OIDC Authentication: How Modern Apps Verify Identity
From token-based logins to identity verification, OpenID Connect (OIDC) is transforming how users sign in. Explore its benefits, flow, and why it’s the future of secure authentication.
Introduction
In today’s digital-first economy, authentication has become the cornerstone of every secure interaction. From logging into a banking app to accessing a cloud-based workspace, verifying who a user really is without adding friction defines the foundation of trust between users and businesses. Yet, the challenge remains: how can organizations offer seamless access while ensuring airtight security?
This is where OpenID Connect (OIDC) steps in as a modern authentication protocol built to simplify and standardize the way we confirm digital identities across systems, platforms, and devices. By extending the OAuth 2.0 framework, OIDC bridges the gap between authorization and authentication, offering a user-first model that delivers both security and convenience.
In this blog, we’ll break down everything you need to know about OIDC authentication from its fundamental principles and protocol flow to its components and business benefits. Whether you’re a developer integrating secure sign-ins or a product leader aiming to enhance customer trust, this guide will help you understand how OIDC reshapes modern authentication into something truly seamless, secure, and scalable.
What is OIDC Authentication?
OpenID Connect (OIDC) is a modern identity layer built on top of the OAuth 2.0 framework, designed to make authentication both secure and effortless for users and developers. While OAuth 2.0 focuses on granting access to resources (authorization), OIDC extends it to confirm who the user is (authentication).
In simpler terms, OIDC helps an application verify a user’s identity and obtain basic profile information in a standardized, interoperable way.
At its core, OIDC acts as a trusted bridge between users, applications, and identity providers. When a user logs in, OIDC ensures their identity is verified by a trusted source like Google, Microsoft, or any enterprise IdP, so they don’t have to maintain separate credentials for every platform. This approach eliminates the risks of password fatigue and poor credential hygiene, two major culprits behind modern security breaches.
Unlike older authentication methods that rely heavily on stored passwords and session-based validation, OIDC uses tokens secure, digitally signed data packets to establish trust between parties. These tokens carry verified identity details, allowing applications to authenticate users quickly and consistently across multiple devices and services.
The protocol’s biggest strength lies in its versatility and scalability. It supports a wide range of use cases from consumer social logins (like “Sign in with Google”) to enterprise-grade access control within Customer Identity and Access Management (CIAM) platforms. Because it’s based on open standards, OIDC can integrate seamlessly into any ecosystem without disrupting existing workflows.
In short, OIDC authentication simplifies secure sign-ins for users and developers alike. It provides a unified framework that strengthens digital trust, reduces friction, and ensures every login is verified, not just permitted.
How OpenID Connect Works?
To understand how OpenID Connect (OIDC) functions, think of it as a conversation between three main parties each playing a critical role in verifying identity securely and seamlessly:
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The End User (Resource Owner) – the person who wants to access an application or service.
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The Relying Party (RP) – the application or website that needs to confirm the user’s identity before granting access.
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The Authorization Server (Identity Provider or IdP) – the trusted authority responsible for authenticating the user and issuing tokens that confirm their identity.
OIDC builds this communication flow on top of the OAuth 2.0 authorization framework, transforming it from a simple access-granting system into a full-fledged identity verification protocol.
Here’s how the typical OIDC authentication flow unfolds step-by-step:
1. User Initiates Login
The process starts when the user tries to log in to an application (the Relying Party). Instead of entering credentials directly into the app, the user is redirected to an Authorization Server (like Google or Microsoft) that supports OIDC.
2. Redirect to the Authorization Server
The Relying Party sends an authentication request to the Authorization Server, specifying the type of information (known as “scopes”) it needs—such as basic profile details or email. This redirect ensures the user’s credentials are handled only by a trusted identity provider, not by the app itself.
3. User Authenticates
The user authenticates with their credentials on the Authorization Server’s login page. If the credentials are valid, the IdP confirms the user’s identity and prepares a set of cryptographically secure tokens.
4. Tokens Are Issued
Upon successful authentication, the Authorization Server sends tokens, typically an ID Token, an Access Token, and optionally a Refresh Token back to the Relying Party via a secure channel. These tokens serve as verifiable proof of the user’s identity and authorization.
