Cloud Practices Gap Assessment

Automate operations, manage resource consumption and economy of spend while adhering to cloud governance standards through our cloud optimization services

How We Help Organizations Streamline their Cloud Environment with our Cloud Optimization Services

Optimization is at the heart of cloud computing. That’s why our philosophy is to build a cloud ecosystem that is optimized across network, storage, compute, and operations to drive higher RoI. We do this without compromising on performance, security or scalability. Our cloud experts help you streamline IT operations and enhance cost efficiency while following industry best practices, as well as adhering to security and compliance guidelines.

The 5 Pillars of Cloud Optimization

The 5 Pillars of Cloud Optimization are the foundation of all optimization activities. As part of all of these, you will receive the best in security and governance standards with our years of expertise.
  • Monitor and improve network performance with global load balancing packet loss monitoring and bandwidth management
  • Save bandwidth costs by implementing HTTP compression schemes and compression algorithms Use a Content Distribution Network (CDN) to reduce latency and network costs
  • Optimize lifecycle of data backups and snapshots
  • Assess and identify the optimal disk instances to be used. Consider disk compression and sophisticated object storage mechanisms
  • Consider a hybrid storage model in which a disk is used for small and fast data (short-term storage) the rest is sent to object storage
  • Use reserved instances to avail billing discounts as compared to on-demand pricing
  • Use these or convertible reserved instances when workloads have stabilized and scaled for cost savings. Gain the flexibility to modify reservations across instance families/sizes operating systems and tenancy
  • Avail deep discounts for using spot instances for containerized applications. Reserve stateless services such as data transformation services for spot instances
  • Select an instance type that closely matches your desired compute requirements without paying for non-required capacity
  • Optimize your selection for CPU usage memory storage and networking profile
  • Scale horizontally or vertically based on event triggers in compute requirements
  • View the cloud infrastructure in its entirety instead of through silos. Save the human effort and costs for setting up monitoring and maintaining infrastructure
  • Utilize NoOps which is based on an automated and abstracted IT environment from the underlying infrastructure
  • Avoid over-provisioning of resources select the lowest-cost resources that cater to your technical needs and optimize data transfer costs