be.Safe XDR: Visibility, detection, and response
be.Safe XDR delivers deep visibility into network traffic, detects threat-related patterns, and provides an integrated response powered by continuously evolving AI capabilities.
Advanced visibility, detection, and response across the network (XDR)
be.Safe XDR is a network-centric XDR solution that provides advanced network traffic visibility, threat pattern detection, and an integrated response. It offers a practical and actionable approach to detection and response:
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- Full visibility of network traffic and assets.
- User behavior monitoring and Shadow IT detection.
- Detection of attack patterns and anomalous behavior.
- Integrated response through firewalls and traffic control.
- Built-in chatbot for advanced queries and dynamic dashboards.
A new landscape for extended detection and response (XDR)
As IT environments become increasingly distributed, hybrid, and dynamic, cybersecurity has grown significantly more complex. The traditional model, based on perimeter protection using firewalls (FW) and intrusion detection systems (IDS/IPS), is no longer enough to protect users against modern attacks, which take advantage of the limited visibility and fragmentation of security tools.
At the same time, attackers have perfected their techniques, using traffic patterns, anomalous connections, and persistent behaviors to bypass traditional controls. Detecting these threats requires a comprehensive view of what is happening in the network, as well as the ability to correlate events and behaviors in real time.
This is where the Extended Detection and Response (XDR) approach comes in. Its goal is to aggregate and correlate information from different security layers to improve detection and enable a more effective response. Far from being a single technology, XDR encompasses different approaches that combine visibility, analysis, and response capabilities, with varying levels of scope and maturity.
Current XDR solutions aim to reduce fragmentation, provide greater context for detection, and transform large volumes of data into actionable intelligence. In this scenario, network traffic analysis continues to play a key role in identifying patterns, anomalies, and behaviors associated with threats. In addition, the progressive incorporation of AI capabilities improves detection measures, provides additional context, and facilitates operational analysis.
What are the important points related to the be.Safe XDR solution
Continuous and unified visibility
be.Safe XDR provides detailed and continuous visibility into network traffic, enabling the identification of patterns, anomalies, and threat-related behaviors from a comprehensive and reliable perspective.
Integrated network response
Through its integration with firewalls, be.Safe XDR enables direct action from the network, supporting containment actions such as traffic blocking or dynamic rule enforcement to reduce the impact of an incident.
Clear detection context
Detections are not displayed as isolated events. be.Safe XDR provides context on connections, assets, and observed activity, helping security teams understand risk and reduce analysis time.
AI for context and operations
By incorporating AI capabilities focused on data enrichment and platform management, be.Safe XDR provides additional context to detections and simplifies operational tasks such as query execution, analysis, and dashboard creation.
Understanding – Extended Detection and Response (be.Safe XDR)
Extended detection and response (XDR) aims to improve visibility, detection, and response to threats in increasingly complex and distributed IT environments. Unlike traditional cybersecurity models based on isolated tools and well-defined perimeters, XDR correlates information from different security layers to provide a more coherent and actionable view of security.
In today’s world, where local infrastructures, hybrid networks, cloud services, and remote users coexist, threats are no longer isolated events. Modern attacks rely on behavioral patterns, lateral movements, anomalous connections, and persistent activities that can only be identified through continuous and contextualized observation.
The XDR approach uses relevant data that has been collected and correlated (e.g., network traffic, security events, or observed behaviors) to detect signs of malicious activity that might otherwise go unnoticed. The value lies not only in collecting information, but in understanding its context, including associated assets, communications, users, and timeframes.
When doing this, Artificial Intelligence (AI) and advanced analytics techniques play a key supporting role. Far from replacing human analysis, these capabilities enrich data, identify repetitive patterns, reduce noise, and facilitate the interpretation of events. The goal is to convert large volumes of technical information into useful knowledge for security teams.
Response is another essential pillar of the XDR model. It is not just about generating alerts, but about enabling actions that allow threats to be contained more quickly and in a more coordinated manner, either as part of other security tools or through company-defined response mechanisms.
In short, XDR represents a pragmatic evolution in cybersecurity, focused on improving visibility, providing context, and facilitating decision-making. Its goal is to understand what is happening before acting, paving the way for more effective detection and guiding actions aligned with the real needs of organizations.
Teldat be.Safe XDR – Solutions & Products
A network-based XDR approach
Teldat’s XDR solution is based on a clear principle: network visibility and control are key when addressing today’s threats. Going beyond isolated tools, Teldat proposes an integrated approach that enables organizations to observe, understand, and act on what is happening across their infrastructure, combining analysis, context, and response.
This approach is based on years of experience in traffic analysis, connectivity, and network security, and has evolved into a practical extended detection and response model focused on behavioral patterns, communications, and anomalous activity.
be.Safe XDR as the core of the solution
be.Safe XDR acts as the core of Teldat’s XDR solution, centralizing network traffic visibility, threat pattern detection, and security event management. The platform allows information from multiple sources to be correlated and presented to analysts in a clear and actionable way.
In addition, it incorporates AI capabilities aimed at enriching data and optimizing operations, simplifying tasks such as automated dashboard creation, query resolution, and guided analysis, while also providing additional context for detections.
