core competitiveness
Preventive anticipation
Asset identification, sensitive information identification, real-time vulnerability detection, high-risk attack detection.
On-the-spot defense
Provide comprehensive defense capabilities from L2 to L7, offer professional application layer defense capabilities, integrate numerous security modules such as IPS, WAF, AV, URL filtering, etc., and precisely block malicious threats.
Post-event detection response
By integrating threat intelligence for continuous security monitoring and risk prediction, active defense can be achieved, with timely and accurate warnings, and an elastic defense system can be constructed in real time to avoid, transfer and reduce the risks faced by the information system, thereby ensuring business protection.
Types of Cybersecurity Threats
NO.1
malicious software
Malware is the general term for all types of malicious software, including worms, ransomware, spyware and viruses. It can damage computers or networks by modifying or deleting files, extracting sensitive data (such as passwords and account information), or sending malicious emails or traffic. Malware may be installed by attackers who gain access to the network, but usually, individuals unknowingly deploy malware on their devices or company networks by clicking on bad links or downloading infected attachments.
NO.2
fish
Phishing is a form of social engineering that uses seemingly trustworthy emails, text messages, or voice mails to persuade people to hand over sensitive information or click on unfamiliar links. Criminals will send out some phishing activities to a large number of people in an attempt to get someone to click. Other activities, known as "spear phishing", are more targeted and specifically aimed at individual individuals. For example, an adversary might disguise themselves as a job seeker and deceive an HR representative into downloading a virus-infected resume.
NO.3
ransomware
Ransomware is a form of ransom attack, using malicious software to encrypt files, making them inaccessible. Attackers often extract data during a ransomware attack and may threaten to release the data if they don't receive the payment. Victims must pay the ransom to obtain the decryption key, usually in the form of cryptocurrencies. Not all decryption keys are valid, so payment does not guarantee that the files will be restored.
NO.4
insider threat
Internal threat: A potential threat from within the organization, which may involve fraud, theft of confidential information, theft of intellectual property rights, or damage to computer systems.
NO.5
social engineering
In social engineering, attackers take advantage of people's trust to trick them into handing over account information or downloading malicious software. In these attacks, the bad guys disguise themselves as well-known brands, colleagues or friends, and use psychological techniques (such as creating a sense of urgency) to induce people to act according to their wishes.
NO.6
Advanced persistent threat
In advanced persistent threats, the attackers gain access to the system but remain undetected for a long period of time. The adversary studies the target company's system and steals data, but does not trigger any defensive countermeasures.
Best Practice
Adopt the zero-trust security strategy
As more and more organizations adopt hybrid working models, it is necessary to provide a new security approach to protect personnel, equipment, applications and data anytime and anywhere, allowing employees to work flexibly in the office or remotely. The primary principle of the zero-trust framework is to no longer trust access requests, even if the request comes from the internal network. To mitigate risks, assume that you have been breached and explicitly verify all access requests. Adopting least privilege access, allow users to access only the resources they need and prevent them from accessing any other content.
Regularly conduct cybersecurity training
Cybersecurity is not just the responsibility of security experts. Nowadays, people use both work and personal devices interchangeably, and many cyber attacks start with phishing emails targeting employees. Even large companies with abundant resources can fall victim to social engineering activities. Combating cybercriminals requires everyone to work together to enhance the security of the online world. Regular training should be conducted to teach teams how to protect their personal devices and help them identify and prevent attacks. The effectiveness of phishing simulation monitoring plans should be monitored.
Establish a cybersecurity process
Establish procedures that can help prevent, detect and respond to attacks, in order to reduce the risks brought by cyber attacks. Regularly patch software and hardware to reduce vulnerabilities, and provide clear guidance to the team on what measures to take in the event of an attack. You don't need to create the procedures from scratch. You can obtain guidance from cybersecurity frameworks, such as the International Organization for Standardization (ISO) 2700 or the National Institute of Standards and Technology (NIST).
Comprehensive investment solution
Technological solutions to address security issues are constantly improving every year. Many cybersecurity solutions utilize AI and automation to automatically detect and block attacks without the need for human intervention. You can also leverage other technologies to understand the situation in the environment through analysis and insights. Through comprehensive cybersecurity solutions, you can overview the environment and eliminate security coverage gaps. These solutions can be used in coordination with each other and in conjunction with your ecosystem to protect identities, endpoints, applications, and the cloud.
application scenarios
Internet export security
The website business area needs to achieve secure isolation of the WEB service area, application service area and database service area through the firewall. At the same time, application security and auditing devices should be deployed to provide security protection at the application level. For enterprises with high requirements for server performance and availability, server load balancing equipment and SSL acceleration equipment should also be deployed to provide load balancing and SSLVPN services for the business servers. If the enterprise needs to monitor the access traffic, traffic analysis equipment should also be deployed.
Branch office security protection
The development of the Internet has fundamentally changed the working mode of enterprises. To support the expansion of their business, many enterprises and institutions will set up branches all over the country. The branches and the headquarters have real-time business interactions, and the construction demands are also diverse. Besides secure access, branches, like the headquarters, also have demands for security protection, security compliance, and office network construction.
Data center security protection
The security solution of Shanlian Data Center is identity-based. It implements fine-grained control over users' and applications' data access, systematically protects and detects threats for all entities involved in the data access process, builds a deep defense system for data access to form a mutually coordinated security capability system, and effectively manages the development, operation and maintenance phases of the system and applications.
External business release security protection
In the current context of a sharp increase in network threats, the protective capabilities based on static rules are no longer sufficient to cope with the changing threats. For instance, after updating the rules yesterday, a new ransomware virus emerged today, and the existing rules are unable to provide protection, resulting in a long period of security protection gap.