Honeypot is a network-attached system set up as a decoy (fake) system deployed by people, organisations and other entities, designed to appear as a high-value asset like a server to log user activity and the way they approach the system to hack it or do any other activity.
A brute force attack in cyber security is a method of trying to guess passwords, login credentials, encryption keys, hidden web pages and content to gain unauthorised access to data, systems or networks.
Every organisation should have a disaster recovery plan. Creating one will force you to think ahead about what could happen in the event of a disaster.
Your disaster (DR) plan doesn't have to be extensive and for most small businesses, a few pages should do it. It will outline the steps you need to take when a disaster occurs to minimise any data loss, financial loss, or downtime for your business.
A disaster recovery plan refers to a document that an organisation creates, containing detailed instructions on the response to unplanned incidents like cyber attacks, power outages, natural disasters, and more. These responses aim to minimise the effects of a disaster as much as possible, allowing the business to operate as normal.
Businesses have never been more at risk from natural disasters, cyberattacks, and human mistakes than now. Which is why they have to protect themselves by having a cloud disaster recovery (DR) plan in place should the worst happen, which will allow them to continue operating.
Cloud computing refers to the distribution of computing services, such as software, databases, servers, and networking, via the internet. Cloud computing enables end users to access software and applications from any location.
A data breach refers to the unauthorised disclosure or access to confidential data or sensitive information. This can refer to personal information or intellectual property.
Data loss prevention (DLP) ensures that a user can never transmit sensitive information beyond a company's networks. This term describes software tools used in network administration to manage the transfer of information between computers.
