Modern validation workflows increasingly require repeatable and scriptable control of test instrumentation. In power utility, telecommunications, and laboratory environments, manually configuring test instrumentation is often inadequate for regression testing, long-duration measurements, and integration into continuous integration (CI) pipelines.

The albedo-snmp-starter repository offers a structured Python foundation for automating Albedo Telecom test equipment using SNMP. It is intended to serve as a practical starting point for engineers requiring deterministic device control, symbolic MIB access, and reusable automation patterns.

A network diagram showing a Test Sequence Controller connected to a controlling a UUT (Unit Under Test) network device and an ALBEDO Tester

Fig 1. Automated test sequence architecture

Supported platforms:

The starter kit supports the following ALBEDO devices:

  • xGenius
  • Zeus
  • AT.2048
  • AT.One
  • Ether.Genius
  • Net.Storm
  • Net.Hunter
  • Net.Time

This coverage allows for consistent automation strategies across synchronization testers, Ethernet performance analyzers, WAN emulators, and timing platforms.

A group of Albedo Telecom network testing devices

Fig 2. Albedo Telecom product lineup

What this repository addresses

SNMP-based automation can be complicated when working with vendor-specific MIB modules, RowStatus state machines, and device-specific operational modes. This project addresses these challenges by providing the following:

  • An asynchronous SNMP client built on PySNMP 7.1
  • Integrated MIB compilation using PySMI
  • Symbolic OID resolution (MODULE::object)
  • Structured handling of RFC 2579 RowStatus tables
  • Multifunction mode detection and control (for devices such as xGenius)
  • Progressive, example-driven execution

Rather than providing isolated scripts, the repository establishes a reusable architecture that scales from simple parameter reads to full end-to-end measurement workflows.

Licensing Model

The repository is distributed under the Apache License 2.0.
This permits the following:

    • Commercial use
    • Internal modification
    • Integration into proprietary automation systems

Attribution must be preserved. However, derivative automation frameworks are not required to be open source.

Conclusion

The albedo-snmp-starter repository provides a structured, production-oriented foundation for the SNMP automation of Albedo Telecom test equipment. It reduces the complexity of MIB handling, formalizes RowStatus operations, and introduces an asynchronous architecture that is well-suited for modern test environments.

For engineering teams seeking repeatable, programmable control of Albedo platforms, this project serves as a practical and extensible starting point.