The issue of application security is one of the most important technical challenges of our time. The dramatic emergence of web-based applications and the possibility of Internet businesses necessitate a strong approach to security. Pouya Sharif Data Processing Company carries out product evaluation and product security procedures within the framework of the requirements approved by the EFTA Center and Information Technology Organization.
Application security is the discipline of methods, technologies, and practices aimed at protecting applications from attacks across their entire lifespan. Cybercriminals are well-organized, specialized, and motivated in their search for and exploiting vulnerabilities in corporate systems in order to steal data, intellectual property, and sensitive information. Application security can assist businesses in protecting all types of applications (legacy, desktop, online, mobile, and microservices) utilized by internal and external stakeholders such as customers, business partners, and workers.
Organizations want application security solutions that protect all of their programs, from internal to popular third-party apps used on consumers’ mobile phones. These solutions must cover the full development stage and provide testing after an application has been deployed to monitor for possible issues. Application security solutions must be capable of testing web applications for possible and exploitable vulnerabilities, analyzing code, and assisting in the administration of security and development management processes by coordinating efforts and facilitating cooperation among diverse stakeholders. Application security testing solutions must also be simple to use and install.
Dadehpardaz is ready to serve organizations with the most specialized methods of dealing with cyber threats in the web world.
An unwanted computer penetration in your organization or an address in your assigned domain is referred to as a network intrusion. An incursion can be passive (in which infiltration occurs quietly and without notice) or aggressive (in which invasion occurs overtly and without detection) (changes to network resources are effected). Intrusions can occur both within and outside of your network structure (an employee, customer, or business partner). Some incursions are designed to alert you to the presence of an intruder by defacing your website with varied messages or obscene graphics. Others are more malevolent, attempting to take important information either once or as part of a continuing parasitic relationship that will drain out data until it is identified. Some invaders will include meticulously prepared code meant to break passwords, capture keystrokes, or impersonate your site while redirecting unsuspecting users to their site. Others will infiltrate the network and discreetly suck off data indefinitely, or they will change public-facing Web sites with varied messages.
Backups are required owing to the ongoing risk of data alteration or erasure caused by inadvertent deletions, virus, ransomware, natural catastrophes, or other occurrences. CIS Control 10 recommends developing methods and instruments to effectively backup important information using a validated technique for quick recovery. Backups are extremely significant in election offices because they protect election data from destruction or manipulation, provide an effective mechanism for recovering lost or corrupted files, and comply with data retention regulations.
Backups are also important in accelerating recovery from harmful cyber activity by returning a system to a trustworthy state that is free of virus infestations and keeps the original data. In incident response, rebuilding or reimaging an infected machine from a known good backup or fresh operating system installation is common best practice. For example, if an election network is hacked due to malware, restoring systems from a clean, uncompromised backup would allow the system to be promptly remediated and returned to production without the labor of detecting and removing all potentially dangerous data.
A security operations center (SOC) is a structure that contains an information security team that is in charge of continuously monitoring and assessing an organization’s security posture. The purpose of the SOC team is to identify, evaluate, and respond to cybersecurity issues through the use of a mix of technical solutions and a solid set of processes. Security operations centers are often staffed with security analysts and engineers, as well as managers in charge of security operations. SOC personnel collaborate closely with organizational incident response teams to ensure that security vulnerabilities are handled as soon as they are discovered.
Security operations centers monitor and analyze network, server, endpoint, database, application, website, and other system activities for anomalies that may indicate a security event or breach. The SOC guarantees that possible security issues are recognized, assessed, defended, investigated, and reported accurately.
With creative approaches to problem-solving, we analyze complex software systems.
we conduct a specialized analysis of all software security risks with up-to-date and known methods.
At all stages of the security maintenance process, we anticipate, investigate and provide solutions to potential problems.
With detailed evaluations at each stage, we solve systems problems.
We perform the final tests and issue the relevant approval using up-to-date and advanced tools.
In today’s challenging, ever-changing world of e-commerce, we place the most terrific value on addressing our customers’ concerns.
Our customers are organizations and individuals with different capabilities from large companies, institutions, and organizations.
Our experts are committed and active and have excellent and specialized degrees and rankings from well-known centers and universities.
We will interact with customers step by step by observing critical and practical indicators.
Using up-to-date and optimal technologies and standards for implementing large systems and enterprises is a data-paying obligation to customers.
The process of identifying vulnerabilities and security holes in software systems, server infrastructure, and network security is called. The purpose of performing a security assessment is to identify all vulnerabilities and vulnerabilities that can be identified in software systems, server infrastructure, and networks. By placing security holes, it is possible to predict system risks. Penetration test According to the penetration test team’s access to information and services, they are divided into three categories: white box, black box, and gray box.