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# WEDOS.protection - Cloud based anycast DDoS protection and WAF (L3,L4 and L7 protection): L3,L4 and L7 - DDoS Protection and WAF

## Sitemaps
[XML Sitemap](https://wedos.protection/sitemap_index.xml): Includes all crawlable and indexable pages.

## Stránky
- [](https://wedos.protection/6415-2/): EU-native DDoS, WAF and bot protection. No credit card to start. European jurisdiction, GDPR-native, NIS2-ready.
- [](https://wedos.protection/6369-2/): Five plans built for every scale — from personal websites to critical EU infrastructure. European jurisdiction, GDPR-native, NIS2-ready. No hidden fees, unmetered traffic.
- [Government & Public Sector](https://wedos.protection/government-public-sector/): Native plugin available for CMS-based government portals.
- [Technology & Innovation](https://wedos.protection/technology-innovation/): WEDOS Protection is designed by infrastructure operators, not based on theoretical security models.
- [E-Commerce](https://wedos.protection/e-commerce/): DDoS attacks against e-commerce targets are not random. They are timed — against peak trading periods, product launches, Black Friday, seasonal campaigns — precisely because the commercial damage is maximised when your traffic is highest and your tolerance for disruption is lowest.
- [Hosting Providers](https://wedos.protection/hosting-providers/): WEDOS Protection gives large European hosting providers two things at once: enterprise-grade anycast DDoS mitigation for your own infrastructure, and a fully white-labeled resale product you can bring to market under your own brand — without building anything yourself.
- [Telecoms](https://wedos.protection/telecoms/): Under NIS2, telecoms operators are classified as essential entities with mandatory security requirements covering incident detection, response, and reporting. WEDOS Protection's architecture — continuous monitoring, audit-grade logging, SIEM integration, and documented incident response — is built to support NIS2 compliance for both your own operations and the managed services you provide to customers.
- [Critical Infrastructure](https://wedos.protection/critical-infrastructure/): Energy grids, water treatment, transport networks, financial clearing systems, telecoms — these are the primary targets of state-sponsored and hacktivist DDoS campaigns across Europe. Attackers understand that taking down critical infrastructure has cascading consequences that go far beyond a single organisation.
- [Banking & Financial Services](https://wedos.protection/banking-financial-services/): Resilience Is No Longer Optional. Neither Is Sovereignty.
- [Frequently Asked Questions](https://wedos.protection/faq/): Have a question not covered here? Speak to our team.
- [Case study: Czech Budweis](https://wedos.protection/case-study-czech-budweis/): The official website of the City of Czech Budweis is one of the most important sources of information for residents and visitors. People use it for official documents, forms, contacts, transport information, cultural events, and crisis communication.
- [HomePage](https://wedos.protection/): WEDOS Protection filters malicious traffic before it reaches yourinfrastructure. Ensure availability, performance, and security,even during large-scale attacks.
- [How we mitigate volumetric DDoS attacks](https://wedos.protection/how-wedos-global-protection-works/how-we-mitigate-volumetric-ddos-attacks/): A DDoS attack (Distributed Denial of Service) is an attack where a large number of devices send traffic to a target at the same time(devices are often infected computers, servers, IoT devices, or cloud instances controlled by an attacker).
