Initiating discussions with our clients about their needs is our starting point. It’s essential to comprehend their business goals, existing infrastructure, intended cloud adoption, scalability demands, security and compliance prerequisites, and budgetary constraints. We document these requirements to ensure a comprehensive understanding of the project’s scope.

Our cloud engineering group formulates a cloud approach and designs the infrastructure tailored to the gathered requirements. This encompasses selecting the most suitable cloud providers, determining the optimal cloud service model (IaaS, PaaS, or SaaS), defining the network structure, and strategizing for scalability, availability, and disaster response.

After outlining the architecture, our adept cloud engineering team evaluates the
characteristics, dependability, pricing, and compliance of various cloud providers to
select the most suitable one. They then establish the cloud setting, set up user profiles,
and forge network links between the cloud framework and the existing on-site
infrastructure.

Cloud engineers are responsible for provisioning and setting up essential cloud assets
such as virtual machines, storage, databases, load balancers, and network components.
They configure security groups, access controls, and allocate resources appropriately to
meet performance and scalability requirements.

Cloud engineers assist in the transition of existing cloud systems, or the relocation of
apps and data to the cloud. As necessary, they virtualize or containerize applications to guarantee compatibility with the designated cloud platform. They then establish the necessary infrastructure elements, deploy the applications, and ensure seamless
functionality within the cloud environment.

The cloud engineers at Tecognize invest significant effort in establishing robust security
and compliance protocols. They implement identity and access management (IAM)
policies, encryption methods, network security safeguards, and compliance structures
specific to the business or sector. They routinely assess and refine security
configurations to mitigate potential threats.

To expedite cloud provisioning, configuration management, and application rollout, we
utilize automation instruments and infrastructure-as-code approaches. By integrating
CI/CD workflows with cloud infrastructure, they facilitate uninterrupted integration,
automated evaluations, and consistent application deployments in the cloud
environment.