5. Application Grants Access
The Relying Party validates the ID Token to confirm the user’s authenticity. Once verified, it grants access to the user and may use the Access Token to fetch additional profile details from the UserInfo Endpoint.
This entire flow happens in seconds, ensuring a frictionless experience for users while maintaining strict security protocols in the background.
What makes OIDC exceptional is its token-based architecture, which eliminates direct password exchanges between apps and users. Instead, it relies on digitally signed JSON Web Tokens (JWTs) that are nearly impossible to forge. Each token has built-in expiry, encryption, and claims that define exactly what data is being shared, offering both transparency and control.
In short, OIDC takes the complexity out of secure authentication. It provides a simple, standardized method to verify identities across any device, platform, or service, helping businesses focus on user experience without compromising on security.
Core Components of the OIDC Protocol
To truly grasp how OpenID Connect (OIDC) secures and simplifies authentication, it’s essential to understand the key components that make the protocol function. Each element plays a unique role in verifying identity, granting access, and maintaining continuous trust between the user, the application, and the identity provider.
Let’s break down the core building blocks of the OIDC protocol:
1. ID Token
The ID Token is the heart of OIDC authentication. It’s a JSON Web Token (JWT) issued by the Authorization Server that contains verified information about the authenticated user, such as their name, email, and a unique identifier called a “sub” (subject).
This token is digitally signed to ensure it hasn’t been tampered with, making it a reliable source of truth for the Relying Party. The application uses this token to confirm that the identity provider has indeed authenticated the user.
In short: the ID Token answers the question, “Who is the user?
2. Access Token
The Access Token is what allows an application to access specific resources on behalf of the user. It doesn’t contain detailed user data itself, but acts as a key that unlocks APIs or services linked to the user’s account.
For example, once the user has authenticated, the Relying Party can use the Access Token to retrieve additional details from the UserInfo Endpoint or to call other secure APIs.
In short: the Access Token answers the question, “What can the app do for the user?”
3. Refresh Token
The Refresh Token is optional but highly valuable, especially for long-lived sessions. It allows the Relying Party to obtain a new Access Token when the previous one expires without asking the user to log in again.
This creates a balance between security and convenience, keeping sessions active while minimizing friction. It’s particularly useful in mobile or enterprise applications where frequent reauthentication would disrupt user experience.
In short: the Refresh Token answers the question, “Can we keep this session active securely?”
4. UserInfo Endpoint
The UserInfo Endpoint is a protected resource provided by the Identity Provider. After a successful login, the Relying Party can use the Access Token to fetch verified user profile information, such as name, email, or locale.
This enables personalization, allowing businesses to deliver tailored experiences without needing users to fill out repetitive forms. The endpoint acts as a secure, trusted data source, ensuring that every piece of user information is validated and consistent.
In short: the UserInfo Endpoint answers the question, “What verified details can the app use about this user?”
Together, these components form the backbone of the OIDC ecosystem. Each token and endpoint works in harmony to balance security, usability, and interoperability, enabling consistent authentication experiences across devices and environments.
Whether you’re building a consumer app, an enterprise portal, or a CIAM platform, understanding these OIDC components is key to implementing a secure and user-friendly identity layer.
Benefits of Using OpenID Connect
In a world where digital interactions define user trust, OpenID Connect (OIDC) offers more than just a way to log in; it redefines how authentication can be secure, scalable, and seamless at the same time. By combining the reliability of OAuth 2.0 with the simplicity of a standardized identity layer, OIDC brings tangible advantages to both users and organizations.
Let’s explore the key benefits that make OIDC the go-to protocol for modern authentication systems.
1. Simplified and Unified Login Experience
One of the biggest strengths of OIDC lies in its user-centric design. It enables Single Sign-On (SSO) across multiple applications, allowing users to log in once and access all connected services without re-entering credentials.
This frictionless experience not only enhances convenience but also reduces the cognitive load of remembering multiple passwords, a common cause of password fatigue and weak security practices. For businesses, a smoother authentication journey means higher engagement, faster conversions, and improved customer satisfaction.
