Glossary
| Term | Definition |
|---|---|
| Endpoint | Any physical device that connects to and communicates with a computer network. These devices can be traditional computers, laptops, and mobile phones, but also include servers, virtual machines, and Internet of Things (IoT) devices. Essentially, any hardware or virtual application that can send and receive data on a network is considered an endpoint. |
| Remediate | to fix or correct a problem, typically a security vulnerability, a system error, or a performance issue. It involves taking action to address the root cause of the problem and restore the system to a functional and secure state |
| Mitigation | refers to actions taken to reduce the severity or impact of a potential threat or risk, or to lessen the negative consequences of an adverse event. It's about minimizing the harm caused by something, whether it's a security breach, a natural disaster affecting operations, or a system failure. Mitigation strategies can include implementing preventative measures, developing response plans, and continuously monitoring and reviewing the effectiveness of these actions |
Remediate Breakdown
Here's a more detailed breakdown: Correcting errors: Remediation can refer to fixing errors in code, configuration files, or other system components. Addressing vulnerabilities: In cybersecurity, remediation focuses on patching vulnerabilities, updating software, and implementing security controls to eliminate potential threats. Restoring functionality: It can also involve restoring a system to its intended operational state after a failure, outage, or performance degradation. Improving performance: Remediation might also be used to optimize system performance by addressing bottlenecks, resource constraints, or other issues affecting speed and efficiency. Essentially, remediation in IT is about actively resolving problems to ensure systems are reliable, secure, and performing as expected
Mitigation Breakdown
Here's a more detailed breakdown: Risk Mitigation: . In IT security, this often involves identifying vulnerabilities and taking steps to reduce the likelihood of those vulnerabilities being exploited. For example, patching software, implementing firewalls, or using strong passwords are all ways to mitigate risks. Disaster Mitigation: . This focuses on minimizing the impact of disruptions like power outages or natural disasters. Examples include having backup power systems, redundant network connections, and disaster recovery plans. Impact Mitigation: . This deals with minimizing the consequences of an event that has already occurred. For example, having a system in place to quickly restore data after a ransomware attack would be considered impact mitigation. Essentially, mitigation is a proactive and reactive approach to risk management in IT, aiming to reduce the negative effects of potential or actual problems.