Endpoint security solutions guard against cybersecurity threats to these endpoints on a network or in the cloud. When an endpoint becomes compromised, the network begins a process of distributing the data and resetting the system, an element of which is called a “hot standby” plan.
No matter how quickly you can fix an endpoint (or recovery point) it’s impossible to do so before the threat is resolved or data is destroyed.
The goal of security is to provide a framework that enables everyone to stay in control of their data, content, and communication at all times. The goal is to minimize disruption for users, not delay their system startup for weeks to months.
What does this look like?
How you implement security measures is really about thinking creatively about how to utilize information security products to build an overall end-to-end solution that strengthens your users’ ability to stay in control of their data.
When implementing an endpoint security strategy it’s important to balance two primary types of security: hardware and software.
Hardware security is typically achieved by securing hardware components like data storage and access to the network that communicates between the endpoint and your data center, data warehouse, or DLP solution. This type of security architecture makes sense if your system is moving large amounts of data across the network, and if data stored on a data storage system will change often, and that’s why having an endpoint security measure is important, and you can get resources from sites such as https://www.fortinet.com/solutions/enterprise-midsize-business/endpoint-and-device-protection to help you in this regard.
One common approach to security in this case is to secure the network routers and firewalls that protect your network. Other devices that are required to be hardened include data capture devices such as cameras and printers, and equipment for encrypting the information (ex. password management software, and the server that hosts your endpoints).
Many enterprises may also apply a physical security strategy by securing the access points between endpoints (bypass doors, firewalls, etc.) while doing a comprehensive evaluation of the security features of each application. For example, your database application may have its own authentication and access solution.
To ensure that your physical security measures are effective, you must carefully prioritize your choices based on what is critical to your organization’s security.
Most enterprises want to encrypt their data, but keep their application and servers accessible to outside users. If data is encoded in an encrypted format (SQL server for example) you can protect it using client-side encryption.
Patching – the technology behind data integrity protection – is the other component of a data security strategy. Software application patches contain patches designed to remove known vulnerabilities that may have slipped through the industry’s regular security release cycle. Patching protects applications against malicious modifications that would attack the integrity of data and harm users’ confidentiality.
Restoring data can be a tricky issue, since many data breaches are inadvertent and because companies regularly lose some data (especially in situations when they delete records or files on their endpoints). While automated data deletion helps to minimize data loss, it doesn’t guarantee that no data will be lost, especially if sensitive information is involved.
You can determine what information is deleted and what is overwritten when you perform a compliance review to ensure that no existing or future records are destroyed.