Antivirus (EPP) and EDR Antivirus (Endpoint Protection Platform – EPP) and Endpoint Detection and Response (EDR) are two essential cybersecurity solutions used to protect endpoint devices from malware and sophisticated cyber threats. While both aim to secure endpoint environments, they offer different capabilities and serve distinct purposes. What is Antivirus [...]
DDoS attacks are among the most disruptive and dangerous forms of cyberattacks, designed to interrupt the normal functioning of a system, network, or online service. These attacks flood the target with massive traffic or connection requests, rendering services slow or entirely unavailable. DDoS poses a severe risk, particularly to industries reliant on real-time digital services such as finance, e-commerce, government, and media.
1. Distributed Attack Vectors:
As the name implies, DDoS attacks are distributed. Attackers use a network of compromised devices, known as a botnet, to launch the attack. These devices—often computers, IoT gadgets, or smartphones—are controlled remotely without the owner’s knowledge.
2. Service Disruption:
The core objective of a DDoS attack is to overwhelm a service or system to make it unavailable to legitimate users. By consuming server or network resources, attackers block access to services, negatively affecting business operations.
3. Complex Techniques:
Modern DDoS attacks go beyond simply flooding with traffic. Techniques such as IP spoofing, application layer attacks, DNS flood, and mixed-method assaults are used to bypass traditional security defenses, making detection and mitigation challenging.
4. Duration and Intensity:
Some attacks may last minutes, others can persist for days. The scale of such attacks can reach hundreds of gigabits per second (Gbps), leading to critical outages.
DDoS attacks are a significant threat in today’s digital landscape and require robust, multilayered defense strategies. Effective protection involves not just reactive measures but proactive preparedness, continuous monitoring, and investment in advanced security technologies. Organizations must take a preventive approach by regularly updating systems, educating staff, and testing resilience through simulated attack scenarios.
APT (Advanced Persistent Threat) Protection APT protection refers to cybersecurity measures designed to defend against sophisticated, long-term, and targeted cyber threats. APT attacks typically target specific entities such as government agencies, critical infrastructure, and major corporations, employing long-term surveillance to [...]
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