- [How WEDOS Global Protection works](https://wedos.protection/how-wedos-global-protection-works/): 1. Attacks & Mitigation DDoS & L3/L4 How we mitigate volumetric DDoS attacks How we mitigate protocol attacks(SYN flood, ACK flood, etc.) How we mitigate reflection and amplification attacks How we handle multi-vector DDoS attacks How we protect against UDP floods How we protect against TCP exhaustion attacks How we protect against ICMP floods Application layer (L7) How we mitigate HTTP floods How we mitigate HTTPS floods How we mitigate slow attacks(Slowloris, etc.) How we mitigate cache-bypass attacks How we mitigate expensive-request attacks How we mitigate login abuse and brute-force How we mitigate scraping and data harvesting How we mitigate API abuse Botnets & Automation How we detect botnet traffic How we deal with distributed bot attacks How we separate bots from real users How we handle headless browsers and automation tools 2. Detection, Response & Operations Detection How we detect attacks in real time How we distinguish attacks from legitimate traffic How we detect low-and-slow attacks How we detect multi-layer attacks How we use behavioral analysis How we avoid false positives Response How we respond to an ongoing attack How mitigation is activated automatically How manual intervention works How we escalate incidents How we keep services online during attacks Forensics & Visibility How we log and analyze attack traffic How we provide post-incident reports How customers can see what happened How we provide evidence for audits and compliance 3. Traffic Filtering & Protection Layers Network layers (L3/L4) How we filter traffic at L3/L4 How we handle packet-level attacks How we handle fragmented traffic How we handle malformed packets Application layer (L7) How we filter traffic at L7 How we inspect HTTP/HTTPS traffic How we handle encrypted traffic How we apply per-domain security policies Multi-layer model How our layered protection model works How layers cooperate How attacks are stopped before reaching your infrastructure 4. Architecture & Deployment Deployment How we deploy in front of any infrastructure How we integrate with existing networks How we work with on-premise infrastructure How we work with cloud and hybrid environments How traffic is routed through our network Scaling & Capacity How we scale mitigation globally How we handle large-scale attacks How we absorb traffic spikes How we avoid single points of failure Reliability How we ensure high availability How we handle node failures How we handle data center outages 5. Use Cases & Industries Infrastructure providers How we protect shared hosting platforms How we protect VPS and cloud providers How we protect data centers Online services How we protect e-commerce platforms How we protect SaaS platforms How we protect media websites How we protect gaming platforms Critical sectors How we protect banks and fintech How we protect government infrastructure How we protect healthcare systems How we protect critical national infrastructure APIs & Services How we protect APIs How we protect backend services How we protect microservices 6. DNS & Infrastructure Services How we protect DNS infrastructure How we protect authoritative DNS servers How we mitigate DNS amplification attacks How we keep DNS online during attacks 7. Compliance, SOC & Governance How we help with NIS2 compliance How we provide evidence of active monitoring How we integrate with SOC teams How we support incident response processes How we help with audits and regulatory requirements 8. Traffic Quality & Business Impact How we ensure legitimate users are not blocked How we minimize false positives How we protect performance during attacks How we keep latency low How we avoid breaking applications 9. Limits, Reality & Transparency What our protection cannot do What we cannot protect you from What still depends on your infrastructure Typical mistakes in DDoS protection Common myths about DDoS mitigation 10. Operations & Support How 24/7 monitoring works How customers report incidents How emergency response works How communication during incidents works
- [Dotekomanie.cz](https://wedos.protection/case-studies/dotekomanie-cz/): CEO, editor-in-chief, and developer
- [Case studies](https://wedos.protection/case-studies/): How we helped the magazine Dotekománie.cz reduce web server load by 41% and achieve 6× faster website loading.
- [Name of the attack](https://wedos.protection/ddos-inventory/ddos-name-of-the-attack/): Name of the attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Web DDoS Tsunami Attack](https://wedos.protection/ddos-inventory/ddos-web-ddos-tsunami-attack/): Web DDoS Tsunami Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Sophisticated Web Attack Tools](https://wedos.protection/ddos-inventory/ddos-sophisticated-web-attack-tools/): Sophisticated Web Attack Tools is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Encrypted DDoS Attack](https://wedos.protection/ddos-inventory/ddos-encrypted-ddos-attack/): Encrypted DDoS Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Zero Day DDoS Attack](https://wedos.protection/ddos-inventory/ddos-zero-day-ddos-attack/): Zero Day DDoS Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Xor DDoS](https://wedos.protection/ddos-inventory/ddos-xor-ddos/): Xor DDoS is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [XML-RPC Flood](https://wedos.protection/ddos-inventory/ddos-xml-rpc-flood/): XML-RPC Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [VOIP Flood](https://wedos.protection/ddos-inventory/ddos-voip-flood/): VOIP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [UPnP Attack](https://wedos.protection/ddos-inventory/ddos-upnp-attack/): UPnP Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [UDP