirements of your organization. You get both On-Premise and Cloud solutions. We got you covered on all fronts, all you need is to choose a customized service for your business or we have specialists to help you with that also. You can request a demo and try out our service before investing in the full-scale solution.


Amidst cyber security threats that organizations face, context-based authentication can minimize unauthorized access and safeguard your sensitive information.

5 Reasons to Deploy Context-Based Authentication


***Authentication and Authorization*** are often used interchangeably but they are distinct security processes in [identity and access management (IAM)](https://www.miniorange.in/iam/).

**Authentication** is the process of verifying your identity by confirming your credentials, such as your username/user ID and password. The system then uses your credentials to verify that you are who you claim you are.

**Authorization** is the process of determining whether an authenticated user has access to specific resources. After the system has properly confirmed your identity, you will be granted complete access to resources such as information, files, databases, finances, and so on.

The key difference between authentication and authorization is that the user or service identity is confirmed through authentication, and their access privileges are established through authorization.

 

### What is Authentication? {#what-is-authentication}
[Authentication](https://www.miniorange.in/authentication-services) is a process that identifies the identity of an oncoming user. This is the root step of all Identity Management. Identification of identity is simple – a set of credentials are accepted by a user and he/she is authenticated if those credentials are correct.

Sometimes, there can be another layer to this authentication, and the user might need to pass through a more complex but secure authentication process than just simple credentials passing. A user’s identity is verified by many different factors through this process before the system grants them access to anything. This may include a time-bound OTP, a set of questions, a hardware token, biometrics, etc.

 

### What is the Purpose of Authentication? {#what-is-the-purpose-of-authentication}
The main purpose of authentication is to verify and validate the identity of an individual or entity trying to access a system, application, or resource. It ensures that the user is who they claim to be and grants them appropriate access privileges based on their authenticated identity. This ensures that unauthorized personnel or impostors cannot illegally get access to critical resources. 

Authentication serves as a fundamental security measure to protect sensitive information, prevent unauthorized access, and maintain the integrity and confidentiality of data. It plays a crucial role in establishing trust, mitigating security risks, and safeguarding user accounts and resources from unauthorized use or malicious activities. Authentication is a very pivotal part of Identity and Access Management for modern organizations.

 

### What are the Popular Authentication Methods? {#what-are-the-popular-authentication-methods}
Over the years, a wide range of [authentication methods](https://www.miniorange.in/blog/different-types-of-authentication-methods-for-security/) have been developed. Now, we’ll go through the most popular forms of authentication and demonstrate how each method works in modern systems.

![Types of Authentication Methods](/blog/assets/2023/different-types-of-authentication.webp)

#### **Biometric:**  
[Biometric](https://www.miniorange.in/blog/everything-you-need-to-know-about-biometric-authentication/) authentication is a method of verifying a person’s identity using their unique biological traits. It assists you in verifying individuals and ensuring that they are who they say they are. The biometric data of the users is collected and stored in a database, which is later compared to ensure that the user is authenticated. Different types of biometric authentication include fingerprint scanners, eye scanners, voice recognition, face identifier, etc.  

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#### **Password-based:**  
The most frequent way of authentication is passwords. A string of letters, numbers, or special characters can be used as a password. You must develop strong passwords that incorporate a mix of all possible solutions in order to secure your identity.  

&nbsp;  

#### **Single Sign-On Authentication:**  
This method of authentication enables users to access different applications, resources, and systems using a single set of credentials. [Single Sign-On](https://www.miniorange.in/products/single-sign-on-sso) streamlines the authentication process, which provides a seamless user authentication experience. It improves productivity and security at the same time.  

&nbsp;  

#### **Multi-factor:**  
[Multi-Factor Authentication](https://www.miniorange.in/products/multi-factor-authentication-mfa) is the most advanced mechanism, requiring two or more levels of protection from multiple authentication categories to enable user access to the system. To prevent security breaches, this includes elements that are independent of one another.  

&nbsp;  

#### **Passwordless Authentication:**  
In passwordless authentication users do not need passwords to authenticate, instead, other methods like OTP, Email Verification, Biometrics, etc., are used for authenticating the user identity. This method eliminates password management hassles and password-theft risks.  

&nbsp;  

#### **API:**  
The process of confirming a user’s identity while requesting to access server-side services is known as [API authentication](https://developers.miniorange.in/docs/rest-api-authentication/wordpress/api-key-authentication). Basic HTTP, core API, and 0Auth are only a few of the most used APIs.  

&nbsp;  

#### **Certificate-based:**  
Digital certificates are used in certificate-based authentication solutions to identify individuals, computers, and devices. A digital certificate is a type of electronic document similar to a driver’s license or passport. Only a certification authority may issue digital certificates to show ownership of a public key.


