JEUS, WebtoB: new levels of security and performance for both web and web application servers.
JEUS, WebtoB: new levels of security and performance for both web and web application servers.
Is your current Web Application Framework living up to expectations, in terms of security, throughput, and cost? TmaxSoft offer a complete suite of synergistic and interoperable products that will raise your standard.
At TmaxSoft, we consider middleware the nexus for a distributed multi node environment. Our experience is that the key factors for a successful implementation are load balancing, client inflow and request control structures, optimal performance and throughput, and security.
For static web page delivery, WebtoB provides key advantages in performance. Our multithreaded architecture allow a single process to handle multiple client requests, improving throughput considerably. Its disk and memory caching also contribute to speed, and provide stability. High availability is achieved through load balancing and clustering, and no interruptions are experienced when adding additional nodes. WebtoB also offers advanced queuing capabilities when loads are increased.
WebtoB also supports access control lists and secure sockets layer to improve security.
For dynamic web page delivery, JEUS is a complete and compliant EE6 web application server (WAS), and interacts with other third party WAS deployments. Like WebtoB, it also supports load balancing and caching, utilizing a domain style environment. Its multiplexed I/O provides faster throughput. From a serviceability point of view JEUS can automatically restart failed nodes, and offering a rolling patch update features so that nodes need not be brought down to patch.
JEUS also fully supports the Oracle Notification Service to indicate the need for failover remedial action. Coupled with a service completion feature that commits an operation after failover, service interruptions are minimized.
When WebtoB and JEUS are used together, first the performance is improved by sharing memory and eliminating the network traffic required when two products are deployed on two servers. Also, the two can monitor each other’s nodes and load balancing to insure coordination.
Beyond that, the use of the two products together produces some remarkable data security advances. Working together, the products can sense and remediate a Denial of Service attack, minimizing its effect on other legitimate requests.