Flood](https://wedos.protection/ddos-inventory/ddos-udp-flood/): UDP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Typosquatting](https://wedos.protection/ddos-inventory/ddos-typosquatting/): Typosquatting is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [TTL Expiry Attack](https://wedos.protection/ddos-inventory/ddos-ttl-expiry-attack/): TTL Expiry Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [TOS Flood](https://wedos.protection/ddos-inventory/ddos-tos-flood/): TOS Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Teardrop Attack](https://wedos.protection/ddos-inventory/ddos-teardrop-attack/): Teardrop Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [TCP RST Flood](https://wedos.protection/ddos-inventory/ddos-tcp-rst-flood/): TCP RST Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [TCP Null Attack](https://wedos.protection/ddos-inventory/ddos-tcp-null-attack/): TCP Null Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Synonymous IP Attack](https://wedos.protection/ddos-inventory/ddos-synonymous-ip-attack/): Synonymous IP Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SYN Flood](https://wedos.protection/ddos-inventory/ddos-syn-flood/): SYN Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SSL Flood](https://wedos.protection/ddos-inventory/ddos-ssl-flood/): SSL Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SSDP Amplification](https://wedos.protection/ddos-inventory/ddos-ssdp-amplification/): SSDP Amplification is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SQL Injection Attack](https://wedos.protection/ddos-inventory/ddos-sql-injection-attack/): SQL Injection Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SNMP Reflection](https://wedos.protection/ddos-inventory/ddos-snmp-reflection/): SNMP Reflection is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SNMP Amplification](https://wedos.protection/ddos-inventory/ddos-snmp-amplification/): SNMP Amplification is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Smurf Attack](https://wedos.protection/ddos-inventory/ddos-smurf-attack/): Smurf Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Slowloris](https://wedos.protection/ddos-inventory/ddos-slowloris/): Slowloris is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Slowdroid](https://wedos.protection/ddos-inventory/ddos-slowdroid/): Slowdroid is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Slow Read Attack](https://wedos.protection/ddos-inventory/ddos-slow-read-attack/): Slow Read Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SIP Register Flood](https://wedos.protection/ddos-inventory/ddos-sip-register-flood/): SIP Register Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SIP Flood](https://wedos.protection/ddos-inventory/ddos-sip-flood/): SIP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Single Session HTTP Flood](https://wedos.protection/ddos-inventory/ddos-single-session-http-flood/): Single Session HTTP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Single Request HTTP Flood](https://wedos.protection/ddos-inventory/ddos-single-request-http-flood/): Single Request HTTP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Shrew Attack](https://wedos.protection/ddos-inventory/ddos-shrew-attack/): Shrew Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [SACK Panic](https://wedos.protection/ddos-inventory/ddos-sack-panic/): SACK Panic is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [RUDY (R-U-Dead-Yet?)](https://wedos.protection/ddos-inventory/ddos-rudy-r-u-dead-yet/): RUDY (R-U-Dead-Yet?) is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [RST Flood](https://wedos.protection/ddos-inventory/ddos-rst-flood/): RST Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Recursive HTTP GET Flood](https://wedos.protection/ddos-inventory/ddos-recursive-http-get-flood/): Recursive HTTP GET Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Ransom DDoS Attack](https://wedos.protection/ddos-inventory/ddos-ransom-ddos-attack/): Ransom DDoS Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Random Recursive GET Flood](https://wedos.protection/ddos-inventory/ddos-random-recursive-get-flood/): Random Recursive GET Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [QUIC Flood Attack](https://wedos.protection/ddos-inventory/ddos-quic-flood-attack/): QUIC Flood Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Pulse Wave DDoS Attack](https://wedos.protection/ddos-inventory/ddos-pulse-wave-ddos-attack/): Pulse Wave DDoS Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Ping of Death](https://wedos.protection/ddos-inventory/ddos-ping-of-death/): Ping of Death is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Ping Flood](https://wedos.protection/ddos-inventory/ddos-ping-flood/): Ping Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Permanent DoS Attack](https://wedos.protection/ddos-inventory/ddos-permanent-dos-attack/): Permanent DoS Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Peer-to-Peer Attack](https://wedos.protection/ddos-inventory/ddos-peer-to-peer-attack/): Peer-to-Peer Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [NTP Amplification](https://wedos.protection/ddos-inventory/ddos-ntp-amplification/): NTP Amplification is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Non-Spoofed UDP Flood](https://wedos.protection/ddos-inventory/ddos-non-spoofed-udp-flood/): Non-Spoofed UDP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Naptha Attacks](https://wedos.protection/ddos-inventory/ddos-naptha-attacks/): Naptha Attacks is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [MyDOOM](https://wedos.protection/ddos-inventory/ddos-mydoom/): MyDOOM is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Multi-vector Attack](https://wedos.protection/ddos-inventory/ddos-multi-vector-attack/): Multi-vector Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Multiple VERB Single