### What is Authorization? {#what-is-authorization}
Authorization is the process that determines what level of access a user will get to critical resources of the organization. Authorization deals with the role of an individual within an organization or a group. Considering an example, the employee who belongs to the Accounts and Finance team will be authorized to only Account-related tools and applications, and not the Sales and Business-related tools. 

Authorization of a user is very important, as most web resources today are to be selectively shared among user bases, and most online business models also run this way. That is the reason why it is one of the most crucial steps when talking about access management.

 

### What are the Popular Types of Authorization?  {#what-are-the-popular-types-of-authorization}
Below are some of the techniques used for the authorization process. Each of these techniques works differently and is important in its own way to secure data.  

**API Keys:**  
The API key is a long string that is usually provided in the URL or header of the request. The API key is mostly used to identify the individual initiating the API request (authenticating you to use the API). Most APIs require you to sign up for an API key before you can use them.  

**Open ID:**  
The Open ID layer is an authorization authentication layer built on top of the 0auth2.0 framework. It enables clients to validate the end user’s identification using the authorization server and to acquire basic profile information about the end user in an interoperable and REST-like manner.  

**SAML:**  
[SAML](https://www.miniorange.in/what-is-saml) is an XML-based authentication and authorization mechanism that connects two entities: the SP and the IDP. Security Assertion Markup Language (SAML) is a standard SSO in which verified data is transferred via digitally signed XML documents.  

**HMAC:**
Hash-based Message Authentication Code is a digital signature technique that makes use of message digest algorithms like MD5 and SHA-1 to produce a reliable data integrity protocol.  

**HTTP:**  
Authentication and authorization both employ this mechanism. To establish their identity, a user typically submits a username and password. This technique excludes cookies, session IDs, and login pages since the [HTTP header](https://www.miniorange.in/reverse-proxy/header-based-authentication) is used.  

&nbsp;  

#### **While considering Authentication and Authorization, Authorization can only be granted after Authentication.**  


![Authentication & Authorization Process : Flow Diagram](/blog/assets/2023/authentication-authorization.webp)
 

### Authentication VS Authorization {authentication-vs-authorization}

| Authentication | Authorization |
| -------------- | ------------- |
| Authentication is the process of verifying who a user is through Login or Passwords. | Authorization gives those users permission to access a resource. |
| It works through passwords, biometrics, and other information provided or entered by the user. | Authorization works through settings that are implemented and maintained by the organization. |
| It is visible & partially changeable by the user. | Authorization isn’t visible & changeable by the user. |
| Data is transferred through ID Tokens (JWT Token). | Data transmits through Access Tokens. |
| Authentication is usually done before Authorization. | Authorization can only be granted after Authentication. |
| e.g. When a college student walks into their campus, they have to showcase their identity card at the gate to get authenticated as a student of the institution. | e.g. Once the student is authenticated they walk towards their pre-allocated building, towards their floor, and their classroom. This is where Authorization is in play, the student does not have access to the professor’s cabin or the principal’s office. |
 

### Authentication and Authorization in Cloud Computing {#authentication-and-authorization-in-cloud-computing}

Authentication and authorization are essential components required for securing cloud computing environments. They help ensure that only authorized individuals or entities can access resources and perform actions within the cloud infrastructure.  

Different Authentication methods discussed in this article can be implemented to verify the identity of a user or entity requesting access to a system or resource within the cloud. Different authentication mechanisms are used to establish trust between the user and the cloud service provider (CSP).  

In cloud computing, Authorization or [access control](https://www.miniorange.in/reverse-proxy/access-control) is used for granting or denying permissions to authenticated users based on their roles, responsibilities, or other attributes within the cloud environment. Authorization mechanisms help enforce the principle of least privilege, ensuring that users only have access to the resources they need. 


### How miniOrange can help you Implement Authentication & Authorization in your Organization? {#how-miniorange-can-help-you-implement-authentication-and-authorization-in-your-organization}

Being in a high-paced cyber world, it’s an important need for enterprises to adopt Authentication and Authorization mechanisms to fortify their security posture. To successfully implement these robust security measures in your organization, you need a customized [Identity and Access Management (IAM)](https://www.miniorange.in/what-is-iam-identity-and-access-management) solution from a trusted IAM vendor.  

miniOrange provides a wide array of solutions that efficiently and securely enable Identity and Access Management for your organization in On-Premise, Cloud, and Hybrid environments. But before choosing any cloud Security Service provider for implementing Authentication and Authorization mechanisms, you should confirm they confidentially handle your information, with the simplest technical support at a budgeted price. The miniOrange IAM solution is highly customizable, scalable, and fits your organization’s unique needs.  You can leverage the [miniOrange Free Trial](https://www.miniorange.in/iam/free-trial) to try out our IAM solution & test all the features to make better and more well-informed decisions.

