Solutions · Argus AI

AI assistant testing for Telecom

AI assistant testing for telecom. Operators handle millions of subscriber interactions across Azerbaijani and Russian, under service-quality SLAs.

Enterprise AI Quality Assurance for Telecom

Telecom operators manage millions of subscriber interactions across Azerbaijani and Russian languages while adhering to strict service-quality SLAs. To maintain these standards, Allmaz provides a specialized testing framework designed to validate AI assistants against high contact-center volumes and the inherent complexities of mixed-language conversations. By simulating real-world subscriber behavior, the platform helps operators reduce churn and improve retention through the systematic identification of failure points before they reach the customer. As a core engine of the Argus self-hosted AI testing platform, this solution integrates seamlessly with a shared runtime, model layer, credential store, and cost ledger used by QA and pentest engines. This architecture ensures that testing is not only comprehensive but also secure and cost-efficient. By treating the assistant as a black box, the framework validates the actual end-user experience, ensuring that the service delivered via REST, Dify, Kommunicate, or browser automation meets the highest standards of accuracy and reliability.

Capabilities

Optimizing the Subscriber Experience

Validate performance across complex Azerbaijani and Russian language interactions, including natural code-switching.

Reduce subscriber churn by identifying and fixing failures in retention-critical conversation paths.

Maintain strict service-quality SLAs through rigorous, automated, and repeatable testing cycles.

Ensure system stability and response quality under high contact-center volumes.

Prevent behavioral regressions over time using dedicated suites that confirm past issues stay fixed.

Obtain objective, data-driven readiness scores based on a native LLM evaluation of tone and compliance.

Enterprise-Grade Testing Capabilities

Synthetic User Generation

Generates thousands of realistic Azerbaijani synthetic users, each assigned a specific role, goal, language, style, knowledge level, and behavior.

Adversarial Persona Testing

Tests assistants against frustration, contradiction, prompt-injection, manipulation, and AZ↔RU code-switching to find edge cases.

Native LLM Judge

An Azerbaijani-native LLM scores the assistant on accuracy, tone, formality, compliance, and safety.

Black-Box Validation

Connects via REST, Dify, Kommunicate, or browser automation to test exactly what the customer experiences.

Policy-Driven Expectations

Expected behaviors are derived from uploaded knowledge and policy documents, remaining human-overridable.

Integrated Infrastructure

Part of the Argus self-hosted platform, sharing a runtime, model layer, credential store, and cost ledger with QA and pentest engines.

The Testing Workflow

1Upload knowledge and policy documents to derive expected assistant behaviors.
2Configure synthetic users and adversarial personas, including AZ↔RU code-switching scenarios.
3Connect the assistant as a black box via API or browser automation.
4Execute tests with bounded concurrency to ensure the testing process does not impact assistant availability.
5Analyze the readiness score, detailed findings, and write-once assurance records.
6Run regression suites to confirm that previously identified issues remain fixed.

Frequently Asked Questions

How does the system handle mixed-language conversations?

The engine utilizes adversarial personas specifically designed for AZ↔RU code-switching, simulating how subscribers naturally mix Azerbaijani and Russian in a single interaction.

Can the testing process crash our production assistant?

No. Per-assistant concurrency is strictly bounded to ensure that the testing process does not inadvertently become a denial-of-service attack on your assistant.

Is the readiness score a definitive release gate?

The readiness score serves as a signal rather than a strict release gate, as the judge does not yet have a published agreement measurement against human reviewers.

How are test results preserved for auditing?

Each run snapshots its evaluator configuration at launch to prevent retrospective re-scoring, and the system produces write-once assurance records for permanent documentation.

How are 'expected behaviors' determined during testing?

Expected behaviors are derived from your uploaded knowledge and policy documents. These derived expectations are treated as proposals that remain human-overridable rather than final verdicts.

Secure Your Subscriber Experience

Contact Allmaz to implement rigorous AI testing for your telecom operations.

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