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Network infrastructure protection
Network segmentation and microsegmentation
A new approach to the most popular information security risk reduction tool: micro- and target segmentation based on different trust levels and high-performance advanced security.
Organizations can intelligently segment network and infrastructure assets regardless of their location, whether on-premises or across multiple clouds. Dynamic and granular access control is established by constantly monitoring trust levels and adapting security policies accordingly. A high-performance, advanced security system isolates critical IT resources, ensuring rapid threat detection and prevention using advanced analytics and automation.
Intent-based segmentation, based on physical and virtual cutting-edge technologies, provides end-to-end segmentation that extends networks and geographic boundaries.
Composition:
- Firewalls
- IPS
- Crypto VPN
Monitoring and centralized management
As companies grow, so does the number of network and security devices. This in turn creates challenges in managing a large fleet of devices, collecting information about security events, and conducting analysis. These challenges are primarily related to the lack of resources for security teams to adequately respond to increasingly sophisticated cyber threats.
The obvious solution to this problem is to centralize the network and security management functions (NOC-SOC). By implementing centralized network management, security, and analytics collection devices within the company. Centralizing management and analytics helps companies optimize and automate security, gain greater awareness of security processes and events, and reduce threat response time.
Advantages:
- Centralized device management. A single console to manage all switches, wireless infrastructure and endpoints
- Centralized management of policies and objects. Quickly create and modify policies/objects
- Detailed change tracking and thorough auditing capabilities
- Automation – templates and scripts to automate device provisioning and policy setup using JSON or XML APIs
- Granular administration based on devices and roles
- Centralized software and security updates for managed devices
Next Generation Firewall (NGFW)
Traditional firewalls and point-based security solutions lack the features and capabilities needed today to reliably protect organizations from new, complex threats. It is important to consider that any security breach incident can lead to downtime, lost opportunities, and loss of trust in your business.
We offer next-generation enterprise network protection that supports flexible, scalable deployment anywhere in the network – from branch offices to headquarters, from data centers to internal segments and cloud deployments. Next-generation firewalls provide automatic security event tracking for cloud applications, IoT devices, and can also be used as a centralized monitoring system. The implementation of this solution works without compromising the performance of the enterprise network.
Advantages:
- High degree of integration of advanced technologies in one device
- Monitoring, controlling and prioritizing threats
- Detect, recognize and block malware and new threats
- Minimizing false positives
Unified threat management (UTM)
Limited budgets for securing a company’s IT assets are a common problem for companies. Having multiple separate devices, each designed to perform specialized functions such as spam filtering or antivirus protection, doesn’t make the task any easier, increasing the cost and complexity of management.
The development of the Internet of Things and the use of public clouds are blurring the traditional network perimeter and opening up opportunities for hackers to create new hacking strategies. These trends are forcing the use of more complex and expensive comprehensive IT security solutions.
To combat these security issues, we propose implementing Unified Threat Management (UTM) in conjunction with a next-generation NGFW firewall. The goal of such UTM systems is to provide the most complete set of security features and utilities (antivirus, antispam, content filtering, and web filtering) in a single device to maximize the overlap of possible attack vectors and methods, both external and internal.
Advantages:
- Protection against viruses, malware and attachments
- Preventing information attacks
- Improved web filtering
- Automatic update
- Single management console
Inspection of encrypted traffic
The ever-increasing volume of HTTPS traffic creates new threats and opens up new opportunities for the leakage of confidential information. All of these threats can be hidden from the visibility of security devices by being encrypted with the SSL protocol.
Enabling the Deep Data Inspection (DPI) feature allows you to analyze encrypted SSL traffic for threats, which radically increases the security of IT assets.
SSL inspection is typically performed by NGFW/UTM devices at the perimeter of the network being protected. The inspection is performed according to a set of rules that define the type of SSL traffic being analyzed and its security criteria. The analysis is performed using UTM software components that support the inspection of encrypted traffic, namely: application control, URL filtering, IPS, DLP, antivirus and antibotnet.
Advantages:
- Protection against leakage of confidential information
- Detection and control of unwanted connections and malicious code
- Detection and control of network activity of unwanted programs
- Verification and analysis of encrypted traffic
Protection against leakage of confidential information
For every enterprise, the issue of protecting against the leakage of valuable information, which can occur either as a result of a targeted attack or due to employee negligence, is acute. However, statistics show that more than 80% of incidents related to data theft are caused by internal events, the sources of which are legal users of the company, when most traditional security tools are aimed only at protecting against external threats.
To eliminate the threat of theft of valuable information, you should use a DLP (Data Loss / Leakage Prevention) system. These are hardware and software technologies that monitor the most likely leakage channels and identify data by degree of confidentiality.
Advantages:
- Monitoring and blocking incoming and outgoing messages from employees
- Monitoring and blocking sending files to external media
- Monitoring and control of network information storage and web resources
- Control of voice and text messages transmitted via SIP protocol
Implementing two-factor authentication solutions
Due to the widespread use of malware and phishing sites that can easily intercept complex passwords, a single-factor password authentication system is not able to provide secure access to corporate resources. For additional protection, it is necessary to use a two-factor authentication solution to verify the identity of users.
We offer modern two-factor authentication systems that eliminate the shortcomings of the classic password system. The first factor of such a system remains the login and password, and the second is a one-time limited-time access code in the form of a smart message, which is randomly generated and cannot be intercepted. This allows you to reliably protect data from attackers.
Advantages:
- Intuitive, centralized authentication and authorization services
- Two-factor authentication and token management
- Single sign-on (SSO) for web/cloud and network resources
- Managing guest access, BYOD, and certificates
- Ease of deployment and licensing
- Integration with secure directories
Local area network aggregation and remote access
Maintaining a single, transparent security policy and appropriate access control for users, software, and network resources, regardless of their location, in a corporate environment is an important aspect of information security.
We develop solutions for building secure networks of any complexity. We take into account the principles of mutual authentication and confidentiality to ensure the security of data and business processes in unsecured networks.
Advantages:
- Various VPNs based on IPsec or SSL
- Unified management for efficient control of crypto-VPN, routing, and firewalls
- Hardware encryption support
- Comprehensive data transfer security: “application-application”, “user-user”, “user-machine”, “machine-machine”