2. Enhanced Security Through Tokens
OIDC eliminates the need for applications to directly handle or store user credentials. Instead, it uses cryptographically signed tokens (like ID Tokens and Access Tokens) to validate identity and access rights.
This token-based approach minimizes exposure to threats like phishing, credential theft, and man-in-the-middle attacks, since credentials are never shared with third-party apps. Tokens also come with built-in expiration times and scopes, ensuring access is always time-bound and purpose-specific.
3. Seamless Interoperability Across Systems
Built on open standards, OIDC ensures seamless interoperability between applications, platforms, and devices. Whether it’s a web app, a mobile application, or an enterprise API, OIDC works consistently across all environments.
This makes it an ideal solution for organizations operating in hybrid or multi-cloud ecosystems. It also simplifies integrations with major Identity Providers (IdPs) like Google, Microsoft, and LoginRadius, offering flexible options for developers to build secure authentication flows faster.
4. Scalability for Modern Digital Platforms
OIDC is designed for scale. It efficiently manages high authentication volumes without compromising performance or security, making it suitable for everything from small SaaS products to global enterprise systems.
By centralizing authentication and delegating identity verification to a trusted provider, OIDC reduces overhead for developers and administrators, allowing them to focus on innovation instead of constantly patching security issues.
5. Privacy and Compliance by Design
OIDC supports granular control over the data shared between users and applications through scopes and claims. Users can decide which details to share, and organizations can enforce data minimization and consent-based access, aligning with global privacy regulations like GDPR and CCPA.
This privacy-centric approach helps businesses not only build trust but also meet compliance requirements effortlessly, something legacy authentication systems often struggle to achieve.
6. Future-Ready for Advanced Authentication
As organizations move toward passwordless authentication, adaptive MFA, and federated identity systems, OIDC provides the flexible foundation needed to integrate these modern methods seamlessly.
Its architecture supports continuous innovation in authentication technologies, ensuring that as security evolves, your identity strategy evolves with it.
In essence, OpenID Connect transforms authentication from a basic login function into a strategic enabler of trust, usability, and compliance. It empowers users with secure and effortless access while giving businesses the confidence that every identity interaction is verified, encrypted, and future-proof.
Implementing OpenID Connect: A Step-by-Step Guide
Adopting OpenID Connect (OIDC) doesn’t have to be complicated. In fact, one of the reasons it’s become the preferred authentication standard for modern businesses is its simplicity in deployment and adaptability to existing systems.
Whether you’re a growing startup or a large enterprise, implementing OIDC is about creating a secure, unified, and user-friendly login experience without overhauling your entire infrastructure.
Here’s a clear, non-technical breakdown of how organizations can bring OIDC to life in their authentication flow:
1. Choose a Reliable Identity Provider (IdP)
Every OIDC setup starts with an Identity Provider, which handles the user verification process. Trusted IdPs like Google, Microsoft, LoginRadius, or Okta authenticate users and issue secure tokens that confirm their identity.
Selecting a reliable IdP ensures that your users’ credentials are protected under top-tier security practices, giving both your organization and your customers peace of mind.
2. Register Your Application
Once you’ve chosen an IdP, the next step is to register your application with that provider. This registration establishes a secure relationship between your app (known as the Relying Party) and the IdP.
In simple terms, it lets the IdP know who you are and ensures only your authorized application can request authentication for your users.
3. Configure Authentication Settings
Next, you define the scope of what information your application needs, like a user’s name, email address, or profile picture.
This step helps maintain privacy and compliance, as users are always informed about what data will be shared and can choose whether to grant access. Transparency at this stage helps strengthen user trust in your brand.
4. Establish Secure Token Exchange
Once the authentication flow is in motion, the IdP issues tokens like the ID Token and Access Token that confirm the user’s identity and grant access to specific resources.
Your application uses these tokens to verify the user’s identity and allow entry to protected areas or data. The best part? The user doesn’t need to remember or re-enter credentials for each service they access.
