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All instances at AccuWeb.Cloud are dedicated, ensuring superior performance with no resource sharing.
Your instances will automatically scale up and down with traffic fluctuations, while also allowing you the flexibility to set budget limits.
AccuWeb.Cloud is 40% more affordable
than other
Hyperscalers
Price comparison with other Hyperscalers
Comparison for "1VCPU / 2 GB Memory / 50 GB SSD" Container
The network architecture features a load balancer and session replication. At the top, two green cubes represent servers within the load balancing system, with multiple horizontal lines indicating data flow. Below, three orange icons labeled Node 1, Node 2, and Node N signify the application servers, with the "N" indicating scalability for an unlimited number of nodes. Red two-way arrows connect the nodes, highlighting session replication, which ensures session data is consistently synchronized across all nodes. This setup demonstrates efficient load distribution while maintaining session integrity across the system.
Tomcat’s DeltaManager component ensures that user session changes are detected and synchronized across all nodes in the cluster. This guarantees consistency in user experience, even in multi-node environments.
The Tomcat cluster uses TCP protocol for communication between nodes. The default port is configured to allow smooth data transfer and firewall rules are automatically set to ensure secure connections.
The configuration includes various interceptors like TcpFailureDetector, which ensures quick identification of failed nodes, and MessageDispatchInterceptor, which manages the asynchronous transfer of messages across the cluster.
Cluster nodes are identified using static membership, meaning that all node IPs and unique IDs are preconfigured and listed in the server.xml file on each node.
The SimpleTcpCluster class handles the core operations of the cluster, ensuring communication between nodes is smooth and efficient. This helps maintain the overall health of the cluster by coordinating activities like node communication and failure recovery.
A multicast address is used to share data between nodes, ensuring that all nodes stay updated with the latest session and server states. This keeps the cluster synchronized and allows for real-time updates.
The Receiver and Sender components control the flow of data between nodes. The NioReceiver ensures high efficiency when receiving messages, while the PooledParallelSender enables concurrent message sending, improving overall communication speed and performance within the cluster.
The clustering setup process, including configuration of the server.xml and context.xml files, is fully automated. This drastically reduces the time and complexity involved in creating a high-availability environment.
The cluster is configured to handle large volumes of requests efficiently, distributing traffic across multiple nodes while replicating session data in real-time.
The cluster automatically scales up or down based on the traffic load, preventing performance bottlenecks and resource wastage.
Automatic failover and session replication ensure zero downtime, even during node failures.
The automatic setup and management of clusters reduce the time and technical expertise required to maintain high availability and performance.
Built-in failover mechanisms ensure zero downtime, protecting your applications and users from service disruptions.
The ability to scale automatically based on traffic ensures you’re only using the resources you need, reducing unnecessary costs while maintaining performance.
Whether you're using Tomcat for lightweight applications or TomEE for enterprise solutions, AccuWeb.Cloud provides a reliable, scalable, and easy-to-deploy environment.
Register Now to Get $100 credit for your first 30 days with AccuWeb.Cloud
When using AccuWeb.Cloud, your payment is determined by your actual usage rather than the size of your server.
The system makes hourly measurements of how many RAM and CPU resources are being used on each container and requests payment only for these used resources. You can set up a maximum Scaling Limit for each container, so the resources will always be available in case of load spikes or other consumption changes. No matter how high the limit – the payment will only be based on actual usage.
To solve your technical problems, our highly trained experts are available 24/7 via live chat and support tickets.
AccuWeb.Cloud offers a high-availability and scalable Tomcat/TomEE cluster solution, ensuring seamless session replication, fault tolerance, and efficient load balancing across multiple server nodes.
The cluster uses the DeltaManager component to synchronize user sessions across all nodes in real-time, ensuring consistent user experiences even if a server fails.
Auto-clustering automates the configuration of Tomcat/TomEE clusters, simplifying deployment by eliminating manual setup and allowing for quick, high-availability configurations through the AccuWeb.Cloud dashboard.
The cluster is designed to distribute user requests efficiently across multiple nodes, ensuring high availability and scalability, and it can automatically scale based on traffic demands.
The cluster has automatic failover mechanisms that detect node failures and maintain user sessions through session replication, ensuring zero downtime.
Communication between cluster nodes is handled through TCP protocol, with pre-configured firewall rules to ensure secure data transfer between nodes.
Key benefits include simplified configuration, performance optimization, zero downtime deployment, and automatic scaling to handle high traffic without resource wastage.
AccuWeb.Cloud provides ease of use, reliability with built-in failover mechanisms, automatic scalability, and seamless hosting for both lightweight and enterprise-level Java applications.
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