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Firewall & DDoS Protection

In Network Security
Uninterrupted Protection

We analyze your traffic in real time, stop attacks before they start, and maintain clean traffic flow with low latency. Location-independent protection via direct connection, L2 circuit, or GRE tunneling.

Dynamic and Continuous Filtering Global POP Points Low Latency
Network Infrastructure

High-Capacity Protection
with Global Backbone

Our infrastructure architecture works with a traffic scrubbing approach through global carriers and POP points. This way, traffic is separated at the nearest point during an attack and clean traffic is delivered to you.

High Capacity
Auto-scaling protection during burst attacks.
Nearest POP Scrubbing
Routing that keeps latency to a minimum.
Traffic Flow
Mitigation / Clean Traffic
Attack TrafficDrop
Suspicious PatternNo suspicion
Clean TrafficAllow
* Actual implementation runs with packet/flow-based detection + dynamic rules.
L3/L4
TCP/UDP packet analysis
L7
Network-level behavior analysis
False-Positive
0% false blocking
Automation
Instant rule adaptation
Mitigation Approach

Deep Analysis + Dynamic Rules

The protection strategy changes instantly based on the type and intensity of the attack. In UDP/TCP Layer 4 attacks and network-level Layer 7 attacks, your traffic is separated and delivered as "clean traffic".

Dynamic Filtering
Automatic defense strategy based on attack patterns.
Low Latency Location
Traffic is scrubbed at the nearest POP point.
Algorithm / Rule Set
Continuously updated detection and separation logic.
Service Points

Our Service Points

Your traffic is scrubbed at the nearest point; low latency is maintained.

Turkey
Istanbul
Bulgaria
Sofia
Germany
Frankfurt
4 Steps

Setup Process

Contact → Setup → Filtering → Seamless Network

1
Contact

Share your network and needs; let's determine the right solution for you.

2
Setup

Fast activation with direct connection, L2 circuit, or GRE tunnel setups.

3
Filtering

Malicious traffic is separated; clean traffic is safely delivered to you.

4
Seamless Network

After setup, your network stays under continuous protection against attacks.

Connection Architecture

Connection Options & Symmetric Routing

We offer three different connection methods for delivering clean traffic to customers. REXE is directly connected to Path.net infrastructure via L2 circuit .

REXE is directly connected to Path.net infrastructure via L2 circuit (Layer 2 connection) — the traffic scrubbing process occurs with low latency and high reliability.
REXE Firewall Active - Your Server is Protected
Internet
Raw Traffic
All traffic including attacks
REXE Path.net
Path.net Infrastructure
Clean Traffic
Your Server
Clean Traffic
Outgoing traffic also takes the same path (symmetric)
No asymmetric routing — incoming and outgoing traffic passes through the same protection line, stateful tracking works correctly.
REXE Connection
L2 Circuit

REXE is directly connected to Path.net infrastructure via Layer 2 circuit. Lowest latency, highest reliability. Traffic is transmitted transparently.

  • Lowest latency
  • High reliability
  • Transparent traffic transmission
Direct Connection

Physical connection in the same data center or via cross-connect. No IP change required, clean traffic delivery with low latency.

  • No IP change required
  • Physical security
  • Fast activation
GRE Tunnel

Your server is protected regardless of its physical location. No IP change required, traffic is tunneled and scrubbed transparently.

  • Location independent
  • No IP change required
  • Fast activation (< 1 hour)
Symmetric Routing

Incoming (ingress) and outgoing (egress) traffic passes through the same protection line. Stateful inspection issues, false blocking, and log inconsistencies experienced in asymmetric routing are completely eliminated.

  • Stateful inspection works correctly
  • False-positive risk minimized
  • Consistent traffic logs
Support

Need support?

Average response time: 15 min. Entrust your traffic to safe hands.

0 (850) 840 73 93
info@rexe.tr
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