5. Enable Continuous and Frictionless Access
For long-term sessions, OIDC can maintain access using refresh tokens, ensuring users enjoy a seamless experience without being logged out repeatedly.
This approach keeps the login process simple while maintaining strict security standards ideal for customer-facing applications that value both convenience and trust.
6. Test and Monitor for Security and Experience
Before fully rolling out OIDC, it’s important to test how smoothly your login journey performs both from a user experience and security perspective.
Regular monitoring helps detect anomalies early and ensures your authentication process remains compliant, fast, and resilient to emerging threats.
By following these foundational steps, organizations can deploy OIDC smoothly without deep technical complexity. The result? \
A secure, standardized, and user-friendly authentication system that simplifies access across every digital touchpoint while ensuring your business stays ahead in trust, compliance, and experience.
OIDC vs OAuth 2.0: Understanding the Difference
In the world of digital identity, OIDC and OAuth 2.0 are often mentioned in the same breath and for good reason. They work hand in hand, yet their purposes are distinct. Understanding how they differ is key to seeing why OpenID Connect is the smarter choice for secure authentication in today’s connected landscape.
Let’s break this down in a way that’s clear, engaging, and relevant to how modern organizations handle access and identity.
The Foundation: OAuth 2.0 as the Base Layer
OAuth 2.0 was designed primarily for authorization, not authentication. In simple terms, it’s a protocol that allows an application to access specific resources or data on behalf of a user without needing to know the user’s credentials.
For example, when you grant an app permission to access your Google Drive or Spotify account, OAuth 2.0 ensures that the app receives limited access via an Access Token, rather than your password. This token tells the resource server, “This user has permitted me to do X and Y,” but it doesn’t say who the user actually is.
That’s where the gap begins.
The Evolution: OpenID Connect Steps In
While OAuth 2.0 solved the problem of secure access, it didn’t answer the most fundamental question: “Who is the user behind this access?”
OpenID Connect (OIDC) was created to fill that missing piece. It adds an identity layer on top of OAuth 2.0, turning authorization into full-fledged authentication.
With OIDC, applications don’t just receive permission tokens; they receive ID Tokens, digitally signed data that confirms who the user is, along with verified profile information like their email or user ID.
This means that when someone logs into an app using OIDC, the system isn’t just allowing access; it’s verifying identity through a trusted source.
The Key Difference in Purpose
You can think of OAuth 2.0 as the “gatekeeper”, while OIDC acts as the “identity verifier.”
| Aspect | OAuth 2.0 | OpenID Connect (OIDC) |
|---|---|---|
| Purpose | Authorizes access to resources | Authenticates the user’s identity |
| Core Token | Access Token | ID Token (plus Access Token) |
| Use Case | “Can this app access my data?” | “Who is the user logging in?” |
| Focus | Secure resource access | Secure and verified user login |
| Data Scope | Permissions only | Identity + Permissions |
This layered approach ensures that OIDC can do everything OAuth 2.0 does and more. It not only grants access but also establishes digital trust, verifying every user’s identity before allowing any action.
Why This Difference Matters
In an era where one compromised password can lead to massive data breaches, authentication must go beyond access control. OIDC brings clarity, verification, and confidence to every login attempt.
It allows businesses to protect users without complicating their experience, streamlining authentication across multiple systems while maintaining airtight security.
From social logins like “Sign in with Google” to enterprise-level CIAM frameworks managing millions of identities, OIDC ensures that every authentication is verified, standardized, and secure.
In essence, if OAuth 2.0 is the foundation of digital trust, OIDC is the structure built upon it, a system that doesn’t just permit access but proves identity. Together, they create the perfect balance between convenience and control in the evolving landscape of secure digital interactions.
Conclusion
As the digital world expands, so does the need for authentication methods that are both seamless and secure. Passwords alone are no longer enough; they’re cumbersome for users and a goldmine for attackers. In this environment, OpenID Connect (OIDC) emerges as a crucial evolution, redefining how trust is built between users and digital systems.
