Protect Every Layer of Your IT Environment. From perimeter firewalls to endpoint protection and SIEM: ARLITECH delivers full-spectrum IT security solutions tailored to your organization.
Design, deployment and ongoing management of NGFW solutions including Fortinet, Check Point and Palo Alto for enterprise-grade perimeter defense.
WAF deployment protecting web applications from OWASP Top 10 threats, SQL injection, XSS, and advanced application-layer attacks.
Security information and event management, real-time threat detection, correlation rules and dashboards for complete visibility.
Advanced endpoint detection and response (EDR/XDR) with ESET and Trend Micro for workstations, servers and mobile devices.
DLP policies preventing unauthorized data exfiltration across network, endpoint and cloud channels with policy-based controls.
NAC solutions enforcing identity-based access policies, device compliance and network segmentation for zero-trust architectures.
With 17+ years of IT security delivery, our certified specialists bring vendor-agnostic expertise and proven methodologies to every engagement.
Contact Our TeamFortinet NSE, Check Point CCSA/CCSE, ESET certified professionals.
24/7 monitoring, alert response and ongoing configuration management.
Solutions designed to meet NIS2, ISO 27001, GDPR and sector-specific requirements.
From SME to enterprise, solutions scale with your organization's growth.
We do not start with a product, but with understanding what needs protecting and from what. The order matters because each step builds on the last, and because it stops you buying tools you do not need.
We map the infrastructure: systems, data flows, access, internet-facing services. Without this, every subsequent decision is guesswork.
We rank risks by business impact and design the target state: segmentation, access management, monitoring. Much can be achieved with tools you already own.
We start with what delivers the largest risk reduction, typically MFA, perimeter defence and isolating the backup infrastructure. Results are measurable after each phase.
Log collection and alert handling, vulnerability scanning, regular penetration testing. Security is a state, not a project, measurement is what shows whether it actually works.
The measures deployed do not only reduce risk, they also satisfy compliance obligations. This mapping forms part of the handover documentation, so audit preparation is not a separate project.
| Measure | ISO 27001 | NIS2 measure area |
|---|---|---|
| Firewall, network segmentation | A.8.20–8.22 | 9. Access control |
| Endpoint protection (EDR) | A.8.7 | 10. Secure communications |
| SIEM, log collection | A.8.15–8.16 | 6. Effectiveness measurement |
| Multi-factor authentication | A.5.17, A.8.5 | 10. MFA |
| Vulnerability handling | A.8.8 | 5. Acquisition, development, maintenance |
| Backup and restore | A.8.13 | 3. Business continuity |
| Access review | A.5.15–5.18 | 9. Personnel security |
| Encryption, key management | A.8.24 | 8. Cryptography |
Three steps, in this order. First, asset inventory: you cannot protect what you do not know about. Second, multi-factor authentication for all users, credential theft is the most common initial intrusion vector, and MFA stops the great majority of it. Third, isolating the backup infrastructure, because backups are the first target in a ransomware attack. These three steps are achievable in a few weeks and cover most of the risk.
In most cases, no. In our experience organisations use a fraction of the capability they have already bought: the firewall supports segmentation, the endpoint product supports behavioural detection, it is simply not configured. The first question in any assessment is what is already in place and what can be extracted from it. We recommend new purchases only where there is a genuine capability gap.
The assessment and risk analysis are fixed-price, typically 3–5 weeks. Implementation cost depends on the target state and infrastructure size, so we provide a phased proposal at the end of the assessment, letting you decide what to deliver now and what later. This works because the phases deliver value independently: you do not have to fund the whole programme at once.
At least annually and comprehensively, from external and internal perspectives, plus ad hoc testing after any significant change: a new internet-facing service, a major architectural shift, post-acquisition integration. Alongside this, continuous automated vulnerability scanning across the full asset inventory is advisable. The two are not interchangeable: a scanner lists what might be wrong, a test shows what an attacker achieves with it. We covered this in detail in our article on penetration testing.
Those represent the greatest risk, and almost every organisation has them. If they cannot be modernised (because the application running on them is only certified for that version, or the vendor supports nothing newer) they need compensating controls: strict network segmentation, access via a jump server, enhanced monitoring, and virtual patching at the network layer. The goal is not to fix the flaw but to prevent its exploitation.