 

### FAQ {#faq}
**Which comes First, Authentication or Authorization?**  
In the Identity and Access Management process, authentication typically comes before authorization. Authentication is the process of verifying digital identities. Once authenticated, the next step is authorization. Authorization determines what actions and resources a user is allowed to access.

&nbsp;  

&nbsp;  


#### **Further Reading:**
- [miniOrange Authentication Services](https://www.miniorange.in/authentication-services)
- [Two-Factor Authentication](https://www.miniorange.in/blog/2fa-security/)
- [What is Authentication?](https://www.miniorange.in/blog/different-types-of-authentication-methods-for-security/)
- [What is OAuth (Open Authorization)?](https://www.miniorange.in/blog/what-is-oauth-2/)
- [What is Identity-as-a-Service (IDaaS)?](https://www.miniorange.in/blog/what-is-identity-as-a-service-idaas/)

The key difference between authentication and authorization is that the identity of user & service is confirmed through authentication, and their access privileges are established through authorization.

What is the difference between Authentication and Authorization?


When the word “technology” is used, the phrase “authentication and security” immediately comes to mind. Authentication becomes the first baby step in improving security, given the growing requirement for it. The basic job of authentication is to manage user identification and provide them with suitable access control for seamless operation and security. Individual authentication does not have to be restricted to usernames and passwords. [Single Sign-On (SSO)](https://www.miniorange.in/single-sign-on-sso), [Multi-Factor Authentication (MFA)](https://www.miniorange.in/blog/what-is-multi-factor-authentication-mfa/), [Provisioning](https://www.miniorange.in/blog/what-is-provisioning/), [Adaptive Authentication](https://www.miniorange.in/adaptive-multi-factor-authentication-mfa), and other Identity and Access Management (IAM) tools augment the capabilities of standard authentication.

 

### What Is Authentication? {#what-is-authentication}
Authentication is the process of identifying users that request access to a system, network, server, app, website, or device. The primary goal of [authentication](https://www.miniorange.in/products/authentication) is to ensure that a user is who they claim to be. User A, for example, has access to only relevant information and is unable to see User B’s personal information. Unauthorized users are prevented from accessing sensitive data with user authentication. Authentication improves security by allowing any Organizational admin to manage an individual user’s identity and access. The basic authentication used for identity and access control verification is username and password, with **different types of authentication** techniques that we shall cover moving forward.

 

### Why Is User Authentication Important? {#why-is-user-authentication-important?}
There is no organization, system, network, website, or server in today’s modern world that does not require some form of authentication. If they are not, they are putting themselves at risk of attacks that could result in the misappropriation of their resources and sensitive data at the very least. A single blunder may expose your organization’s data to cybercriminals, as they are always prepared with a variety of cyber weaponry, such as (Phishing, Data breaches, spoofing, etc). When your authentication system isn’t up to par, they can quickly get access and steal information. A few of the most recent major attacks will lead you to the conclusion that, whether you are a little business or a large corporation, authentication using the finest security techniques is a must to stay stable in this technological environment.

 

### Different types of Authentication {#different-types-of-authentication}
When it comes to authentication and security, there is a vast ocean of different authentication options to choose from. Before adopting or choosing any of the authentication methods for your Organization’s employees or end-users, you should be aware of a few key factors that will help you choose the most appropriate authentication technique for you:  
1. Security capability of that Authentication Method
2. Usability interface
Let’s take a closer look at the many sorts of authentication techniques available:
 
**1. Password Based Login:**  
The most commonly utilized regular login authentication system that you will employ on a daily basis while utilizing an online service is password-based login. You need to input a combination of your username/mobile number and a password when using the Password-Based Authentication technique. The individual is authorized only when both of these elements have been verified. However, because today’s customers use multiple online services (apps and websites), it’s tough to keep track of all of their usernames and passwords. As a result of this, end-users engage in unethical behaviors such as forgetting passwords, using the same password for several services, and so on. Cybercriminals enter at this point and begin actions such as phishing, data breaches, and so on. That is the fundamental reason why standard password-based authentication is losing favor and more organizations are turning to advanced additional security authentication factors.  

&nbsp;  

**2. Multi-Factor Authentication:**

Multi-Factor Authentication (MFA) is an authentication method in which an individual must pass multiple factors in order to gain access to a service or network. It’s an extra layer of security on top of the standard password-based login. Individuals must also submit a second factor in the form of a one-time code that they will receive through phone or email in addition to their Username and Password.

