Container Management

Altering the way services and apps are deployed

Automated and seamless application management

Impactful container platforms are critical for application and cloud environment efficiency. Container platforms make it possible to manage container applications in an automated and seamless manner.

They make it possible for DevOps teams to move software applications between environments safely. Kubernetes managed services like AWS, EKS, and Google Kubernetes Engine have made it simple for developers to smoothly transition from a laptop to a test environment and from staging to production.

Benefits of Containers

Flexible approach to configuring and deploying applications

Reduced overhead

Containers use fewer system resources than conventional or hardware virtual machine environments.

Higher portability

Applications that are running in containers can be easily deployed to a variety of hardware platforms and operating systems.

Reliable performance

Applications running in containers will function the same wherever they are deployed.

Elevated effectiveness

Scale, patch, or deploy applications more quickly.

Impactful application development

Supports agile and DevOps initiatives to speed up the development, test, and production cycles

Our Container Management Capabilities

Monitoring & Analytics

Application Map

Extract critical metrics such as latency, bandwidth, and request rate across microservices deployment architectures

Analytic Dashboard

An end-to-end latency view of all transactions along with real-time views of crucial metrics like requests, transactions, connection rate, and throughput.

Log File Analytics

Includes analytics by pool member, response time, device type, and also includes errors and delays.

Customer Analytics

Detailed resource timing data for each page in the application via JavaScript, aggregated page load times, and dimensional analytics.

Security Analytics

An analysis of TLS/SSL versions, transaction volume, health score based on SSL security profiles and certificates, and DDoS analytics.

Container Management Challenges


Virtual dependencies like API servers and monitoring software increase a container’s susceptibility to attack.


To provide the connectivity or API integration required to support a container ecosystem, existing legacy infrastructures must be updated.

Learning Curve

Since containers are a relatively new technology, IT teams must receive comprehensive training in container management.


The adoption and use of container storage tools are necessary for the preservation of information based on containers.


They frequently switch between hosts, which necessitates an extra step in troubleshooting.

Want to increase the deployment speed and automation required for high application performance?

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