Securing networks and infrastructure

Securing networks and infrastructure (Network & Infrastructure Security)

Definition of the service

Infrastructure and infrastructure insurance service in the impact of cybersecurity is a comprehensive solution that aims to design, implement, and monitor the most powerful layers of protection for your networks from internal data centers to public cloud environments (AWS, Azure, GCP). We rely on this on best practices such as the zero trust, and techniques such as the next generation wall (NGFW), an IDS/IPS detection and prevention device, and the network division (Network Segmentation). This unified approach guarantees the protection of your digital assets from advanced attacks, and maintains high performance and permanent stability of infrastructure.

Service benefits

The service relies on disaster recovery (DR) and high availability strategies to ensure service continuity.
The infrastructure is designed with replication and failure clustering systems.
Backup sites (DR sites) are deployed in the cloud or in different geographic locations to ensure uninterrupted operation.
In the event of a failure or attack, data traffic is automatically transferred to the backup site without significant downtime.
Performance monitoring tools are integrated with security systems to avoid impacting application speed.
The service ensures business continuity and customer satisfaction with complete data protection.

The service combines a SIEM system for security event management and EDR for endpoint monitoring.
Millions of logs are collected and analyzed from devices, servers, and applications.
Artificial intelligence and machine learning algorithms are used to detect anomalies and early threats.
Detection includes phishing attacks and advanced malware (APT).
When suspicious activity is detected, an immediate alert is triggered and displayed on an interactive dashboard with analytics and graphs.
The system provides automated response to minor incidents without human intervention.
It aims to reduce time to detection and response (MTTD and MTTR) and ensure network stability.

Investing in network security reduces the long-term costs of breaches, downtime, and hiring emergency experts.
Intelligent optimization techniques are used, such as:
QoS to allocate bandwidth to critical services.
Load balancing to distribute loads and ensure stable performance during peaks.
Patch management tools are integrated to automatically apply patches during maintenance periods.
This automation reduces emergency maintenance costs and mitigates the risk of breaches.
The result: a resilient, secure, resource- and energy-efficient network that reduces the need for large support teams.

Government, financial, and medical sectors require compliance with security standards such as:
ISO 27001, Saudi NCA, European GDPR, and PCI-DSS for card payments.
The service creates a control-based security architecture.
The following are implemented:
Network Access Control (NAC) policies.
Multi-Factor Authentication (MFA) systems.
Data traffic between branches and sites is encrypted.
After implementation, a gap analysis report is provided, demonstrating the extent to which the settings comply with certification requirements.
The report includes an action plan to address the gaps and achieve full compliance.
Objective: Protect digital assets and facilitate successful audits and compliance certifications without any blemishes.

The primary goal: to restore affected systems and services to normal as quickly as possible while preserving critical data.
We support the Business Continuity Plan (BCP) by:
Restoring backups.
Activating Disaster Recovery Sites when needed.
We use replication and high availability systems to ensure continuity of service during recovery.
After repair and testing, isolated systems are gradually reconnected to the network with immediate monitoring for any suspicious activity.
This approach aims to minimize downtime.
The result: high readiness and robust resilience to future attacks without service disruption.

Security performance data (Security Metrics), such as response time to attacks, the number of hacking attempts, and the percentage of blocked threats, reflects adherence to high security standards.
The service provides periodic reports and interactive charts that can be shared in:
Board meetings.
Tender proposals.
Partnership contracts.
These reports enhance internal and external transparency and demonstrate the effectiveness of the security system.
They build a strong, positive reputation with customers and partners.
They help attract new customers who care about protecting their data and the stability of their digital businesses.

Defense-in-de Peth is an essential pillar of networking and infrastructure. By merging the NGFW walls (IDS/IDS), and safe VPN technologies, three to five solid defense lines are built. In the first layer, the fiery walls were transformed without any unauthorized traffic. In the second layer, IDS systems monitor potential threats, while IPS actually prevents them when they happen. As for the upper layers, it focuses on protecting applications and clouds through the default division (Micro-Segmentation), and an accurate examination of data movement between servers. Thanks to this hierarchical design, the hackers do not leave one entry point that can be easily exploited; They even cross a series of security barriers. This radically reduces the possibility of a security breach, enhances the ability to respond immediately to any attack, while maintaining the quality and efficiency of the network.

Our network insurance service provides a merge between security information systems, events management (SIEM) and EDR monitoring solutions, allowing the collection and analysis of millions of logs (LOGS) of network, servers and applications. Our team uses artificial intelligence algorithms and Machine Learning to detect abnormal patterns and anticipate emerging threats, such as information hunting attacks or advanced malicious software (APT). When identifying any suspicious activity, an immediate alarm is launched, with a Dashboard providing in -depth analyzes and interactive graphic fees that help safety teams make fast and studied decisions. This approach is not satisfied with detection, but rather raises the level of automatic response to address micro -accidents without human intervention, which reduces the “Time to Detect & Respond” and maintains the stability of your network.

By applying Disaster Recovery & High Availability, the network insurance service helps you to maintain the operation of your vital services even in light of the occurrence of attacks or technical breakdowns. We are designed with a replication and highly endurance systems, and the activation of DR sits in the cloud or in separate geographical locations. When an interruption or an attack aims to provide resources, data movement is automatically transferred to the backup site without a stop. Performance Monitoring with safety systems also merged to ensure that prevention procedures or security survey do not affect the time of application response or user service quality. This high -level flexibility not only protects your data, but also guarantees the continuity of operations and your customer satisfaction.

