How DDoS Protection Works

Understanding how attacks happen and how we stop them before they reach your servers.

TAKE A LOOK AT WHAT OUR ATTACK TYPES CONSIST OF

Layer 3/4 Attacks

These hit your network infrastructure directly. SYN floods, UDP floods, ICMP floods: they're all about volume. Attackers send millions of packets per second to exhaust your bandwidth or crash your network stack.

Layer 7 Attacks

These target your actual application. For game servers, that means fake players joining, handshake floods, or bots spamming game protocol packets. The traffic looks like real players, so basic firewalls don't catch it.

How Templass Mitigates Attacks

We filter traffic before it reaches you. All incoming traffic goes through our network first, where we analyze and drop attack traffic in real time. Only clean traffic gets forwarded to your servers.

Our system operates at the network edge, using multiple filtering layers to catch different types of attacks. We understand protocols, analyze patterns, and drop malicious traffic automatically.

TAKE A LOOK AT WHAT OUR DEPLOYMENT OPTIONS CONSIST OF

GRE and IPIP Tunnels

Most setups use GRE tunnels. You route your traffic to us, we scrub it, then send it back through the tunnel. It's transparent: your IP stays the same, and your server doesn't know we're filtering.

Reverse Proxy Mode

For web services or game servers that support it, reverse proxy is simpler. Point your DNS to us, and we handle everything. We terminate connections, filter traffic, then forward clean requests to your backend.

Transparent Protection

IPIP works the same way as GRE, just a different encapsulation protocol. Both let us see all traffic before it hits your infrastructure. We can drop attack packets at the edge, so they never consume your bandwidth or server resources.

TAKE A LOOK AT WHAT OUR MITIGATION PIPELINE CONSISTS OF

Step 1: Traffic Absorption

All traffic, legitimate and attack, arrives at our edge first. We have enough capacity to absorb even massive attacks without dropping legitimate packets.

Step 2: Pattern Analysis

Our filters analyze traffic patterns instantly. We look at packet rates, connection patterns, protocol behavior, and more. Attack traffic gets flagged within seconds.

Step 3: Edge Filtering

Malicious packets get dropped at our edge. They never reach your servers, never consume your bandwidth, never crash your infrastructure. Only clean traffic continues.

Step 4: Seamless Delivery

Legitimate users never notice anything happened. Their connections work normally, latency stays low, and your servers keep running. The attack happens, but it doesn't affect you.

Bottom line

DDoS protection works by filtering traffic before it reaches you. We stop attacks at our edge, so your infrastructure never sees them. It's automatic, transparent, and happens in real time.

Ready to Protect Your Infrastructure?

Get protected before you need it. Contact us to set up DDoS protection.

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