State-of-the-art network security solutions to ensure applications
and infrastructure availability and make every business stay unstoppable,
resilient and secure without hidden costs

What is Qrator Labs?

4 +

Tbps uplink connection capacity

15

Scrubbing centers worldwide

1000 +

Customers around the globe

24 / 7

Always-on automatic protection

Integrated Cloud-based Network Security Offerings powered by Owned Approach and Deep Technical Expertise

Enterprises rely on Qrator Labs worldclass network security solutions to get protected from

Denial of Service attacks

Content scraping

Hacking attempts

Account takeover

Identity theft

Brute force

Server overload

Network anomalies

Qrator Labs’ Unique Technologies for Fastest Reliable Network Security on the Market

Unique market SLA

Up to 99.95% availability of clients’ applications (guaranteed by a contract)

Fastest attack response time

Qrator Labs reaction time to a DDoS attack is less than 1 second for L3-L4 attacks, and up to 10 seconds for L7 DDoS

Minimum false-positive incidents

0% without attacks, less than 5% during a comprehensive attack (included in SLA) based on filtering automation powered by expertly preconfigured ruleset, which no need to tune manually

Transparency for users

No CAPTCHA or other annoying checks

Full BGP-Anycast

Traffic distribution between all filtering centers to increase bandwidth and guarantee traffic delivery

24/7 technical support

Available in English, French, Chinese (Mandarin) through different communication channels. Response time to any request is less than 15 minutes

Connection methods

DNS-Based Connectivity

BGP-Based Connectivity

Targeted Infrastructure Protection
DNS connectivity allows you to selectively protect specific elements of your infrastructure rather than the entire network. This selective approach can be advantageous for businesses that want to protect only their critical assets while managing costs effectively.
Per-Resource Cost
Additional resources require an extra Qrator IP, which incurs an additional cost for each IP added.
Simpler Setup for Small-Scale Protection
For businesses with a small number of critical resources, DNS-based connectivity is easier to set up than BGP. The DNS approach leverages standard proxying mechanisms (such as HTTP and TCL proxies) to redirect traffic, which simplifies the connection process.
TCP Traffic Compatibility
DNS-based connectivity supports TCP traffic only. It does not support UDP traffic, which means it’s not suitable for businesses needing protection for VPNs, video conferencing systems, or IP telephony services reliant on UDP.
No Outbound Connection Support
This method is not suitable for services that initiate outbound connections, such as email sending services or NAT gateways.
No Dedicated Communication Channels Required
Unlike BGP, DNS-based connectivity does not require establishing dedicated virtual or physical communication channels. This reduces the complexity of implementation and maintenance for businesses that only need selective protection.
Suites for:
Web Resources Application-Level Protection (L7)
DNS-based connectivity is suitable for businesses focused on protecting web applications from application-layer (Layer 7) attacks.
No AS or Independent IP Block
Businesses without an Autonomous System (AS), an established infrastructure, or a provider-independent IP block will find DNS-based connectivity beneficial.
Cost-Effective, Partial Protection
This approach is ideal for organizations that want to isolate and protect only their critical infrastructure elements without covering the entire infrastructure, thus optimizing costs.
Ask an expert
Comprehensive Infrastructure Protection
BGP connectivity enables protection of the entire infrastructure, including multiple resources (such as websites, email servers, and more) within a business's Autonomous System (AS).
No Additional Cost for Extra Resources
Unlike DNS connectivity, adding resources in BGP connectivity does not require additional IPs from Qrator, as the client’s IP addresses are used. This can be more cost-effective for large infrastructures.
No DNS Record Changes Required
BGP connectivity does not require any DNS adjustments, which simplifies the configuration process.
Supports All Traffic Protocols
BGP connectivity supports a full range of traffic protocols, making it suitable for protecting services requiring UDP, such as VPNs, IP telephony, video conferencing systems, and email servers.
Supports Outbound Connections
This method is compatible with services that initiate outbound connections, ensuring seamless operations for applications such as mail servers and NAT gateways.
Dedicated Communication Channels for High Availability
BGP-based protection requires establishing dedicated communication channels. These trusted channels contribute to higher reliability and improve the service level agreement (SLA) by ensuring a robust connection even during high traffic periods or attacks.
Infrastructure-Wide Protection, Including Bandwidth Overflow
BGP connectivity can secure the entire infrastructure, including communication channels, preventing issues related to bandwidth overflow during an attack.
Suites for:
Large Infrastructure with Multiple Resources
BGP is more cost-effective than DNS for businesses with five or more IP addresses, considering the communication channel costs.
Businesses with AS and Infrastructure Needs
Companies with an Autonomous System (AS) and complex infrastructure requiring VPN, IP telephony, video conferencing, and email protection will benefit from BGP’s comprehensive protection.
Organizations Needing Full Infrastructure Coverage
BGP connectivity is ideal for businesses requiring end-to-end protection of their entire infrastructure, ensuring that all resources, protocols, and traffic are safeguarded.
Ask an expert

Acknowledged by Global Engineering Communities

We are on Guard of the Network Availability helping our Customers Overcome the Most Complicated Attacks

1.3 Tbps

Max bandwidth of a mitigated DDoS attack

71.58 hours

Max DDoS attacks duration

901 600 devices

Max registered botnet

43 644 RPS

Peak bot attacks speed

Trusted by 1000+
Enterprises all over the globe

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Channel and Technology Partners

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FAQ

What is a DDoS attack?

How does a DDoS attack work?

What is DDoS protection?

Who needs DDoS protection?

What is the difference between cloud solutions and on-premise solutions? How to connect cloud-based DDos-mitigation solutions?

Does CDN protect against DDoS attacks?

What are Bots, and how to stop malicious bots activity?

What are benefits of using Qrator Labs` solutions?

How does Qrator Labs guarantee the clients` online resources availability?

Assure Availability and Performance of your Mission-critical resources Today

Over 1000 companies all over the globe already overcome the hardest network security threats, remain its infrastructure continuously available and grow customers' loyalty with Qrator Labs solutions. Join us today.