Governmental, financial and medical sectors require strict compliance with standards such as ISO 27001, Saudi NCA, GDPR in the European Union and PCI-DSS for card payments. Our service helps you to create a security design that takes into account the controls that take into account the control of the network (NAC), the multi-factor identification systems (MFA), and the encryption of data movement between the branches. After implementation, we present the “GAP Analysis” report linking your settings with accreditation requirements, with a detailed plan of work to process gaps. With this, not only guarantees the protection of your digital assets, it also facilitates the success of external accreditation audits and obtaining compliance certificates without notes.

Although network protection appears an additional investment, the well -secure structure reduces the long -term hacking, rental experts, and stop working. In our design, we rely on Intelligent Optimization techniques such as Qos to customize the biomedical domain width, Load BALANCING to ensure stable performance during peak periods. We also merge the Patch Management to apply to apply to automatically apply corrections during the specified maintenance hours, which reduces the costs of emergency maintenance and reduces the risk of breach. Thanks to this integration, you enjoy a flexible, safe, and resource saving power and size of technical support teams.

The Security Metrics – such as the response time for attacks, the number of attempts to discovered, and the percentage of blocked threats – represents a strong evidence of your commitment to the highest safety standards. We provide you with periodic reports and interactive graphic fees that you can share in the meetings of the Board of Directors, tender offers, and partnership contracts. This supports complete transparency with the internal and external parties, which builds a positive reputation and enhances your ability to attract new customers looking for a company that takes care of their data and digital work is the utmost importance

When do you need it?

As part of the periodic maintenance program, through a semi -annual or quarterly examination to update the rules and policies.

Before the shift to the cloud (AWS, Azure, GCP), to check safe mesh settings.

When the infrastructure of new offices or data centers expands, to ensure the branches are integrated safely.

When adopting the Zero Trust, to ensure strict controls are applied to all network layers.

After a security accident or an IDS/IPS warning, to control the gaps and prevent the recurrence of the attack.

Before or after you get the ISO 27001 or PCI-DSS certificate to ensure the completion of the accreditation requirements.

As part of the periodic maintenance program, through a semi -annual or quarterly examination to update the rules and policies.

Before the shift to the cloud (AWS, Azure, GCP), to check safe mesh settings.

When the infrastructure of new offices or data centers expands, to ensure the branches are integrated safely.

When adopting the Zero Trust, to ensure strict controls are applied to all network layers.

After a security accident or an IDS/IPS warning, to control the gaps and prevent the recurrence of the attack.

Before or after you get the ISO 27001 or PCI-DSS certificate to ensure the completion of the accreditation requirements.

What does the service include?

Network safety engineering design (Secure Network Architecture)

Implementing advanced protection walls (NGFW DePloyment)

Preparing detection and prohibition of infiltration (IDS/IDS Configuration)

Network division and access to users (Network Segmentation & Nac)

Security of the distant connection (VPN & Zero Trust Access)

Merging SIEM and EDR solutions for monitoring and analysis

Work methods / steps

Inventory of assets and risk assessment

Determine all components of the network - servers, transformers, end user devices, cloud services - and classify them as important.

Security plan design

Create a planning document that includes the division of the network into safety areas, and authorized communication models.

Implementation and preparation

Installation and composition of protection walls, IDS/IPS, and VPN systems, with accurate control policies.

Internal penetration test

Perform an internal penetration test to ensure the effectiveness of the settings and bridge potential gaps.

Monitoring and adjusting operation

Activating integration with SIEM/EDR, and putting monitoring panels displaying suspicious activities and alerts.

Periodic support and updates

Applying security corrections, updating policy rules, and reassessing safety design based on changes.

Common questions

1. What is the difference between the Firewall wall and the next generation (NGFW)?

NGFW provides a Deep Packet Inscription, support for specific applications, features such as SSL Inspection and integrated IPS, while the traditional wall focuses on the ban on the port and the protocol only.

2. How to help the network division (Segmentation) helps to enhance safety?

By dividing the network into separate safety areas, it becomes difficult for the attacker to move accidentally between the parts of the network; This reduces the impact of penetration and reduces the required protection offer for each region.

3. Do you secure cloud networks (AWS, Azure, GCP)?

Yes, we are subjected

4. What is the period of implementation of the service in a medium -sized environment?

It usually takes 10-15 working days, including evaluation, design, implementation, and testing.

5. Does safety solutions affect the network performance?

We adopt the QOS and Load Balancing configurations to customize the domain display for vital applications, while adjusting the level of examination to prevent any noticeable effect on the response time.

6. How is the security rules monitored and controlled after publication?

Integrate SIEM and EDR solutions with interactive control panels, and provide immediate alerts and automatic adjustment (SOAR) to deal with minor accidents.

7. What is the cost of network insurance service and infrastructure?

Backs for small companies start from 20,000 Saudi riyals, and include an initial evaluation, design, implementation and 3 months of support, with the ability to allocate larger bouquets for institutions.

8. Does the service include training employees to manage the safe network?

Yes, we provide Security Awareness courses and Network Hardening Technology Technology to ensure sustainability.