OIDC brings together the best of both worlds: simplicity for users and robust security for organizations. It empowers businesses to provide effortless, one-click logins while ensuring that every identity verification happens through trusted, standards-based mechanisms. With token-based authentication, encrypted communication, and cross-platform compatibility, OIDC turns the login process into a secure handshake of trust rather than a vulnerable exchange of passwords.
For developers and enterprises alike, adopting OIDC is more than a technical upgrade; it’s a strategic investment in digital trust. Whether it’s customer-facing apps, partner ecosystems, or internal systems, OIDC ensures that identity is managed with precision, compliance, and future readiness.
And as the industry moves toward passwordless authentication, adaptive MFA, and federated identity, OIDC will remain the foundation that ties it all together, making authentication smarter, safer, and frictionless.
So, if your organization is still relying on outdated login methods or managing multiple identity systems, it’s time to move forward. Embrace OpenID Connect and transform how your users log in securely, effortlessly, and confidently.
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LoginRadius Releases Consumer Identity Trend Report 2022, Key Login Methods Highlighted
BITB Attacks: The New Destructive Phishing Technique
5 Reasons Why You Need to Strengthen Your Identity Authentication
What is the Difference Between MFA vs. SSO?
What is Login Authentication?
5 Ways to Improve Your Customer Verification Process
5 Myths About Phishing You Should Know
4 Common Security Issues Found In Password-Based Login
Personal Information and PII - What’s the Difference?
OTT Platforms and CIAM: How Identity Management Ensures Millions of Viewers to Scale with Ease
Is the Rise of Machine Identity Posing a Threat to Enterprise Security?
LoginRadius Integrates Search in Navigation for Better Customer Experience
5 Privacy Threats in Social Media You Should Know in 2022
Importance of Multi-factor Authentication for SSO
How LoginRadius Creates a Perfect Harmony of UX and Security
Smart Cities and Cyber Security Trends to Watch Out in 2022
Harry Rosen, a LoginRadius Customer Success Story
Top 7 Security Tips from LoginRadius’ Cybersecurity Expert to Follow in 2023
Top 7 Security Tips from LoginRadius’ Cybersecurity Expert to Follow in 2023
This Is How Scammers Get Your Email Address & How to Stop Them
Will Decentralized Auth Change the Perception of Consumer Identities in 2022?
Emerging Threat of Deepfakes: How To Identify And Prepare Against It
Everything You Need to Know Before Buying Cyber Insurance in 2022
5 Challenges for Government Adoption of Citizens’ Access Control
Are You Thinking of Token Management for Your API Product? Think about JWT!
LoginRadius Launches M2M Authorization for Seamless Business Operations
LoginRadius Offers PerfectMind Integration for a Seamless UX
Take Control of Your CIAM Environment with LoginRadius' Private Cloud
10 Tips From CIAM Experts to Reduce the Attack Surface of User Authentication
How LoginRadius Webhook Allows You to Sync Your Data in Real-Time
Federated Identity Management vs. SSO: What's The Difference?
How to Evaluate the Quality of Your User Authentication System
How LoginRadius Offers Customer-Centric Capabilities that Drive ROI
3 Best Stages of IT Security for Implementing Gartner's CARTA
How to Choose the Right User Authentication Option for your Product
An Introduction to Financial-Grade API (FAPI) for Open Banking
Why is PKI The Future of Secure Communications
How to Find the Right SSO Strategy that Fits Your Business
Cybersecurity Best Practices for Businesses in 2023 & Beyond [Infographic]
SSO Integration: How to Secure the Customer Experience on Loyalty Platforms
The Top 5 Trends in CIAM We’ve Watched in 2021
The Major Challenges of Customer Identification in the Retail Industry
Cybersecurity Awareness Month: Predicting the Deadliest Cyber Attacks in 2022
LoginRadius Delivers a Seamless User Experience that Increases Conversions through Enhanced Progressive Profiling
Avoid these Common Mistakes When Dealing with Data Breaches
Tiroler Tageszeitung (TT), a LoginRadius Customer Success Story
What are Security Keys? What are its Advantages?
