Network metric forecasting
Evaluate traffic, utilisation and latency forecasts. Compare horizons and resolution with your operational telemetry.
Industries / 12 / Services and public sector
Telecommunications
Network metric forecasting, incident classification and call analysis. Connect time series, tickets and equipment documentation to your operations.
Build tools for NOC and customer support that query OSS and BSS through authorised actions.
Service and operations
Link each result to the relevant service, equipment and incident.
Evaluate traffic, utilisation and latency forecasts. Compare horizons and resolution with your operational telemetry.
Group tickets by symptom, service and equipment type. Prepare queues and summaries using your operational categories.
Transcribe conversations and organise contact reasons. Link each result to its ticket and retain audio for review.
Query service status and execute authorised tools. Your application validates actions and communicates each call’s actual result.
With QDivZero / Telecommunications
Evaluate a time series model for telemetry and ASR for calls. Connect an agent to authorised OSS and BSS queries; your application retains references and controls actions.
Open-weight / Telecommunications
Cisco Time Series Model is a forecasting reference for metrics; Qwen3-ASR transcribes calls, MiniMax supplies tool calling and embeddings retrieve technical documentation.
Telemetry · preview
Multiresolution forecasting model also trained on Splunk observability metrics.
Hugging Face referenceView modelSpeech recognition
For transcribing support calls and preparing text linked to each ticket.
View modelTool calling
For agents requesting queries to OSS and BSS tools exposed by your integration.
View modelEmbeddings
For retrieving technical guides by equipment, service and configuration version.
View modelTelecommunications
The preview checkpoint is a multiresolution forecasting model also trained on Splunk observability metrics. Evaluate it using your metric history while respecting format and resolution. Check errors by horizon: it does not itself include alarm rules or diagnosis for your network.
Define labels matching operational symptoms, services and equipment. Evaluate short tickets, duplicates and queries with multiple issues. Your application combines categories with assignment rules and retains original records to review ambiguous cases or team corrections.
Retain call and ticket identifiers from audio intake. Transcribe with an ASR model and use text to prepare contact reasons or summaries. Preserve the file link; distinguishing speakers requires a specific capability or an additional stage.
Your application can expose an authorised tool querying the relevant API. The model requests the call; the integration validates inputs, executes the query and returns the result. Distinguish this read from operations that change configuration or data and need other controls.
Measure the whole workflow: context retrieval, model response and external-system calls. Test concurrent queries and tool failures. A fast model does not remove operational API delays; use results to size capacity and define how support continues.
Estimate volume and concurrency per task: queries, ticket classification and tool-enabled agents. Context and workflow stages affect capacity requirements. Test one incident type or channel and compare total cost, including retrieval and integration with your systems.
Your integration can use available APIs or exports to supply context and query results. The model does not connect by itself: your application exposes authorised tools, validates inputs and executes calls. Preserve service, customer or ticket references as the task requires.
Test concurrency and latency across the complete workflow, including external tools. Distinguish interactive responses from tasks that can be queued and define how to continue after failures. Size deployment using those results and review capacity as traffic changes.
Measure category accuracy, usefulness of proposed steps, resolved queries and escalation needs. Review tool errors and conversation continuity. Compare equivalent incidents with the current workflow to assess whether the solution helps customers and the operations team.
Evaluate the model with your service data and connect outputs to your team’s workflow.