Where this offering fits
DDSFX-10G is Advenica’s SFP-based data-diode offering. Review it as a specific one-way link component within a complete transfer architecture. A port-speed label alone does not establish end-to-end application throughput or compatibility with every hosting network device.
Architecture and rollout decisions
Confirm the supported physical interfaces, host equipment and surrounding transfer design. Define which application components handle data preparation, delivery and error detection. Test representative traffic under agreed conditions and document the one-way boundary. Maintenance procedures must preserve the intended direction rather than temporarily adding a reverse link.
An evaluation scenario for this offering
Confirm the proposed host equipment and physical interfaces before assembling a DDSFX-10G proof of concept. Drive a representative synthetic transfer pattern through the complete supported architecture rather than using only a port-level rate test. Record object or message sizes, offered load and the receiving application’s completion checks. Include a controlled loss of the receiving path and review how incomplete delivery becomes visible. The final record should connect observed throughput and error behaviour to that specific configuration. It should also show how maintenance preserves the one-way boundary, without claiming that the interface label guarantees every application’s transfer rate.
Evidence to request for this scope
- Obtain compatibility details for the proposed host and interfaces.
- Measure the required application flow in the selected configuration.
- Record the complete boundary architecture and service procedure.