Everything You Need to Know About OAuth and How it Works
Decentralized Authentication: What Is It And How It Is Changing the Industry
Getting Started with OpenID Connect
Discover the Benefits of Re-Authentication for Enhanced Security
Stand Out from the Crowd: Improve Your Customer Support with CIAM
Why Should You be Customizing Your Identity System to Your Needs
SMS Authentication — Can it Really Protect Your Business?
How Poor Login Concurrency can Impact OTT Platforms' Business
A Comprehensive Guide to Privileged Access Management (PAM)
How Cities Can Improve Civilians’ Digital Experience with Unified Identity
Refresh Tokens: When to Use Them and How They Interact with JWTs
How Progressive Disclosure Makes Your User's Onboarding Easy
What is Digital Identity Verification and Why is it Necessary?
How OTT Services can Simplify Authentication on Various Devices
A Beginner's Guide to Zero Trust Security Model
What is Identity Security?
What is a Token? What are its Pros and Cons?
How to Scale Your Business Quickly with Identity Management
How to Manage Situation After a Data Breach
How to Strike the Right Balance Between Security and Consumer Experience
How NIST is Changing Password Creation in 2021
COVID-19 and Beyond: 5 Risk Management Essentials for Your Enterprise
How WebAuth Secures Your Users’ Login
Adaptive Authentication- Is it the Next Breakthrough in Customer Authentication?
The Rise of BYOI (Bring your own Identity)
Understanding PII Compliance: A Key to Enterprise Data Security
Cyber Security Round-Up: What Happened in June 2021
How Businesses are Experiencing Digital Transformation with Consumer IAM
What is SAML SSO?
LoginRadius Offers Additional Security Layer through Newly-Enhanced Step-up Authentication Feature
Why Big Merchants Need to Deliver a Unified Consumer Experience?
All About Google One Tap Login—Explained!
What to Do if Someone Steals Your JSON Web Token?
What is Web SSO
Working With Industry Authorization: A Beginner's Guide to OAuth 2.0
Password History, Expiration, and Complexity: Explained!
SAML or OIDC: Which is Better For Your Business?
10 Reasons For Businesses to Implement SASE with a Zero Trust Strategy
Move beyond Traditional Risk Management with Holistic APIs
Identity Provider: What Is It And Why Should You Invest In One?
What is User Session Management?
How Entertainment Companies Use the LoginRadius CIAM platform
Consumer Data Protection: How to Handle Data Breaches in Your Business
Top 5 User Provisioning Mistakes Enterprises Should Avoid in 2021
How Secure is Two-Factor Authentication (2FA)?
The Changing Role of Identity Management in Enterprise Decision-Making
5 Reasons Why Cloud Governance Matters For Your Business
Implementing Effective Social Authentication Solution with LoginRadius
The Future of Authentication is Passwordless With Magic links
Handling Scalability and Enhancing Security with LoginRadius
Maintaining Quality Data Security Practices
Introduction to Mobile Biometric Authentication
Data Security in Hospitality: Best Practices for Operating In a Post-COVID Era
The Role of Identity management in the media industry
A Detailed Guide on How UX/UI Affects Registration
What Is a Salt and How Does It Boost Security?
Login Using Microsoft Account
A Detail Guide to Consent Management and Processing Data
Workflow Automation- What is it and Why Do You Need It?
How Companies can Enable Account security for their Consumers
What is Progressive Profiling and How it Works?
Password Spraying: What Is It And How To Prevent It?
5 Tips to Prevent OAuth Authentication Vulnerabilities
Calculating ROI, Build vs Buy (Part 1)
Identity Theft Frauds- Staying Ahead in 2021
What is privacy compliance and why is it so important?
What is Authentication? Definition and How It Works
What are Federated Identity Providers?
Login with Google Apps
What is Passwordless Login?
What is Standard Login
IoT authentication in the airline industry
Announcement - Authentication API Analytics to Evaluate the Performance of LoginRadius APIs for Your Applications
Multi-Factor Authentication - A Beginner’s Guide
Single Sign-On- A Beginner’s Guide
Top 10 Cybersecurity Predictions for 2021 That SMBs Must Know
How to Put Yourself In Control of Your Data by Leveraging LoginRadius' SSO
What Is User Management?