You may quickly configure several Multi-Factor Authentication (MFA) methods to give an extra layer of security to your resources. OTP/TOTP via SMS, OTP/TOTP over Email, Push notification, Hardware Token, and Mobile Authenticator are all examples of MFA methods (Google, Microsoft, Authy, etc). You can choose any of the MFA techniques and implement them for organizational security based on your needs and requirements. After traditional password-based login, Multi-Factor Authentication is the most trusted authentication mechanism. For improved security, password-based traditional authentication and Multi-Factor Authentication methods are usually used simultaneously.  

&nbsp;  

**3. Biometric Authentication:**

Individual physical attributes such as fingerprints, palms, retinas, voice, face, and voice recognition are used in biometric authentication. Biometric authentication works in the following way: first, the physical characteristics of individuals are saved in a database. Individuals’ physical features are checked against the data contained in the database whenever a user wants to access any device or physically enter any premises (Organization, School, Colleges, Workplace). Biometric authentication technology is mostly employed by private organizations, airports, and border crossing points where security is a top priority. Because of its capacity to create a high level of security and a user-friendly frictionless flow, biometrics is one of the most often used security technologies. Among the most common biometric authentication methods are:

**1. Fingerprint:** To enable access, fingerprint authentication matches the unique pattern of an individual’s print. In some advanced Fingerprint authentication systems, the vascular structure of the finger is also sensed. Because it is one of the most user-friendly and accurate biometric systems, fingerprint authentication is currently the most common biometric technology for ordinary customers. Biometrics’ popularity can be due to the fact that you use your mobile phones with fingerprints on a regular basis, as well as companies or institutions that use Fingerprint authentication.

**2. Retina & Iris:** Scanners shine a strong light into the eye and look for distinctive patterns in the colorful ring around the pupil of the eye in this biometric. After that, the scanned pattern is compared to data recorded in a database. When a person wears spectacles or contact lenses, eye-based authentication can be inaccurate.

**3. Facial:** In facial authentication, multiple aspects of an individual’s face are scanned while they try to get access to a certain resource. When comparing faces from different angles or persons that look similar, such as family members, face recognition results can be inconsistent.

**4. Voice Recognition:** Your voice tone is stored with a standardized secret code in the same way that the above-mentioned approach does. A check occurs because you must speak off each time you want access.  

&nbsp;  

**4. Certificate-based authentication:**

Certificate-based authentication identifies people, servers, workstations, and devices by using an electronic digital identity. In our daily lives, a digital certificate functions similarly to a driver’s license or a passport. A certificate is made up of a user’s digital identity, which contains a public key and a certification authority’s digital signature. This certificate verifies that the public key and the person who issued the certificate are both the same person. When a user attempts to log in to a server, they must first present their digital certificate. The server checks the digital certificate’s identity and credibility by confirming that the user has a correctly associated private key with the certificate using cryptography.  

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**5. Token-Based Authentication:**

Token-Based Authentication allows users to enter their credentials only once and obtain a one-of-a-kind encrypted string exchange in return. After that, you won’t have to input your credentials every time you want to log in or acquire access. The digital token ensures that you have already been granted access. Most use cases, such as Restful APIs that are accessed by many frameworks and clients, require token-based authentication.  


### How will miniOrange advance Authentication technologies will help you out? {#how-will-miniorange-advance-authentication-technologies-will-help-you-out}
As we get to know more about different types of Authentication, we will move forward with some advanced Authentication Solutions that miniOrange provides with “All in one Approach”. It will help you to Manage Identities and access both with advanced security features.


**Single Sign-On Authentication (SSO):**  
Single Sign-On is a subset of basic username-password-based Authentication. Going with SSO authentication will provide advanced security and multiple features with frictionless experience to your end-users. Single Sign-On as the name depicts allows individuals to enter their username and password once and get access to all configured applications. Simply stating you will have the provision to configure “N no apps” with miniOrange and you can set a single password for all these apps. With this, you don’t need to remember multiple passwords for different applications and you just need to login once and you will automatically get access to all applications. The benefit for this will include – As users need to remember just a single password they will not forget it or write it on any sticky notes type of stuff. Access to multiple applications will become easier which will improve efficiency and boost productivity. From the admin end, they will receive fewer support calls for password resets and login issues.

**2nd Factor Authentication (Two-Factor Authentication):**  
As the name implies, “two-factor authentication” requires an individual to pass two separate authentication procedures in order to gain access to a certain resource.Consider the following scenario: you have a website/app/group of applications and you want to add more protection to it to prevent current cyber assaults such as data breaches, phishing, or the use of key loggers. With miniOrange, you can configure any app/website built on any platform and enable 2FA for that application. One Time Passwords (OTP through SMS/ Email), Push Notifications, Biometrics, Authenticators (Google Microsoft,Authy), Yubikey and Hardware Token, and more 2FA options are available from miniOrange.According to one of the most recent security surveys, 2FA can prevent 80% of data breaches.

