4 pillars of cybersecurity

The four pillars of cybersecurity are procedures, anticipation, detection, and response. A strong cybersecurity strategy is a key point of awareness of the company's management that may be a target of a cyberattack. The best cybersecurity strategy is one that will work before, during testing, not when an attack has already occurred. First of all, you need to know that there is no standard, one way to build a cybersecurity strategy, because it consists of a number of activities and defined action plans to improve the security of the organization and resistance to attacks are constantly being improved. To a large extent, a company's cybersecurity strategy depends on its specific business goals. In order to design a cybersecurity strategy, its four main pillars must be taken into account: procedures, cyber intelligence, detection, and response. The four pillars define the areas of software threat analysis and help the organization build and maintain cybersecurity at the required level. 1. Procedures. One of the easiest ways to deter cybercriminals is to have well-trained employees. Awareness campaigns and interactive training can help an organization to prevent major hazards. Educational programs will enable employees to be the first observers and initiate a proactive attitude with a people-centered approach. In addition to training employees on security, organizations can also measure their current position and improve security controls by simulating attacks using Red and Blue team exercises. At the executive level, such exercises can enable members of executive management to prepare for potential violations by role-playing and practicing scenario incident response plans. 2. cyber intelligence. Cyber attacks and their analysis enable cyber intelligence analysts to forecast trends and threats. Companies can anticipate attacks by reviewing alerts and tracking detection of cyberattacks from industry or location. Thanks to the collected information, we can better prepare for the protection mechanisms of our resources against possible cyber attacks. 3. Detectability. Identifying the undetectable is impossible, but with full-spectrum visibility and good cyber intelligence analytics, operators can detect potential and targeted cyber attacks based on vulnerability indicators (IOC). The IOC is clues and evidence of malicious activity. The higher the detection rate, the greater the chance of an action that can stop the most popular cyber attacks on infrastructure. 4. Responding. Responding to a cyber attack is a professional act. Thanks to a proactive threat analysis program, a good incident response plan and proper preparation, the company has a chance to react quickly and consciously decide on protection or even a counterattack. Intelligence-driven decisions result in faster data backup and recovery. Providing clients and the public with up-to-date, accurate information about the attacks will strengthen the organization's reputation. Asking the right questions after the threat has been neutralized is a key part of the incident response. This allows the threat intelligence team to begin investigating a new threat and response in the new threat intelligence lifecycle. MR