Request](https://wedos.protection/ddos-inventory/ddos-multiple-verb-single-request/): Multiple VERB Single Request is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [MS SQL Attack](https://wedos.protection/ddos-inventory/ddos-ms-sql-attack/): MS SQL Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Miuse Application Attack](https://wedos.protection/ddos-inventory/ddos-miuse-application-attack/): Miuse Application Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [MITM Attack](https://wedos.protection/ddos-inventory/ddos-mitm-attack/): MITM Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Mirai Botnet](https://wedos.protection/ddos-inventory/ddos-mirai-botnet/): Mirai Botnet is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Memcached DDoS Attack](https://wedos.protection/ddos-inventory/ddos-memcached-ddos-attack/): Memcached DDoS Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Media Data Flood](https://wedos.protection/ddos-inventory/ddos-media-data-flood/): Media Data Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Markov-Modulated DDoS](https://wedos.protection/ddos-inventory/ddos-markov-modulated-ddos/): Markov-Modulated DDoS is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [MAC Flooding](https://wedos.protection/ddos-inventory/ddos-mac-flooding/): MAC Flooding is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Low and Slow Attack](https://wedos.protection/ddos-inventory/ddos-low-and-slow-attack/): Low and Slow Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Loop DDOS](https://wedos.protection/ddos-inventory/ddos-loop-ddos/): Loop DDOS is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [LOIC (Low Orbit Ion Cannon)](https://wedos.protection/ddos-inventory/ddos-loic-low-orbit-ion-cannon/): LOIC (Low Orbit Ion Cannon) is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Layer 3 Attacks](https://wedos.protection/ddos-inventory/ddos-layer-3-attacks/): Layer 3 Attacks is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [IP Null Attack](https://wedos.protection/ddos-inventory/ddos-ip-null-attack/): IP Null Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [IP Fragmentation Attack](https://wedos.protection/ddos-inventory/ddos-ip-fragmentation-attack/): IP Fragmentation Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [IGMP Flood](https://wedos.protection/ddos-inventory/ddos-igmp-flood/): IGMP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [ICMP Misuse](https://wedos.protection/ddos-inventory/ddos-icmp-misuse/): ICMP Misuse is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [ICMP Fragmented Flood](https://wedos.protection/ddos-inventory/ddos-icmp-fragmented-flood/): ICMP Fragmented Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [ICMP Flood](https://wedos.protection/ddos-inventory/ddos-icmp-flood/): ICMP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [HTTP POST Flood](https://wedos.protection/ddos-inventory/ddos-http-post-flood/): HTTP POST Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [HTTP GET Flood](https://wedos.protection/ddos-inventory/ddos-http-get-flood/): HTTP GET Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [HTTP Flood](https://wedos.protection/ddos-inventory/ddos-http-flood/): HTTP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Host TCP Traffic](https://wedos.protection/ddos-inventory/ddos-host-tcp-traffic/): Host TCP Traffic is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [HOIC (High Orbit Ion Cannon)](https://wedos.protection/ddos-inventory/ddos-hoic-high-orbit-ion-cannon/): HOIC (High Orbit Ion Cannon) is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Hit and Run DDOS](https://wedos.protection/ddos-inventory/ddos-hit-and-run-ddos/): Hit and Run DDOS is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Fragmented UDP Flood](https://wedos.protection/ddos-inventory/ddos-fragmented-udp-flood/): Fragmented UDP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Fragmented HTTP Flood](https://wedos.protection/ddos-inventory/ddos-fragmented-http-flood/): Fragmented HTTP Flood is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Fragmentation Attack](https://wedos.protection/ddos-inventory/ddos-fragmentation-attack/): Fragmentation Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Fraggle Attack](https://wedos.protection/ddos-inventory/ddos-fraggle-attack/): Fraggle Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Fork Bomb](https://wedos.protection/ddos-inventory/ddos-fork-bomb/): Fork Bomb is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Faulty Application Attack](https://wedos.protection/ddos-inventory/ddos-faulty-application-attack/): Faulty Application Attack is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Fake Session](https://wedos.protection/ddos-inventory/ddos-fake-session/): Fake Session is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Excessive VERB Single Session](https://wedos.protection/ddos-inventory/ddos-excessive-verb-single-session/): Excessive VERB Single Session is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.
- [Excessive VERB](https://wedos.protection/ddos-inventory/ddos-excessive-verb/): Excessive VERB is a DDoS technique that targets system availability by overloading infrastructure. This page explains the attack, mitigation capabilities, and the role of WEDOS Global.

## Site Builder
- [Solutions by Industry](https://wedos.protection/astra-advanced-hook/solutions-by-industry/): Telecoms Critical Infrastructure Banking & Finance Telecoms Critical Infrastructure Banking & Finance
- [Header](https://wedos.protection/astra-advanced-hook/header/): Enterprise-grade security and performance solutions, built in Europe and trusted worldwide.
- [Footer](https://wedos.protection/astra-advanced-hook/footer/): We run a top-tier anycast network across the EU the backbone that keeps our services fast, available, and resilient.