Remote DDoS protection for Linux & Windows
TCP, UDP, whatever your daemon speaks — protected without you rebuilding a thing.
Remote mitigation for any Linux or Windows workload
Reverse-proxy in front of your origin
Point your A record at us. TLS terminates at the PoP, clean traffic proxies back to your origin over IPsec or plain TLS. L7 flood detection catches slowloris, hash-collision, and low-and-slow application attacks that never fill a 1G pipe.
GRE tunnel or IP-in-IP, keep your protocol
We advertise your IP, hand you back clean traffic through a tunnel. Works for anything you're already running — game protocols, RDP, VoIP, databases, custom binaries. Your daemon config doesn't change.
Public-internet-facing MySQL, Postgres, Redis
Not that you should, but sometimes you have to. We fingerprint the wire protocol and drop obviously-hostile traffic before it hits your TCP listener, so an idiot on port 3306 doesn't OOM your box.
If it speaks TCP or UDP, we can filter it
Custom binary protocols, VPN concentrators, media servers, IoT backends. Adaptive signatures learn your baseline and null-route anomalies without a service window.
Running a game server? Game server DDoS protection has engine-aware mitigation. See the full protection overview.
The Cybersecurity Threat of DDoS
What is a DDoS?
A distributed denial-of-service attack (DDoS attack) is when an attacker floods a victim's internet network with malicious traffic, aimed at overwhelming it and causing catastrophic downtime ranging from seconds to weeks.
This downtime can cause permanent damage to your brand, loss of customer confidence, and major financial loss.
Any internet-facing property your organization and users rely on is potentially vulnerable to DDoS attacks.
DDoS Protection
DDoS Mitigation solutions are designed to combat these attacks by separating the good traffic from the bad traffic.
However, not all DDoS solutions are built the same.
Some have issues that can do more harm than help:
- Slow mitigation times causing downtime for minutes
- High-latency unsuitable for high-speed applications
- False positives blocking real customers
- Failure to protect against sophisticated attacks
Contact Us
Have a question? Reach out to our team and we'll help you out.