**Adaptive Authentication:**  
Adaptive Authentication is a type of authentication that adapts to the circumstances.” Adaptive Authentication,” a more advanced kind of 2FA/MFA authentication, is introduced. You can authenticate users depending on their “IP, Device, Location, Device, and Time of Access” in this section. If IP and Location-based authentication are enabled, after entering the username and password, Adaptive Authentication will check if the user’s IP is the same as the one used by the administrator and whether he is in the location to which he has been assigned. If he does not comply, he will be denied access to the resources. This is one of the most advanced authentication methods used by businesses to ensure their security.

**API Authentication:**  
Now-a-days, API has become a popular model because it handles large volumes of data and is a new dimension to the online security world. There are many API authentication methods, the most popular of them are HTTP Basic Auth, API keys, OAuth.

**HTTP Basic Authentication:**  
To prove their authenticity, a user agent just offers a username and password.  Because it believes in the HTTP header itself, this solution does not require cookies, session IDs, or login pages.

**API Passwords:**  
An API key is a unique identifier for web service requests that identifies their source (or similar types of requests).When a user attempts to get allowed access to a system for the first time through registration, a key is produced.Following that, the API key is paired with a secret token and is submitted with subsequent queries.When a user tries to re-enter the system, their unique key is used to verify that they are the same person who used the system previously.

**OAuth:**  
OAuth is a popular API authentication technique that allows for both authentication and authorization.OAuth allows the API to authenticate and access the system or resource requested by establishing scope.

 
### Conclusion {#conclusion}
In today’s fast-paced technology environment, security is the most crucial component in standing out from your competitors and providing a flawless experience to end consumers.  

Putting your security at risk can have a number of negative effects on your company, such as phishing attacks and data breaches. To avoid problems like these, you should choose an authentication system for your company that fits your budget and allows for a smooth user flow.  

As an experienced IAM solution supplier, miniOrange can assist you in determining the most reliable authentication option for your organizational structure. If you have any questions about the authentication procedure, you can contact [info@xecurify.com](mailto:info@xecurify.com).

Learn about Authentication, Different types of Authentication methods and how to implement them in your company to ensure your users always have proper access considering cybersecurity.

What is Authentication? Different Types of Authentication


With the news that ‘RSA Access Manager’ (and previously known as ClearTrust), would reach end-of-life (EOL) status in June 2021, RSA Access Manager customers are looking to migrate to another Identity and Access Management (IAM) platform.

Migrations are most successful when handled with the best methods and planned approach. miniOrange is taking all these issues like cost, MFA methods & **providing support to all organizations for easy and free migration from RSA Access Manager**. miniOrange Identity platform ensures that organizations benefit from the use of its solution by ensuring their RSA tokens can coexist with their miniOrange Identity Platform deployment until all users are fully migrated.

### miniOrange IAM with advanced Data Model {#miniorange-iam-with-advanced-data-model}

miniOrange provides a solution to the migration path for RSA customers providing with smooth workflow process and a good user interface. Authentication is the most crucial and identity security solution to avoid much brute force, phishing attacks, credentials stuffing and secure access to the data for all workspace and customer authorizations.

miniOrange **[Two-Factor Authentication (2FA)](https://www.miniorange.in/products/two-factor-authentication-(2fa))** helps you in authenticating users by verifying two different factors and ensuring the right set of authentication to your sensitive information and protect user identities on both cloud and on-premise.

With the increase of security risks across global organizations miniOrange updated the features with 15+ authentication methods includes a soft token, Hard tokens, Google, Microsoft, and miniOrange authenticators with various population integrations with OpenVPN, Fortnite, Windows, Sharepoint, Office 365, and many more. 

In this era of Telecommuting, the MFA method of authentication features allows employees to safely access data from any device or location without putting sensitive data at risk. Having a second form of identification greatly decreases the chance of a hacker gaining access to corporate devices or other sensitive information. It makes less suspicious activity helps in managing cost on security than the other security factors to be considered.

### What if Secure tokens are theft or Lost! {#what-if -secure-tokens-are-theft-or-lost}

MFA is a driven process in current security practices compared to adaptive MFA.  MFA follows a set design and has certain rules to be followed, concerning versatile validation, the end-client is a necessary part of the security cycle.