How CIAM Will Address The 5 Most Popular Issues In The Utility Industry
CIAM Continues to Draw Attention as Okta acquires Auth0
Protecting a Unified Cloud Platform through Cloud Security Management
What is Continuous Authentication
What is Brute Force Attack
What is Identity Authentication: How It Works and What’s Ahead
What is the Power of PIN Authentication Security?
What is Risk-Based Authentication (RBA)?
SaaS IAM for B2B: The Key to Secure, Scalable Partner Access
Understanding the Difference Between Single-Tenant and Multi-Tenant Cloud [Infographic]
What is Phone Login
Why Organizations Must Use API-Driven CIAM for Digital Agility
Why Do Consumers Prefer Social Login [Infographic]
5 Best Practices of Implementing Business Resilience during a Data Breach
What is Broken Authentication Vulnerability and How to Prevent It?
Announcement - LoginRadius Introduces Convenient and Secure Biometric Authentication for Mobile Apps
6 Strategies to Secure Your Cloud Operations Against Today's Cyber Threats
Announcement - LoginRadius Introduces Password Policy to Ensure Best Practices for Businesses and Consumers
How Is New Age Ciam Revolutionizing Consumer Experience?
What is Federated Identity Management
7 Common Web Application Security Threats
Identity Management in Cloud Computing
What is Identity and Access Management (IAM)?
Announcement - LoginRadius Announces Identity Brokering To Establish Trust Between Identity and Service Providers
5 Ways User Onboarding Software Can Revamp Your Application
How to secure an email address on your website
What is Formjacking
DNS Cache Poisoning: Why Is It Dangerous for Your Business
How to Set Up Two-factor Authentication on All Your Online Accounts?
What is Digital Transformation
The Do's and Don'ts of Choosing a Secure Password
How To Secure Your Contact Form From Bot Attacks
What is Identity Proofing and Why is it Important?
What is Identity Governance & Administration?
Announcement: LoginRadius Embraces Privacy Policy Management Amid Heightened Regulatory Updates
Login Security: 7 Best Practice to Keep Your Online Accounts Secure
9 Data Security Best Practices For your Business
How To Make Sure Your Phone Isn’t Hacked
Safe Data Act: A New Privacy Law in the Town
Email is Hacked!: 7 Immediate Steps To Follow
Announcement - LoginRadius Smart and IoT Authentication to Offer Hassle-Free Login for Input-Constrained Devices
Announcement - LoginRadius Announces Authentication and SSO for Native Mobile Apps
9 Identity and Access Management Best Practices for 2021
E-commerce Security: 5 Ways to Enhance Data Protection During the Shopping Season
Identity Management in Healthcare: Analyzing the Industry Needs
Identity Management for Developers: Why it's required more than ever
Announcement - LoginRadius Launches Passwordless Login with Magic Link or OTP, Keeps Barriers Low During Registration and Login
Announcement - LoginRadius Simplifies the Implementation of Federated SSO With Federated Identity Management
Best IDaaS Provider - Why Loginradius is Considered as the Best IDaaS Solution
Social Engineering Attacks: Prevention and Best Practices [Infographic]
Announcement – LoginRadius Announces the Availability of User Management
Consumer Identity Management for the CMO, CISO, and CIO
Announcement - LoginRadius Delivers Exceptional Authentication With The Launch Of Identity Experience Framework
Best SSO Provider: Why LoginRadius Is Considered As The Best SSO Solution
Single-Page Applications: Building A Secure Login Pathway with LoginRadius
LoginRadius Releases Consumer Digital Identity Trend Report 2020
Securing Enterprise Mobile Apps with LoginRadius
Data Governance Best Practices for Enterprises
Top 10 Benefits of Multi-Factor Authentication (MFA)
Build vs Buy: Securing Customer Identity with Loginradius
LoginRadius Identity Import Manager, An Automated Feature for Seamless Data Migration
Why Identity Management for Education Sector has Become Crucial
LoginRadius Approves Consumer Audit Trail for In-Depth Data Analysis and Risk Assessment
Online Casino and Gambling Industry Is Gaining Momentum, So Is the Cyber Threat
How LoginRadius Future-Proofs Consumer Data Privacy and Security
Authentication and Authorization Defined: What's the Difference? [Infographic]
LoginRadius Launches Consent Management to Support the EU's GDPR Compliance
Streaming Applications: How to Secure Your Customer Data
Protecting Organization From Cyber-Threats: Business at Risk During COVID-19
Announcement - LoginRadius China CIAM for Businesses to Benefit From Its Lucrative Market
Why Financial Industry Needs an Identity Management System Now More Than Ever
Announcement - LoginRadius Now Supports PIN Login with Enhanced Features
Corporate Account Takeover Attacks: Detecting and Preventing it
Marriott Data Breach 2020: 5.2 Million Guest Records Were Stolen
How LoginRadius Help Retail and E-commerce Industry to Manage Customer Identities
Announcing New Look of LoginRadius
LoginRadius Announces Its Business Continuity Plan to Fight COVID-19 Outbreak
Unlock the Future of Smart Cities
How LoginRadius Helps Enterprises Stay CCPA Compliant in 2020
What is Social Login?
