Crest Deck's Managed IT Services

Custom Cloud Solutions, Omnichannel support, Quick to deploy. Drive cost-effective transformation and growth with CrestDeck.

Crest Deck's Managed IT Services

Custom Cloud Solutions, Omnichannel support, Quick to deploy. Drive cost-effective transformation and growth with CrestDeck.

All Services

Cloud Governance

We at CrestDeck believe in running full fledged cloud governance to enhance data security, manage risk and control the smooth operations of cloud systems. As cloud computing is a software that gives organisation the power to deploy their assets and systems in one click it is very important to make sure that we govern the process to keep it robust.

Why we need Cloud Computing Solution?
With our cloud governance it becomes easy to asses the deployment, system integration, data security, and other aspects of cloud computing are properly planned, considered, and managed. This is equally important as clud systems can be created and maintained by third party vendors which can create daily changes. Cloud governance initiatives ensure that best security practices and compliance obligations are met.

We Provide Tailored Solutions For Businesses
Large Scale Organisations

Develop high control over data and security with cloud computing solutions made for Large scale organisations.

S & M Scale Organisations

Easy to install and no need for any hardware or software and gives complete flexibility to medium scale companies.

Micro Scale Organisations

Cloud computing for small business enables organisations to be more agile, resilient and connected for superior output.

Security and privacy risks

Vendor lock-in

Cloud Sprawl

Shadow IT

Lack of data portability

Interoperability

Get in Touch Now!

Want to know more
This problem could happen if users download or instal software without permission, store illegal data, or try to access sites that aren’t open to the public. Cloud Governance solutions cover many different parts of cloud security. Encryption, Security groups, Audit trails, Application access rules, and Access controls are some examples.

This is something that many vendors choose, because this clause makes organisations reliant on the cloud service provider (or vendor) for products and services.
This can be avoided by making changes to the SLA and making the organisation less dependent on a single vendor. This gives the organisation more freedom.

This happens when employees from different departments use different programmes and cloud infrastructure from third-party providers without getting approval from the IT department.
If crowd sprawl isn’t found and stopped, it could lead to fragmented, redundant, inefficient, and unmanaged cloud programmes that sit on the enterprise cloud and cause trouble for no reason.

This happens when employees in different departments don’t follow the rules and regulations set by the IT department about how to use the cloud. This leads to security breaches and a lack of control across the whole organisation.
In the long run, this means that the cloud won’t work well enough.

This happens when the cloud service provider or the built-in cloud infrastructure can’t connect well with other software and products outside the organisation.

This could also cause modules to not work together and cause chaos in the cloud because the system isn’t working well.

Each workload will have its own needs, and the use of containerized applications and microservices can add more restrictions to how solutions are designed.

Moving to the cloud is a change, and many companies and departments don’t like change. Every stakeholder, from users to top executives, should be involved in planning for migration. This will help make sure that business-critical processes don’t get lost in the transition. Reinforce how important it is to take a CloudOps approach and how it fits in with other DevOps strategies.

Moving to the cloud is a change, and many companies and departments don’t like change. Every stakeholder, from users to top executives, should be involved in planning for migration. This will help make sure that business-critical processes don’t get lost in the transition. Reinforce how important it is to take a CloudOps approach and how it fits in with other DevOps strategies.

This happens when employees from different departments use different programmes and cloud infrastructure from third-party providers without getting approval from the IT department.
If crowd sprawl isn’t found and stopped, it could lead to fragmented, redundant, inefficient, and unmanaged cloud programmes that sit on the enterprise cloud and cause trouble for no reason.

Cloud management can require a vastly different skill set from on-premises data centres. The need to maintain physical equipment goes away, and it is replaced by the need for new skills in troubleshooting, provisioning, and deployment.

Find an application to move that can serve as a proof-of-concept for both the operations and user teams and show that a large-scale cloud migration is possible.
Develop the habit of storing configuration data, like server definitions, in a “infrastructure as code” model. This will make it easier to quickly add and deploy new instances, scaling as needed.

The first and most important step is to decide what you want to use the cloud for. Before you can do this, you need to know what your business needs and what kind of app you want to run in the cloud. After that, you have to decide if your cloud will be public, private, or a mix of both.

The most thought-out part of the process is deciding what kind of hardware you will need. When making a choice, one needs to be very clear. To do this, you will need to choose the compute service that will give you the right support when you change the size of your compute capacity to keep your application running.

Networking is the key to getting your data to the people who need it. So, the network needs to be set up correctly and work perfectly so that hackers can’t break in. One should define the network that sends data, videos, and apps safely and quickly with low latency.

Security is an important part of any app. Set up your security service, which lets you authenticate users or restrict access to your resources to only a certain group of users.

Every app needs a lot of storage space where its data can be kept safe. For any application, the storage type should be carefully chosen. For this, one should choose a storage service where they can back up and archive their data over the internet.

The developer should have full control over their resources, and to set these up, you should define some management tools that keep an eye on your cloud environment, the resources being used, and the customer application running on it.

With global load balancing, packet loss monitoring, and bandwidth management, you can keep an eye on and improve network performance.
Use HTTP compression schemes and compression algorithms to save money on bandwidth.
Use a Content Distribution Network (CDN) to cut down on network latency and costs.

Optimize how long backups and snapshots of data last.
Check and figure out which disc instances will work best. Think about disc compression and advanced ways to store objects.
Consider a hybrid storage model in which a disc is used for small, fast data (short-term storage) and the rest is sent to object storage.

If you use reserved instances, you can get lower bills than with on-demand pricing.
Use these or convertible reserved instances to save money once your workload has stabilised and grown. Get the freedom to change reservations across instance families/sizes, operating systems, and tenancy.

Choose an instance type that fits your needs as closely as possible so you don’t pay for capacity you don’t need.
Optimize your choice based on how much CPU, memory, storage, and networking it needs.
Scale up or down depending on the event triggers in the compute requirements.

Look at the cloud infrastructure as a whole instead of in pieces. Save the time and money it takes to set up, monitor, and keep up infrastructure
Use No Ops, which is based on an IT environment that is automated and separated from the infrastructure.
Avoid having too many resources, choose the ones with the lowest costs that meet your technical needs, and make sure your data transfer costs are as low as possible.