[Adaptive MFA](https://www.miniorange.in/products/adaptive-multi-factor-authentication-mfa) is a technique that MFA  can be built and exploited in a way that the system will choose the validating multiple verifications based on a user’s profile which is considered as part of a boarding process for authentication, alternatively of applying risk assessment during the authentication process.

miniOrange knowledgeable adaptive authentication Identity provider system supports many broad set of modern mechanisms like Device Profile management, Geo-Location recognition, IP Network Context-based and more which therefore reducing the prospect of account blocking for your employees more than just the use of OTP tokens like RSA Secure ID, Symantec VIP.

miniOrange IAM, the best access manager rights to the corporate IT systems and Platforms. Moving behind user name and passwords miniOrange provides these types of authentications based on clients, devices, and locations, and a set of updated factors to verify any user.

Adding new apps and clients is simple, offering quick and ideal opportunities on migrating from the existing cloud and on-premise MFA outcomes. With seamless single sign-on and identity governance the board, miniOrange makes it simple to make sure about clients, devices, and applications.

### RSA Access Manager vs miniOrange {#rsa-access-manager-vs-miniorange}

| Features                     | RSA Access Manager                                 | miniOrange                                     |
|------------------------------|---------------------------------------------------|-----------------------------------------------|
| Infrastructure               | Hardware, Software Infra                           | Enterprise Level                              |
| Support                      | Reliability & Support Issues                       | 24*7 Active Support                            |
| Update/Upgrades              | EOL Announced                                     | Continuously Update/Upgrades, Future Proof    |
| Price                        | Costly                                            | Best in the Market                            |
| Cloud Environment             | No viable cloud strategy                          | Robust & best user experience                 |
| MFA Methods – Hardware Token | Through RSA tokens with per token cost            | 15+ MFA methods                               |


### Further Reading {#further-reading}

- [What is Multifactor Authentication (MFA)?](https://blog.miniorange.in/what-is-multi-factor-authentication-mfa/)
- [Two Factor Authentication – 2FA](https://www.miniorange.in/products/two-factor-authentication-(2fa))
- [Adaptive Multifactor Authentication](https://www.miniorange.in/products/adaptive-multi-factor-authentication-mfa)

Migrating from RSA’s Access Manager? Get easy and free support for your organizations to tackle issues like cost, MFA methods, etc.

Migrating from RSA Access Manager to miniOrange Identity Platform


### What is Adaptive Authentication? {# What is Adaptive Authentication?}   

Standard authentication methods, including [Multi-Factor Authentication (MFA)](https://www.miniorange.in/products/multi-factor-authentication-mfa), ask users for specific credentials whenever they try to log in or access corporate resources. While MFA provides better security by requiring additional credentials, such as a code from a smartphone app, it can still be vulnerable to cyberattacks if users always log in with the same credentials. Cybercriminals can potentially acquire or hack these credentials and use them to gain access.  

![What is Adaptive Authentication?](/blog/assets/2024/what-is-adaptive-authentication.webp)  

Adaptive Authentication changes this approach by dynamically adjusting the authentication process based on contextual risk factors, such as the user’s IP address, location, device, behaviour, and time of access. This ensures higher security while maintaining a smooth user experience. In low-risk scenarios, users can access resources seamlessly using their username and password. However, in higher-risk situations, the system requires additional verification steps or denies access altogether.  


### How Does Adaptive Authentication Work? {# How Does Adaptive Authentication Work?}  

Adaptive Authentication or [Risk-Based Authentication](https://www.miniorange.in/iam/solutions/risk-based-authentication-rba) creates a unique profile for each user, consisting of attributes such as geographical location, registered devices, job role, and IP address. When a user attempts to authenticate, their profile is assessed, and the system assigns a risk score based on factors like the device used, location, and time of access. Authentication requirements are then adjusted according to this risk score.  

For instance, if a user tries to access applications from an unregistered device, they may be prompted to register it. If logging in from an unusual location, they might need to answer a security question. In high-risk scenarios, such as logging in from a different country, the user may need to complete an additional MFA process to validate their identity.


### Adaptive Authentication and Machine Learning {# Adaptive Authentication and Machine Learning?}   

[Adaptive Authentication solutions](https://www.miniorange.in/products/adaptive-multi-factor-authentication-mfa) leverage machine learning to improve security and user experience. These systems learn user behavior over time, tracking devices, login times, and locations. They also monitor IP addresses and network reputations to spot unusual activity that might indicate a security risk.  

Machine learning helps assign a risk score based on behavior and context. The response to this risk is determined by rules set by IT, which can vary depending on the user’s role, location, and other factors. Advanced solutions use AI to monitor login attempts in real time, identifying any unusual patterns or threats.

