What is an Execution?
An Execution is a single run of a data pipeline. Each time a pipeline is triggered:- Data is processed through defined stages
- Transformations and vectorization occur
- Outputs are generated and stored
- AI systems receive updated data
Execution Lifecycle
Each execution follows a structured flow: Pending → Running → Completed / Failed / Stopped During execution:- Data moves through pipeline stages
- Metrics are recorded in real time
- Logs are generated for traceability
Pipeline Stages (Execution Flow)
Executions are broken down into clear stages. Typical stages include:- Extract → Data ingestion from sources
- Transform → Cleaning and structuring
- Vectorize → Converting data into embeddings
- Load → Storing in databases and making it ready for AI
- Independently tracked
- Measured for duration and status
- Logged for debugging and auditing
Real-Time Observability
Avigrah provides full visibility into execution through multiple layers.Execution Status
At any time, you can see:- Current status (Running, Completed, Failed, Paused)
- Start time and duration
- Progress across stages
Stage-Level Tracking
Each pipeline stage shows:- Current state (Pending, Running, Completed, Failed)
- Execution duration
- Stage-specific metrics
Logs (System-Level Visibility)
Every execution generates structured logs. Logs provide:- Step-by-step system activity
- Errors and warnings
- Execution messages and events
Metrics (Performance Insights)
Executions track key system metrics such as:- API calls made
- Data processed
- Vectors generated
- Retry attempts
- System performance
- Data volume handled
- Operational efficiency
Progress Tracking
Execution progress is calculated based on:- Number of completed stages
- Total pipeline stages
- Weighted execution flow
Failure Handling & Retries
If an execution fails:- The system captures the failure stage
- Logs highlight the root cause
- Retry attempts are tracked
- Re-run
- Restarted from execution controls
Execution History
Each pipeline maintains a history of executions. This allows you to:- Review past runs
- Compare performance
- Identify patterns or failures
- Debugging
- Auditing
- System optimization
Observability as a System Layer
Observability in Avigrah is not an add-on — it is built into the system. Every execution is:- Tracked
- Logged
- Measured
- Auditable
- Transparency in AI operations
- Confidence in outputs
- Control over system behavior
How This Connects to AI
Executions directly impact AI performance.- Pipelines prepare structured data
- Executions ensure data is up-to-date
- AI agents consume the latest processed data

