Many cloud providers offer only a part of the full stack of data processing and storage services, so in many cases they cannot guarantee the security of their customers’ systems. Providers that offer IaaS services, i.e. infrastructure, do not have access to the platforms or application layers of customers, so they cannot exercise control over them. Meanwhile, another group of providers only provide platforms and applications, but do not control the infrastructure. Customers should look for providers that control all aspects of the cloud: infrastructure, platforms, and application layers. And that have proven that security is part of their fundamental design philosophy.
Applications, platform, and infrastructure must be designed with both security and functionality in mind. One specific cloud design principle that can be used as an example is isolation. Most providers host customer data and the control code required to manage the cloud on the same server. This approach opens up a lot of opportunities for hackers. For example, it allows them to impersonate customers and then use malware to manipulate the cloud control code.
It is best to choose providers that use honduras whatsapp data cloud infrastructure where the control code is isolated from the customer's data so that they cannot modify it.
2. Patching
Unpatched software is the root cause of many, if not most, serious cybersecurity breaches. Therefore, timely installation of security patches is fundamental to overall security. However, patching complex systems takes a long time and often requires them to be taken offline. This typically takes several hours, which is at odds with the requirements of a business that relies on timely transaction processing.
Responsible cloud service providers install security patches without affecting the interests of the end customer - downtime should not result in material losses. To do this, they resort to autonomous patching - software updates or patches are installed as they become available, without the need to shut down the system.
3. Configuration
Cloud service users expose themselves to potential risks by leaving server ports open when they don’t need to. The same goes for computing resources or storage — instead of shutting them down, they are often left running. Hackers can gain access to these resources to then penetrate critical operating systems. A modern cloud provider should have tools that allow them to detect computing resources that are in forced downtime mode and shut them down in advance. This significantly reduces the attack surface and increases the chances that customers will be safe.