![Adaptive Authentication and Machine Learning](/blog/assets/2024/adaptive-authentication-machine-learning.webp)   


### Adaptive Authentication Methods {# Adaptive Authentication Methods}

Here are some popular Adaptive Authentication methods:
- **IP-Based Restriction:** Admins set a list of IP addresses to allow or deny access. User login attempts are compared against this list to determine if access is granted, denied, or challenged.
- **Location-Based:** Admins configure a list of geo-locations where users can log in. If a user tries to log in from an unlisted location, they may be challenged or denied access.
- **Device-Based:** Users can link trusted devices to their accounts. Only these devices are permitted access, enhancing security by restricting access to known devices.
Time-Based Restriction: Access is granted or denied based on predefined time zones and policies. If a user logs in outside these parameters, they may face additional authentication steps or be denied access.


### Benefits of Adaptive Authentication {# Benefits of Adaptive Authentication}

- **Enhanced Data Protection:** Fortifies protection against unauthorized access, safeguarding corporate networks and privileged information. 
- **User-Friendly & Efficient Integration:** Smooth integration with existing infrastructure, allowing dynamic policy configuration.
- **Immediate User Access Control:** Adjusts access based on real-time risk assessment, ensuring secure login processes.
- **API-Enhanced Security:** Effortlessly integrates enhanced security across all cloud-based applications.
- **Universal Compatibility:** Works across various platforms and devices with web browsers.
- **Uninterrupted User Interaction:** Maintains user productivity by embedding security protocols invisibly.  


### Conclusion {# Conclusion}

Adaptive Authentication is a powerful approach that offers enhanced security by adapting to real-time risks. By tailoring authentication processes to match your organization's risk tolerance, you can achieve a balance between user experience and robust security. With solutions like those from miniOrange, organizations can effectively manage their authentication needs and protect against cyber threats.


Adaptive Authentication identifies malicious login attempts based on predefined risk factors like location, device status, and user behaviour. It prompts users to verify their identity through additional authentication steps when needed.

Adaptive Authentication


### What is JWT (JSON Web Token)? {#what-is-jwt-json-web-token}
JWT, or JSON Web Token, is an open standard used to share information between two parties securely — a client and a server. In most cases, it’s an encoded JSON containing a set of claims and a signature. It’s usually used in the context of other authentication mechanisms like OAuth, OpenID to share user-related information. It’s also a popular way to authenticate/authorize users in a microservice architecture.  

JWT authentication is a token-based stateless authentication mechanism. It is popularly used as a client-side-based stateless session, this means the server doesn’t have to completely rely on a data store (or) database to save session information.  

JWTs can be encrypted, but they are typically encoded & signed.  We will be focusing on Signed JWTs. The purpose of Signed JWT is not to hide the data but to ensure the authenticity of the data. And that is why it’s highly recommended to use HTTPS with Signed JWTs.

### Structure of JWT {#structure-of-jwt}
JWT structure is divided into three parts: header, payload, signature & is separated from each other by dot (.), and will follow the below structure:

 

![JSON Web Token(JWT) Structure](/blog/assets/2023/jwt-structure.webp)

 

- Header  
The header consists of two parts:  
1. The signing algorithm being used
2. The type of token, which is in this case mostly “JWT”  
- Payload
The payload usually contains the claims (user attributes) and additional data like issuer, expiration time, and audience.  
- Signature  
This is typically a hash of the header and payload sections of the JWT. The algorithm which is used to create the signature is the same algorithm mentioned in the header section of the JWT. Signature is used to validate that the JWT token wasn’t modified or changed during transit. It can also be used to validate the sender.  

The header and Payload section of the JWT is always Base64 encoded.


### How does JWT Authentication work? When to use JWT Authentication? {#how-does-jwt-authentication-work-when-to-use-jwt-authentication}

When it comes to API authentication and server-to-server authorization, JSON web token (JWT) is particularly a useful technology. In terms of Single Sign-On (SSO), it means that a service provider can receive trustworthy information from the authentication server. 

By sharing a secret key with the Identity Provider, the Service Provider can hash a part of a token it receives and compare it to the signature of the token. Now, if that result matches the signature, the SP knows that the information provided has come from the other entity possessing the key.

The following workflow explains the authentication flow:

![JSON Web Token(JWT) Authentication Workflow](/blog/assets/2023/jwt-workflow.webp)


1. User sign-in using username and password.
2. The authentication server verifies the credentials and issues a JWT signed using a private key.
3. Moving forward, the client will use the JWT to access protected resources by passing the JWT in the HTTP Authorization header.
4. The resource server then verifies the authenticity of the token using the public key.  

The Identity Provider generates a JWT certifying user identity, and the resource server decodes and verifies the authenticity of the token using the public key.

Since the tokens are used for authorization and authentication in future requests and API calls great care must be taken to prevent security issues. These tokens shouldn’t be stored in publicly accessible areas like the browser’s local storage or cookies. In case there are no other choices, then the payload should be encrypted.

