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Learn moreHigh availability is essential for mission-critical applications. Outages result in high costs and often lead to a loss of trust and reputation. We’ll help you set up the right infrastructure to prevent that from happening in the first place!
Take advantage of our experience and direct access to our specialists.
High Availability (HA) refers to measures and architectures that ensure an IT system or service is continuously available and experiences minimal downtime.
This is crucial for critical applications where interruptions can have costly and serious consequences.
In the context of infrastructure and hosting, HA encompasses several core components. By combining these strategies, organizations can maximize the availability of their systems and ensure that they remain operational even in the event of disruptions.
It’s important to us to understand your current infrastructure and your need for a highly available solution. For many of our customers, the cost-benefit analysis is a top priority.
Many companies are unaware that, depending on the type of security measures, the costs often exceed the benefits. A joint analysis with us, including the appropriate options for implementation, is part of our consulting service. Only then do we proceed with implementation and, if needed, the operation of your customized solution.
Distribution of data traffic across multiple servers to prevent overload and increase availability. Load balancers can be either hardware-based or software-based.
Automatic switching to a standby server or another component when a primary system fails. This includes both server and network failover.
Deploying infrastructure components in different geographic regions to protect against regional outages, such as natural disasters or local power outages.
Use of tools and scripts for automatic monitoring and recovery of services. Orchestration tools such as Kubernetes help distribute containerized applications across different nodes and automatically restart them in the event of failures
Regular backups of data and system states, as well as plans for rapid recovery in the event of a catastrophic failure. Disaster recovery (DR) plans must be tested and updated regularly.
Using multiple network connections and ISPs to ensure that a failure in one connection does not result in a service outage
Implementation of monitoring solutions to continuously monitor system status and detect problems early. These systems should trigger alerts and, ideally, initiate automatic corrective actions.
