Port 3423Xware xTrm Protocol
Xware xTrm Communication Protocol (XCP) is a specialized protocol used primarily to facilitate secure and reliable data exchange in industrial environments and enterprise-grade communication solutions. Designed by Xware, it offers custom features to ensure integrity and operational continuity across distributed systems..
- transport
- tcp
- in transit
- cleartext
- assignment
- official
- risk
- 4/10
- lookups
- 8,744
single transport
payload readable on path
registered with iana
caution
rank 578 of 993 · top 58%
Technical Details
what runs on :3423Xware xTrm Communication Protocol (XCP) is a proprietary transport-layer protocol aimed at facilitating communication within industrial automation and logistics applications. It allows efficient data transfer between system nodes like control systems, sensors, and enterprise management software, enhancing overall operational workflows.
Technically, XCP often operates over TCP on port 3423, leveraging the reliability that connection-oriented transport provides. By focusing on transactional integrity and managing latency, it supports real-time data exchange critical for manufacturing lines, warehousing, and remote control systems.
The protocol incorporates some degree of proprietary handshake and message formatting, optimized for the specific needs of Xware systems. It can be integrated with supervisory control or data acquisition platforms (SCADA), ensuring seamless data communication between operational equipment and backend servers.
Security Information
exposure of :3423risk score
4/ 10caution
worth attention. how exposed you are depends on configuration — don't leave it reachable from the internet without a reason.
network services averages 3.9 across 604 ports — this one sits 0.1 above.
in transit
cleartext
credentials and payloads are readable by anyone on path
assignment
official
registered with iana for this service — scanners fingerprint it by number
reachable over
tcp
every listening transport is another surface to filter at the edge
security overview
Common Vulnerabilities:
- Since XCP traditionally lacks built-in encryption, data transmitted over the protocol is susceptible to interception by network sniffers or man-in-the-middle attacks.
- Weak authentication or absence of secure authorization mechanisms could lead to unauthorized commands affecting mission-critical systems.
- Vulnerabilities in proprietary protocol parsing or improper implementation on endpoints may lead to buffer overflows or denial-of-service conditions.
Common Mitigations:
- Employ network segmentation and strict access control lists to limit protocol exposure beyond necessary segments.
- Use VPNs or encrypted tunnels to encapsulate XCP traffic, protecting data-in-transit.
- Implement network intrusion detection systems to identify anomalous attempts targeting port 3423.
- Regularly patch systems and monitor manufacturer advisories for security updates.
- Consider deploying application-layer security controls or gateways capable of protocol-aware filtering.
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risk mix of the 8 listed
- caution100%
0 of 8 encrypted