### How JWT Single Sign-On (SSO) works for multiple web apps {#how-jwt-single-sign-on-sso-works-for-multiple-web-apps}
Single Sign-On (SSO) allows you to authenticate users in your systems and subsequently informs applications that the user has been authenticated. On successful authentication, a JWT token is generated and returned, which can be consumed by the app to create a user session. The token is automatically verified with the IDP when they sign in. The user is then allowed to access the apps without being prompted to enter separate sign-in credentials.  

This security mechanism allows applications to trust the sign-in requests it gets from the systems. Furthermore, these apps will only grant access to the users who have been authenticated by you/admin & hence Single Sign-On (SSO) relies on JSON Web Token (JWT) for securing the exchange of user authentication data. Great care must be taken in terms of how this token is stored and managed.

### miniOrange JWT Authentication for Apps that don’t Support Standard SSO Protocols {#miniorange-jwt-authentication-for-apps-that-dont-support-standard-sso-protocols}

**Usecase: Create a custom SSO between 2 existing and independent websites with their own user database**

With [miniOrange](https://www.miniorange.in/?utm_source=miniorange+Blog&utm_medium=Blog&utm_campaign=JWT+blog&utm_id=JWT+Blog-sso), you will be able to authenticate from existing User Stores and Identity Providers using protocols like SAML, OAuth OpenID, and SSO into websites that only support JWT Tokens. Yes, you heard it right. miniOrange provides Single Sign-On (SSO) for [JSON Web Token (JWT) apps](https://www.miniorange.in/iam/integrations/). This solution allows you to set up [Single Sign-On (SSO)](https://www.miniorange.in/products/single-sign-on-sso?utm_source=miniorange+Blog&utm_medium=Blog&utm_campaign=JWT+blog&utm_id=JWT+Blog-sso) into your applications (say existing or independent), which does not support SSO Standard Protocols (like SAML 2.0, etc).  

This is done using JSON Web Token (JWT) tokens, and it can be easily integrated with your application built in any framework or language. This allows you to enable SSO for any mobile app, client-side apps, static sites which don’t support any SSO standard protocols and are built on platforms like React.js, Firebase, Cordova, Angular.js, etc. 

![miniOrange integration flow with jwt token](/blog/assets/2023/mo-integration-flow-with-jwt.webp)

&nbsp;  

#### **miniOrange makes it easy to enable SSO for your application with a simple 3-step process. All you need to do is:**

1. Embed a simple script on your site/app
2. Configure your Identity Provider/user store in miniOrange (optional)
3. Add a JWT App  

&nbsp;  

That’s it!! You can choose to either manage users in miniOrange or choose an external Identity Provider/user store. You can even enable MFA on top of SSO with just a configuration change, no other script changes or coding required. 

&nbsp;  

&nbsp;

#### **Checkout miniOrange’s JWT SSO solution for Most Trending Apps:**

- [Thinkific SSO](https://www.miniorange.in/thinkific-jwt-single-signon(sso)-solution?utm_source=miniorange+Blog&utm_medium=Blog&utm_campaign=JWT+blog&utm_id=JWT+Blog-sso)
- [Webflow SSO](https://www.miniorange.in/webflow-single-sign-on-sso?utm_source=miniorange+Blog&utm_medium=Blog&utm_campaign=JWT+blog&utm_id=JWT+Blog-sso)
- [Squarespace SSO](https://www.miniorange.in/squarespace-single-sign-on-sso?utm_source=miniorange+Blog&utm_medium=Blog&utm_campaign=JWT+blog&utm_id=JWT+Blog-sso)
- [BigCommerce SSO](https://www.miniorange.in/bigcommerce-single-sign-on-sso?utm_source=miniorange+Blog&utm_medium=Blog&utm_campaign=JWT+blog&utm_id=JWT+Blog-sso)  

&nbsp;  

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#### **Additional Helpful Links:**

- [Setup SSO authentication using JWT (JSON Web Token) | SSO for JWT apps | JWT Authentication| JWT SSO](https://www.youtube.com/watch?v=8lSsEQm_J6E)
- [Setup SSO for any JWT Application](https://www.miniorange.in/iam/content-library/admin-docs/how-to-add-jwt-app)
- [Popular apps that use JWT for SSO](https://www.miniorange.in/iam/integrations/)

What is JWT (JSON Web Token)? JWT, or JSON Web Token, is an open standard used to share information between two parties securely — a client and a server.

5 Reasons to Deploy Context-Based Authentication

What is the difference between Authentication and Authorization?

What is Authentication? Different Types of Authentication

Migrating from RSA Access Manager to miniOrange Identity Platform

Adaptive Authentication

What is JWT (JSON Web Token)? How does JWT Authentication work?