Oracle Integration connects disparate SaaS and on-premises applications to help businesses move faster. This interaction between Oracle Integration Cloud (OIC)...
Oracle Integration connects disparate SaaS and on-premises applications to help businesses move faster. This interaction between Oracle Integration Cloud (OIC) and Oracle SaaS (or on-premise) applications needs to be carefully designed and planned for performance and scalability. Overloaded integration flows may run within acceptable timeframes during design phase. They may even pass User Acceptance Testing especially if testers are just going through functional testing....
Oracle Integration connects disparate SaaS and on-premises applications to help businesses move faster. This interaction between Oracle Integration Cloud (OIC) and Oracle SaaS (or on-premise)...
Introduction Customers could use Oracle Cloud Infrastructure (OCI) Alarms to notify their IT staff about events happening in their environment that need...
Introduction Customers could use Oracle Cloud Infrastructure (OCI) Alarms to notify their IT staff about events happening in their environment that need attention. Some customers have a central service management system (also known as ticketing system) where they track and manage all such events via alerts and tickets. I recently helped a customer with a solution for managing OCI alarms in their ServiceNow system which is one of the popular service management systems. I think...
Introduction Customers could use Oracle Cloud Infrastructure (OCI) Alarms to notify their IT staff about events happening in their environment that need attention. Some customers have a...
Introduction A load balancer (LB) monitors the health of the backend servers periodically to ensure that the requests are served only by healthy servers in a...
Introduction A load balancer (LB) monitors the health of the backend servers periodically to ensure that the requests are served only by healthy servers in a backend set. The OCI LB service supports 2 approaches for checking the health of the backend servers: TCP – Checks if a TCP (Layer 4) connection can be made to the backend server on a specified port. HTTP – Checks if a pre-configured URI is accessible over HTTP (Layer 7) and returns the expected result ( Status code or...
Introduction A load balancer (LB) monitors the health of the backend servers periodically to ensure that the requests are served only by healthy servers in a backend set. The OCI LB service supports 2...
.cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } Overview Cloud has fueled business growth like no other technology in the past. Opening a...
.cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } Overview Cloud has fueled business growth like no other technology in the past. Opening a new data center or starting a new business on the web is easier than ever before. While that has helped companies, it has also strengthened competition. User experience is of paramount importance. Businesses are going global, and they are using the internet as the growth engine. The ability of companies to serve their...
.cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } Overview Cloud has fueled business growth like no other technology in the past. Opening a new data center or starting a new...
Introduction In this Part-3 of the series, we will take a detailed look at the add-on services available in OCI for End-to-End Monitoring needs. In Part-1 and...
Introduction In this Part-3 of the series, we will take a detailed look at the add-on services available in OCI for End-to-End Monitoring needs. In Part-1 and Part-2, we have gone through features of out-of-the-box OCI services for monitoring and simple 2-tier architecture and a complex EBS use-case. The available add-on services at the time of writing this blog are Log Analytics, Application Performance Monitoring, Infrastructure Monitoring and IT Analytics. This topic is...
Introduction In this Part-3 of the series, we will take a detailed look at the add-on services available in OCI for End-to-End Monitoring needs. In Part-1 and Part-2, we have gone through features of...
Introduction In part 2 of the series we will look at a simple 2-Tier architecture and investigate how best to provide End-to-End monitoring. In part 1 we have...
Introduction In part 2 of the series we will look at a simple 2-Tier architecture and investigate how best to provide End-to-End monitoring. In part 1 we have discussed the OOTB and Add-on Services available on OCI for customers to choose for End-2-End monitoring needs. This blog post will highlight the monitoring options when working with a mix of native OCI services like LBRs or VCNs and also customer managed components like Application Servers and Databases. This topic...
Introduction In part 2 of the series we will look at a simple 2-Tier architecture and investigate how best to provide End-to-End monitoring. In part 1 we have discussed the OOTB and Add-on Services...
Introduction The End-to-End monitoring use-case aims at delivering the service levels and key performance objectives of an organizations business transactions...
Introduction The End-to-End monitoring use-case aims at delivering the service levels and key performance objectives of an organizations business transactions running on Oracle Cloud Infrastructure (OCI). As organizations move workloads to OCI, they need the ability to determine if service levels are consistent or improved from their on-premises environment. In addition, if those OCI workloads are integrated with other deployments (on-premises or in other clouds), they need...
Introduction The End-to-End monitoring use-case aims at delivering the service levels and key performance objectives of an organizations business transactions running on Oracle Cloud Infrastructure...
summary::-webkit-details-marker { display: none; cursor: pointer; list-style: none; } details summary { cursor: pointer; } summary:after { background: #e7f3fe;...
summary::-webkit-details-marker { display: none; cursor: pointer; list-style: none; } details summary { cursor: pointer; } summary:after { background: #e7f3fe; border-radius: 5px; content: "+"; color: #000; float: left; font-size: 1em; font-weight: bold; margin: 0 10px 5px 2px; padding: 0; text-align: center; width: 20px; } details[open] summary:after { content: "-"; } .cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } In my previous post, I described how to...
summary::-webkit-details-marker { display: none; cursor: pointer; list-style: none; } details summary { cursor: pointer; } summary:after { background: #e7f3fe; border-radius: 5px; content: "+"; color:...
.cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } GlusterFS is a well known, scalable, high performance shared filesystem. It is easy to...
.cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } GlusterFS is a well known, scalable, high performance shared filesystem. It is easy to install either on premises or in the cloud. Guides for this can be found in many places, including here and here. However, after you built your second or third Gluster environment, you start thinking of automation, especially when you are in the cloud. Automation not only provides a quick way of creating a new environment...
.cb11w1 ul li, .cb11w1 ol li { line-height: 1.4em; color: #404040 } GlusterFS is a well known, scalable, high performance shared filesystem. It is easy to install either on premises or in the cloud....