Integrated response with Teldat’s ecosystem
One of the main differentiators of Teldat’s XDR solution is its ability to deliver an integrated response from the network. Through its seamless integration with next-generation firewalls (NGFW) and other ecosystem components, it is possible to execute containment actions such as traffic blocking and dynamic rule enforcement, or to isolate suspicious communications.
This approach reduces exposure time during incidents such as lateral movement, communications with command and control (C&C) servers, or data exfiltration attempts by acting directly on the network infrastructure.
Integrated intelligence, not isolated, flexible and evolving solution
Teldat’s XDR solution does not treat intelligence as a standalone element, but rather as a cross-cutting enabler. Data is collected, normalized, and enriched to facilitate analysis and enable the progressive evolution of detection and response capabilities, adapting to the different scenarios of each organization.
The combination of software and networking expertise allows Teldat to offer an XDR solution that can be tailored to different environments, both on-premises and in the cloud. As new data sources, integrations, and analytics capabilities are added, the solution evolves to address increasingly complex threats without losing its practical and operational focus.
be.Safe XDR – Extented Detection and Response – Use Cases
Traffic analysis and suspicious activity
Detecting anomalous traffic and suspicious activities to identify potential compromises, lateral movement, and unauthorized access.
Detecting access to suspicious websites
Identifying connections to malicious websites reduces the risk of infection, fraud, and data theft.
Detecting large-scale data leaks
Detecting unusual data transfers to prevent the loss of critical information and protect the organization.
Traffic analysis and suspicious activity
Detecting anomalous traffic and suspicious activities to identify potential compromises, lateral movement, and unauthorized access.
Challenge
Today’s attacks are not always obvious. In many cases, attackers gain control of a legitimate device on the network to operate from within, move laterally, steal credentials, or use systems as part of broader attack campaigns. These activities are often disguised as normal traffic and are very difficult to detect using traditional perimeter controls.
In addition, the growing complexity of IT environments, with multiple users, devices, locations, and connected services, increases the attack surface and makes identifying anomalous behavior harder. Without continuous monitoring of internal communications and real network traffic, these threats can remain active for long periods, increasing the risk of information leakage, service disruptions, or the compromise of critical systems.
Solution
be.Safe XDR addresses this challenge from the network layer, providing visibility into traffic and communications between systems, users, and applications. By analyzing flows, connections, and typical behavior patterns, the solution identifies anomalous activity such as unauthorized access, suspicious communications, unusual traffic spikes, or lateral movement attempts.
When these patterns are detected, be.Safe XDR enables integrated response actions (e.g., traffic blocking, limiting communications, or enforcing dynamic rules on security devices). This allows the threat to be contained early, reducing its ability to spread and minimizing its impact on the network and critical systems.
Why Teldat?
Teldat provides a competitive advantage by combining advanced network visibility with integrated response capabilities. The company’s vast expertise in traffic analysis and infrastructure control has resulted in a tool capable of detecting actual risk patterns and acting directly at the network level, without adding complexity or relying on disconnected solutions.
Detecting access to suspicious websites
Identifying connections to malicious websites reduces the risk of infection, fraud, and data theft.
Challenge
Internet connectivity is essential to daily operations. Employees, systems, and applications constantly connect to external websites to perform tasks, update services, or exchange information. However, not all of these destinations are secure.
Malicious websites can be used to distribute malware, steal credentials, or establish covert communications with compromised systems. In many cases, access occurs unintentionally, through fraudulent links, compromised websites, or third-party applications. Without clear visibility into which destinations users and systems connect to and how often, these threats can go unnoticed and become the gateway to larger incidents.
Solution
be.Safe XDR enables organizations to analyze web connections from the network and detect access to suspicious or malicious domains. Based on traffic analysis and connection context, the solution identifies anomalous or repeated connection patterns to these sites.
When a risk situation is detected, be.Safe XDR enables control measures (e.g., blocking access or restricting communications) from the network. This reduces exposure to external threats and prevents infections, credential theft, or unauthorized communications resulting from a single access event.
Why Teldat?
Teldat combines advanced traffic visibility with direct network control. Through its integration with the security ecosystem, be.Safe XDR simplifies the identification of and response to malicious access, protecting users without disrupting daily operations.
Detecting large-scale data leaks
Detecting unusual data transfers to prevent the loss of critical information and protect the organization.
Challenge
Information is one of the most valuable assets of any organization. Customer data, intellectual property, financial information, and sensitive documents constantly circulate through the network as part of daily operations. The problem arises when these flows of information are used illegitimately.
A data leak can occur in many ways: a compromised system, a careless employee, or an unauthorized application can cause large volumes of information to be exposed without the organization being aware of it. In many cases, these transfers are made using normal channels and legitimate protocols, making detection difficult and delaying response, thereby increasing the legal, economic, and reputational impact.
Solution
be.Safe XDR provides visibility into how information moves within the network and enables the detection of unusual data transfers. By analyzing traffic and normal communication patterns, the solution identifies unusual volumes, destinations, or behaviors that may indicate a potential data leak.
When a risk situation is detected, be.Safe XDR enables the application of control measures (such as limiting or blocking specific communications) from the network. A quick response reduces exposure and prevents sensitive information from leaving the organization undetected.
Why Teldat?
Teldat offers a clear and practical approach to data protection, based on real network visibility. With be.Safe XDR, organizations can detect risky behavior and act directly on network communications without relying on complex or difficult-to-manage solutions.
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