Port 5085LLRP over TLS
EPCglobal Low Level Reader Protocol (LLRP) over TLS facilitates secure communication between RFID readers and controlling software, leveraging TLS to provide encrypted transport. It enables standardized device management, inventory control, and data acquisition within RFID systems commonly found in logistics, retail, and supply chain operations..
- transport
- tcp · udp
- in transit
- cleartext
- assignment
- official
- risk
- 4/10
- lookups
- 9,186
2 transports registered
payload readable on path
registered with iana
caution
rank 527 of 993 · top 53%
Technical Details
what runs on :5085The EPCglobal Low Level Reader Protocol (LLRP) is a standardized interface enabling effective communication between RFID interrogators (readers) and central controlling applications. Designed by EPCglobal, LLRP provides a common framework for managing tag inventory operations, configuration, and firmware updates, abstracting vendor-specific differences. Communication occurs through a set of XML-encoded messages transmitted over TCP/IP networks.
Port 5085 is designated for LLRP communication encapsulated within a TLS (Transport Layer Security) session, enhancing confidentiality and integrity of transmitted data. Utilizing TLS allows sensitive logistics or inventory information to be exchanged without interception or tampering by unauthorized parties. This integration supports mutual authentication through certificates, fostering a trusted connection between RFID readers and management systems.
LLRP over TLS plays a critical role in large-scale, distributed RFID deployments where secure device provisioning, real-time inventory data collection, and event handling are essential. It is widely implemented in supply chain management, retail analytics, and warehouse automation systems where protecting commercial data from eavesdropping or manipulation is paramount.
Security Information
exposure of :5085risk 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 · udp
udp is connectionless — source addresses are trivially spoofed and it is a reflection favourite
security overview
Common vulnerabilities associated with LLRP over TLS include:
- Use of outdated or weak TLS configurations (e.g., SSLv3, weak cipher suites)
- Improper certificate management leading to man-in-the-middle attacks
- Insecure implementation of RFID reader firmware exposing control interfaces
- Insider threats leveraging authorized access for malicious purposes
Mitigations typically comprise:
- Enforcing strong, up-to-date TLS versions such as TLS 1.2 or above
- Employing strict certificate validation and renewal processes
- Regularly updating RFID reader firmware to address known vulnerabilities
- Implementing access controls and network segmentation for RFID infrastructure
- Monitoring traffic for anomalies to detect possible intrusion attempts or misuse
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risk mix of the 8 listed
- caution100%
0 of 8 encrypted