"Cloud Security" technology is the latest manifestation of information security in the network age. It integrates emerging technologies and concepts such as parallel processing, grid computing, and unknown virus behavior judgment, and obtains the latest information of Trojan and malicious programs on the Internet through the abnormal monitoring of software behaviors in the network by a large number of meshed clients. Then push it to the server for automatic analysis and processing, and then distribute the virus and Trojan solutions to each client.
"Cloud security" is an important application of "cloud" technology that emerged after "cloud computing" and "cloud storage". It is an extension of the traditional IT security concept in the cloud computing era. It has been widely used in anti-virus software and has exerted good results. The technical competition between virus and anti-virus software has won the first opportunity for anti-virus software.
Cloud security is the report of a group of probes and the sharing of professional processing results. The advantage of cloud security is that in theory, the spread of the virus can be controlled within a certain area! It is related to the number of probes, survival, and virus processing speed.
Traditional reporting is done manually, while cloud security is done automatically and quickly within a few seconds in the system. This kind of reporting is the most timely, and manual reporting cannot do this. Ideally, it takes only a few seconds from a hacking Trojan to attack a computer to the entire "Cloud Security" network with immunity and detection and killing capabilities.
To establish a "cloud security" system and make it run normally, four major problems need to be solved:
First, a large number of clients (cloud security probes) are required. Only with a large number of clients can we have the most sensitive ability to perceive malicious programs and dangerous websites appearing on the Internet. Generally speaking, the higher the product usage rate of a security manufacturer, the faster the response should be. In the end, it should be possible to realize that no matter which Internet user is poisoned or visits the malware-associated webpage, he can respond the first time.
Second, professional anti-virus technology and experience are required. The discovered malicious programs are detected and should be analyzed in the shortest possible time. This requires the security vendor to have excellent technology, otherwise it is easy to cause the accumulation of samples, which will greatly reduce the results of the rapid detection of cloud security.
Third, a large amount of capital and technical input is required. The "cloud security" system requires a huge investment in hardware such as servers and bandwidth. At the same time, security vendors are required to have corresponding top technical teams and continuous research expenditures.
Fourth, it can be an open system that allows partners to join. "Cloud Security" can be an open system, and its "probe" should be compatible with other software. Even if users use different anti-virus software, they can also enjoy the results brought by the "cloud security" system.
To test the integration of APIs and applications in PaaS and IaaS environments, companies that collaborate with cloud providers should focus on data in transit. And potentially illegal access to applications and data by bypassing identity authentication or injection attacks.
Cloud security can be divided into two categories in nature, one is user data privacy protection, and the other is security for traditional Internet and hardware devices.
In terms of cloud security technology, the first is the security issues brought about by multi-tenancy. Different users are isolated from each other to avoid mutual influence. In the cloud era, some technologies need to be used to prevent users from intentionally or unconsciously "going in".
Secondly, the security risks caused by the use of third-party platforms. Not all vendors that provide cloud services have their own data centers. Once a third-party cloud platform is rented, there is a problem with the authority of service provider managers.
A distributed denial of service (DDoS) attack uses multiple computers to launch coordinated attacks against one or more targets through malicious programs. The attack undermines the performance or consumes network bandwidth and makes the target servers unresponsive.
Typically, an attacker installs a DDoS master program on a single computer using an unauthorized account and then installs agent programs on multiple computers. During a specified period, the DDoS master program communicates with a large number of agent programs. When the agents receive the command, they initiate attacks. The master program can initiate hundreds or even thousands of agent programs within seconds.
Cloud security offers solutions to numerous threats that arise on the Internet every day. Ransomware, Distributed Denial of Service (DDoS), and other phishing attacks have significantly impacted the performance and reliability of cloud services. The IT industry created solutions to counter these arbitrary impacts on services, ward-off attacks, and provide highly reliable and available service solutions.
2021 has started with a sudden change in how IT and computing work. Remote work culture and business assessments based on the changing trends have enabled another paradigm shift in computing. The evolution of cloud computing standards and security associated with the entirety of this evolution is sending ripples in every direction.
I have said it before, and I will say it again; when security systems evolve, the threats evolve too. Alibaba Cloud has made remarkable developments when it comes to providing end-to-end security solutions to enterprises, online businesses, websites, and everything on the cloud. Alibaba Cloud provides security assurance and manages the infrastructure to ensure an unhinged delivery process.
Alibaba Cloud has worked tirelessly to develop cloud-native security services that showcase an adaptive architecture. By default, these services provide extensive monitoring and metrics collection capabilities to ensure real-time and continuous threat assessment for a better security structure.
Alibaba Cloud is the official cloud service partner of the Olympic Games and has been providing digital infrastructure for Alibaba Group. Based on extensive experiences, Alibaba Cloud provides high-performance cloud technologies to help your business operate at its best.
Powered by big data technologies, Security Center protects from ransomware, various viruses, and web tampering. Security Center also provides compliance assessments to protect cloud and on-premises servers and meet regulatory compliance requirements.
Security Center is fully compatible with third-party service providers. This reduces operations and maintenance (O&M) costs for security management.
Cloud Security Scanner utilizes data, white-hat penetration testing, and machine learning to provide an all-in-one security solution for domains and other online assets. CSS detects web vulnerabilities, illicit content, website defacement, and backdoors to prevent possible financial loss caused by damage to your brand reputation.
JDP - August 5, 2021
Balaban - March 25, 2021
Alibaba Clouder - September 16, 2020
JDP - July 23, 2021
Alibaba Clouder - July 14, 2020
Alibaba Clouder - February 22, 2021
Alibaba Cloud is committed to safeguarding the cloud security for every business.Learn More
Simple, secure, and intelligent services.Learn More
This solution helps you easily build a robust data security framework to safeguard your data assets throughout the data security lifecycle with ensured confidentiality, integrity, and availability of your data.Learn More
Security Center is a flagship security product that integrates both Server Guard and Threat Detection Service. It is a unified security management system that recognizes, analyzes, and alerts of security threats in real-time.Learn More
More Posts by Alibaba Clouder