Concerned about data security in your company? Discover our advanced data security strategy, which explains step-by-step how to effectively protect your organization's most valuable assets. Learn about the three stages of our methodology – from risk analysis and secure coding to continuous monitoring – and find out how a proactive approach to cybersecurity can safeguard your business from losses.
Table of contents
Advanced data security strategy
Stage 2: Implementing security in the Software Development Lifecycle (Secure SDLC)
Stage 3: Ensuring system continuity and maintenance
Advanced data security strategy: Methodology and information protection procedures
In the contemporary business environment, information security must be treated as a strategic priority. Within our company, it constitutes an integral part of all our processes—from system architecture to operational procedures. Our approach is based on a rigorous security policy, which serves as the foundation of our clients' trust and a guarantee for the protection of their most valuable assets: data.
The business imperative of data security
In the era of digital transformation, data has become a key asset conditioning competitive advantage. Effective information protection extends beyond the technical implementation of safeguards, it is a fundamental element of risk management, ensuring business continuity, and maintaining compliance with legal regulations such as GDPR. A proactive approach to cybersecurity protects against financial and reputational losses, securing the reputation and the trust our partners place in us.
Our data protection methodology: A three-phase implementation
We have implemented a comprehensive security strategy, executed in three successive phases that cover the entire project lifecycle, ensuring the consistency and effectiveness of our protective measures.
Stage 1: Risk analysis and security architecture design
This phase lays the groundwork for the entire system. Precise planning and threat modeling at this stage allow for effective risk mitigation in the subsequent phases of the project.
• Data classification and Business Impact Analysis (BIA)
We begin the process with a detailed inventory and classification of data based on its criticality and sensitivity. We assess the potential impact of a breach of confidentiality, integrity, or availability of specific assets on the organization's operations. The outcome of this analysis determines the required level of security, including the necessity for advanced encryption, anonymization, or restrictive access policies.
• Defining access control principles
We adhere to fundamental security principles: the Principle of Least Privilege (PoLP) and Separation of Duties (SoD). Each user and system component is granted only the minimum set of permissions necessary to perform their assigned tasks. This approach significantly reduces the potential attack surface in the event of a single account or service problem.
• Development of Business Continuity and Incident Response Plans (BCP/IRP)
We design detailed procedures for responding to security incidents. These plans precisely define the steps to be taken, the roles and responsibilities of team members, and communication mechanisms. The goal is to minimize the negative impact of an incident, swiftly restore full operational capacity, and draw conclusions to prevent future events.
How to comprehensively prepare for data migration to a new system? Learn here:
Data migration: A guide for IT
Stage 2: Implementing security in the Software Development Lifecycle (Secure SDLC)
At this stage, we integrate security practices into the software development process, ensuring that protection is built into the application, not merely added on at the end.
• Adherence to secure coding standards
Our development team follows strict secure coding standards based on recognized frameworks, such as the guidelines from OWASP (Open Web Application Security Project). This allows us to avoid common vulnerabilities at the source code level.
• Utilization of verified components and libraries
We base our system architecture on proven and actively maintained technologies with a documented security track record. We regularly vet the components we use for known vulnerabilities (CVEs - Common Vulnerabilities and Exposures) and manage their lifecycle.
• Multi-level code verification and security testing
We employ a multi-stage quality control process. This includes manual code reviews by other engineers as well as automated SAST (Static Application Security Testing) and DAST (Dynamic Application Security Testing), which allow for the systematic identification and elimination of security loopholes.
You can learn more about the implementation process here:
IT system implementation: A step-by-step guide
Stage 3: Ensuring system continuity and maintenance
Following the system's deployment, a phase of continuous supervision begins.
• Advanced monitoring and anomaly detection
All critical systems are subject to continuous monitoring. We utilize centralized Security Information and Event Management (SIEM) systems, which correlate data from various sources to detect anomalies and potential incidents in real-time.
• Penetration testing and vulnerability scanning
If justified, we proactively verify the effectiveness of our security measures through penetration tests, carried out by specialized teams. These simulate real attack scenarios, allowing for the identification of potential attack vectors and the implementation of appropriate countermeasures before they are exploited by unauthorized entities.
• Patch and configuration management
We maintain a rigorous patch management process. We ensure the timely installation of security patches for operating systems, libraries, and applications to minimize risks associated with newly discovered vulnerabilities. We also ensure the integrity and reliability of our data restoration procedures as part of our Disaster Recovery plans.
Conclusion: Security as a continuous process
We treat information security as a dynamic and continuous process that requires constant adaptation to the evolving threat landscape. Our methodology—combining advanced technology, rigorous procedures, and expert knowledge—guarantees the highest level of protection for the data entrusted to us. This is the cornerstone of our credibility and a key element in building long-term business relationships.
