Background
SaaS application is a service model of cloud computing, and after more than 20 years of development, SaaS application has become the development trend of the software and service industry. According to Gartner**, by 2023, the total global end-user spending on public cloud services will reach $592 billion, of which about $195 billion will be spent on SaaS, and the market has broad prospects.
In the future, with the continuous advancement of technology, SaaS applications will continue to penetrate into various fields and be deeply integrated with artificial intelligence, big data and other technologies to provide richer technical support for the digital transformation of enterprises.
While SaaS applications create efficiencies and increase productivity, the rapid growth of SaaS also comes with certain security implications. According to a global survey conducted by LayerX, CISOs of enterprises have found that cybersecurity solutions have not alleviated the security debt accumulated over the years, and the biggest threats to SaaS applications continue to come from the web and browsers, mainly including phishing, malicious browser extensions, malware**, browser vulnerabilities, etc.
In the past few years, there have been multiple security vulnerabilities in SaaS software, including some large enterprises. These security breaches can not only cause losses to users, but also have a significant impact on a business's reputation.
In order to reduce this risk, most enterprises choose network security solutions to prevent phishing, but due to insufficient coverage and some enterprises cannot accept strict internal and external network isolation, sacrificing efficiency in exchange for ultimate security. So, how to balance the freedom to use the Internet and the data security of enterprises?A new paradigm is needed that is different from traditional security technologies and methods.
After entering the era of mobile Internet, the popular discourse in the security circle is that boundary thinking is outdated, but this sentence actually does not stand up to scrutiny at all. More rigorously, the traditional physical boundary approach is outdated, and we need new ideas, new technologies, and methods to establish new boundaries to protect data security. Security is always about the boundary, but what we are experiencing is the transition from a physical boundary to a digital virtual boundary, and how to draw this boundary is still in the stage of showing its powers.
In the highly competitive market, DataShadow chooses to use browsers to demarcate the boundary between the office and the external environment. In other words, Shuying draws the Chu River and Han boundary between the office system and the Internet, and uses security policies to refine and control the flow of data, and solves the problem of enterprise data security by the way without changing the user experience, sacrificing office efficiency, or transforming the application system.
Unified office
With DataShadow, enterprises can easily build a unified office space and manage networks, accounts, applications, and data in one place. Enterprises use the digital shadow office space as a unified entrance to the enterprise office, realize one-stop office, and take back the management rights that belong to the enterprise to office applications. At the same time, a single DataShadow account can access all office systems, eliminating security risks such as simple passwords and account borrowing.
In addition to aggregating all types of office applications, DataShadow Secure Workplace also provides a cloud-native management platform for IT and security teams to manage IT and configure security policies.
Security & Compliance
In the secure office space, it can automatically meet the requirements of laws and regulations such as enterprise level protection and personal privacy data protection, automatically realize complete data encryption and security protection, behavior audit and risk management, meet the requirements of classified protection and confidentiality evaluation, avoid violations of laws and regulations, damage to goodwill, and support localization adaptation.
In addition, DataShadow Cloud Secure Access Service is a leading cloud security service platform based on the SASE model in China, which can not only close intranet access, but also control third-party public cloud services, unify internal and external networks, and meet the office security needs of enterprise headquarters, branches, external channel collaboration, remote office and other scenarios.
Data flow control
Through the secure office space, enterprises can control the data flow of business systems at a granular level without changing employees' office Xi, affecting employees' office efficiency, and not infringing on employees' personal privacy, so that sensitive data can only flow between trusted systems. The data export will not fall directly to the local computer, but will directly fall to the middle office of the data shadow file, so that the data does not fall to the ground and the data is always running.
Phishing protection
In the secure office space, it can automatically classify ** and force prompts to employees, effectively help identify phishing**, prevent employees from clicking on phishing emails, and prevent phishing attacks.
In addition, the digital shadow secure office space is also equipped with security policies such as data desensitization, anti-copy and paste, anti-photography, and anti-screenshot, as well as security capabilities such as plug-in management, access permission, digital watermarking, behavior audit and early warning, etc., to comprehensively protect the data security of enterprises in the office process, and keep enterprise SaaS applications away from security threats such as browsers and illegal operations by personnel.
Security can be reassuring, and Digital Shadow drives the improvement of core technical capabilities with innovation, builds a solid data security barrier for enterprises, and contributes to the development of digital China!