Developers: | Softline |
Date of the premiere of the system: | 2020/08/05 |
Technology: | IT outsourcing |
Main article: Projects of external audit of IT and security (in tch PCI DSS and SUIB)
"The basic analysis of security of infrastructure" is a complex approach to risks assessment of the organization.
2020: Service representation
To Softline on August 5, 2020 was announced service start by the "Basic analysis of security of infrastructure".
In the conditions of a pandemic the world market had to transfer to the shortest possible time business processes on platform online. The emergency transition could provoke formation of "holes" in an information security system of any organization. Check, the company is how protected, now it is possible using service of Softline, even in the conditions of cost optimization and limitation of budgets.
Within this service package specialists of Softline and specialists of Infosecurity entering into group will carry out an inspection of the equipment, working machines and highways through which the Customer and also internal and external perimeters, including servers available via the Internet works. On end of the analysis for the Customer the report with the complete list of the found vulnerabilities and recommendations about their elimination will be created.
Thus, after elimination of vulnerabilities the client will receive not only assessment of security of infrastructure regarding existence of the most known vulnerabilities (~ 80% of all hacker attacks), but also check of password policy, the recommendation about elimination of the found vulnerabilities and a possibility of conducting repeated check after the first correction of vulnerabilities.
Softline noted that at the expense of small cost, this service will approach as Customers with the small budget selected for information security and the person interested to check securities of infrastructure regarding existence of the known vulnerabilities after recent implementation in the infrastructure of new IT and cybersecurity solutions of varying complexity.