Identity as a Service (IDAAS): Managing Digital Identities (Updated)
The Worst Passwords of 2019
Digital Privacy: Securing Consumer Privacy with LoginRadius
One World Identity Report Names LoginRadius a Customer Identity and Access Management (CIAM) Industry Leader
7 Benefits of Single Sign-On (SSO) and Why Your Business Needs It
Cloud Security Challenges Today: Expert Advice on Keeping your Business Safe
The Role of Passwordless Authentication in Securing Digital Identity
LoginRadius presents at KuppingerCole Consumer Identity World
Digital Identity Management: 5 Ways to Win Customer Trust
CCPA vs GDPR: Global Compliance Guide [Infographic]
Credential Stuffing: How To Detect And Prevent It
A History of Human Identity in Pictures Part 3
A History of Human Identity in Pictures Part 2
A History of Human Identity in Pictures - Part 1
What is Multi Factor Authentication (MFA) and How does it Work?
Why LoginRadius is the Best Akamai Identity Cloud (Janrain) Alternative
5 Reasons To Know Why B2C Enterprises Should Use Single Sign-On
8 Key Components of a Perfect CIAM Platform
What is Customer Identity and Access Management(CIAM)?
What is Single Sign-On (SSO) and How it Works?
California's CCPA 2.0 Passed: Everything You Need to Know About the New CPRA
IAM vs. CIAM: Which Solution is Right For You?
Looking for a Gigya Alternative? Try LoginRadius, a Superior and Modern Identity Platform
Presenting: Progressive Profiling from LoginRadius
Best Practices for Choosing Good Security Questions
How Do I Know If My Email Has Been Leaked in a Data Breach?
The Death of Passwords [Infographic]
How to Use Multi-Factor Authentication When You Don’t Have Cell Phone Access
The Customer Identity Infrastructure that Cruise Line Passengers Don’t See
Why Your Enterprise Needs a Digital Business Transformation Strategy
Reconsidering Social Login from a Security and Privacy Angle
Improving Customer Experience in the Public Sector
Customer Spotlight - Hydro Ottawa
Digital Transformation: Safeguarding the Customer Experience
Rede Gazeta, a LoginRadius Customer Success Story
4 Barriers to Building a Digital Business and How to Overcome Them
LoginRadius Announces $17M Series A Funding from ForgePoint and Microsoft
BroadcastMed, a LoginRadius Customer Success Story
Why Municipalities Are Investing in Citizen Engagement
Customer Experience is Driving Digital Transformation
Identity Fraud Hits All-Time High in 2017
Phishing Attacks: How to Identify & Avoid Phishing Scams
IFMA, a LoginRadius Customer Success Story
Canada To Fine Companies For Not Reporting Data Breaches
Mapegy, a LoginRadius Customer Success Story
Aurora WDC, a LoginRadius Customer Success Story
IOM X, a LoginRadius Customer Success Story
Customer Identity Preference Trends Q2 2016
Customer Identity Preference Trends Q1 2016
