High Availability (HA) & Uptime
Table of Contents
- What are Typical CIAM Uptime Commitments?
- How Does CIAM Maintain Reliability During Traffic Spikes?
- What Does "High Availability" Mean in CIAM?
- What is Identity Resilience?
What are Typical CIAM Uptime Commitments?

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What are Typical CIAM Uptime Commitments?
The usual level of uptime for a CIAM reflects the availability of the identity and access functions because downtime can seriously affect consumer accessibility as well as their ability to convert. Large enterprises expect their vendors to offer a high level of uptime that can be measured by the number of “nines” that come with an SLA (Service Level Agreement). An example SLA can state an uptime of 99.99%, which can only mean a few minutes of downtime per month.
Uptime guarantees play a critical role because CIAM services represent your frontline system: Without login functionality or an ability to recover your account, users won’t be able to interact with your product or services. For that very reason, a mature CIAM platform offers a guarantee of system availability through monitoring, a multi-regional setup, along with automated failover.
With its LoginRadius platform, customers can expect a minimum uptime guarantee with a 99.99% Service Level Agreement, geographically distributed data centers, and automatic failover between clouds to ensure their identity solutions remain available. These are combined with real-time monitoring and authentication APIs.
How Does CIAM Maintain Reliability During Traffic Spikes?
For ensuring high traffic integrity, CIAM is built on a cloud-native, elastic infrastructure scaleable with increasing demands. This helps as, during product launches or sales, registration traffic may increase exponentially. To keep this traffic integrity intact, a competent CIAM solution is used for equal distribution of this traffic on various servers and regions.
The most important reliability features include horizontal auto-scaling, which is done in real time to add capacity, and load balancing, which balances authentication requests across healthy instances. The CIAM platforms also make use of stateless APIs and optimized authentication protocols to ensure that there is no point of failure in the system. Rate limiting and monitoring for abnormalities prevent abuse without hindering authenticated users.
In addition to these best practices for reliability, CIAM systems have high availability architecture that allows for failover in case one node/region is experiencing heavy loads by simply routing all traffic to another node/region without disrupting user access.
The system of LoginRadius is designed to deal with the situation of high traffic using auto-scaling cloud technology and high availability SLA. Presence of services such as optimized APIs, multi-region, and adaptive security provides the benefit of the system working at a faster pace.
What Does "High Availability" Mean in CIAM?
In the area of Customer Identity and Access Management (CIAM), high availability refers to the ability of the identity system to stay available and operational at all times, even in the face of infrastructure component failures, spikes, and region-wide outages. This is important in CIAM, as it directly handles the log-in, registration, and account access processes, and thus downtime delays log-in and account access for customers.
High availability in CIAM is provided by a redundant architecture in which multiple servers, services, or regions are constantly working for the purpose of authentication and identity-related processes. If any server or service is not functioning, traffic is automatically directed to another functioning server/service without affecting users.
In addition to these, the platforms also make use of real-time monitoring, failover, as well as load balancing to ensure that all applications are available at all times. In the case of consumer applications, high availability is not an important consideration—it is an issue of revenue.
Additionally, high availability is offered by loginradius by deploying across multiple regions as well as actively load balancing internet traffic. Globally distributed infrastructures, optimized authentication APIs, and failovers enable loginradius to ensure that identity services remain available and responsive.
What is Identity Resilience?
Identity resilience refers to the ability of a Customer Identity and Access Management (CIAM) system to remain available, secure, and performant even when disruptions occur such as traffic spikes, infrastructure failures, cyberattacks, or regional outages. Because identity sits at the front door of every digital experience, resilience ensures users can continue to register, authenticate, and manage accounts without interruption.
A resilient identity system is built on redundancy, fault tolerance, and continuous availability. This includes distributing identity services across regions, eliminating single points of failure, and enabling automatic failover when components degrade or go offline. Identity resilience also depends on data consistency, ensuring user profiles, credentials, and consent records remain accurate and synchronized even during incidents.
Security is a core part of identity resilience. CIAM platforms must maintain protection against threats like credential stuffing or denial-of-service attacks without locking out legitimate users. This requires real-time monitoring, intelligent traffic handling, and scalable infrastructure that adapts under pressure.
LoginRadius supports identity resilience through multi-region cloud architecture, high-availability SLAs, and globally replicated identity data. With low-latency authentication, auto-scaling infrastructure, and adaptive security controls, LoginRadius helps ensure identity remains reliable under all conditions.
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