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Protection of workstations and mobile devices - EDR, Hardening and ASR
Workstations and mobile devices are the first line of defense against cyber attacks. A single compromised workstation can become the gateway to your entire information system. To reduce this risk, it is essential to combine several approaches: EDR (Endpoint Detection and Response) to detect and neutralize threats, Hardening to limit configuration flaws, and ASR (Attack Surface Reduction) to reduce the exploitable attack surface.
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Our expertise in substation and mobile protection
EDR - Endpoint Detection and Response
EDR (Endpoint Detection and Response) solutions go far beyond conventional antivirus software. They continuously analyze endpoint behavior, detect anomalies, block ransomware, isolate a compromised machine and enable rapid incident investigation. EDR is today's leading technology for countering modern threats.
XDR and a global view of threats
We go one step further with Extended Detection and Response (XDR) solutions, which unify threat detection and response across all your endpoints, servers and cloud environments. This global vision enables you to identify multi-vector attacks more quickly.
Hardening
Hardening consists of configuring your systems in a secure way: disabling unnecessary services, limiting privileges, strengthening Windows and Office settings, locking down macros and restricting unauthorized scripts. Hardening greatly reduces the chances of an attacker exploiting a vulnerability.
ASR - Attack Surface Reduction
ASR (Attack Surface Reduction) complements Hardening by blocking the techniques used by cybercriminals to exploit endpoints: execution of untrusted files, exploitation of malicious macros, or unauthorized elevation of privileges. This proactive approach limits attack possibilities from the outset.
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Protection for workstations and mobile devices
FAQ - All about BDUs
How does EDR enhance endpoint security on a day-to-day basis?
Our EDRs offer complete visibility of all endpoint activity, detecting anomalies and responding automatically to prevent risks before they become critical.
What's the difference between antivirus and EDR - Endpoint Detection and Response?
Conventional antivirus software uses a signature database to block only known malware. An EDR (Endpoint Detection and Response) constantly monitors endpoint behavior, detects new (zero-day) threats and automatically isolates a compromised device. EDR is therefore far more effective against modern attacks such as ransomware.
What are the main differences between EDR and traditional antivirus software?
An antivirus protects systems by detecting and removing known malware, while an EDR (Endpoint Detection and Response) offers continuous monitoring and advanced response capabilities (with AI) to anticipate and counter security threats, even novel and sophisticated attacks.
Today, antivirus software is no longer enough to protect a computer system, and EDR has become the security standard for proactive security.
Does XDR replace EDR?
No.EDR focuses on protecting workstations and terminals.XDR (Extended Detection and Response) extends this protection to include servers, networks and cloud environments. XDR complements EDR to offer a global, correlated defense of the entire IS.
Can BDU be integrated with other security tools?
Yes, our EDR solutions are designed to integrate seamlessly with a variety of other security tools, creating a robust, interconnected defense ecosystem.
Why deploy an MDM/UEM for smartphones?
An MDM/UEM secures and controls mobile devices, which often contain sensitive data such as e-mails and customer files. It also enables data to be remotely erased in the event of loss or theft. Without MDM, a stolen phone can become a critical breach for the company.
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