Real-time Data Monitoring

Automated monitoring for data in motion (jobs, pipelines, stored procedures, workflows, DAGs, etc.) and data at rest (datasets) components across the data stack that sequentially make up a cross-platform data workflow to power data products and data reports. 

Our real-time monitoring framework includes auto-configured monitors for the below:
Job Failures

Jobs that move, stitch, cleanse, transform, orchestrate, or refresh data can fail due to several reasons including schema drift, code issues, access issues, etc. 

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Job Latency

Jobs running longer than expected due to resource contention or sudden data volume spikes, introducing downstream delays across the data workflow.

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Skipped Jobs

Jobs may not start at their designated time due to runtime issues or orchestration failures.

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Data Volume

Issues here indicate incomplete data, often presenting as missing rows, unexpected zero-record files, or significant deviations from historical volume baselines.

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Data Freshness

Data becomes stale due to refresh issues or delayed arrival times.

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Data Quality

Data may be inaccurate at the field level due to manual input errors, corrupted records or transformation logic issues resulting in incorrect data values.

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Unified, Cross-Platform Traceability

Auto-discovered unified view of the end-to-end data flow, spanning from data producers to data consumers. 
This view provides a live blueprint of upstream and downstream dependencies for both data in motion and data at rest.

Effective incident management relies on this comprehensive map:
UPSTREAM TRACING

to the source is essential for quickly identifying the root cause of a data incident.

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DOWNSTREAM TRACING

is vital for performing impact analysis and holistically ensuring proper remediation across all consuming applications and reports.

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To achieve this, our DOC integrates traditional Data Lineage (tracking data transformations) with Job or Process Lineage (tracking execution flow). This combination offers a unique graphical and actionable representation of the entire data workflow.

Event Correlation & Automated RCA 

Our Incident Intelligence features leverage proprietary AI Agents to correlate a multitude of events into a single, cohesive incident and immediately provide the diagnosis with dynamic decisioning through feedback loops and customized runbooks.

Automated Root Cause Analysis (RCA)

The system uses agentic AI with the context of cross-platform traceability and real-time monitoring of both data in motion and data at rest to pinpoint the single likely root cause of the issue, eliminating the need for DREs to manually reverse-engineer complex data flows across disparate platforms. This drastically reduces the Mean Time To Root Cause (MTTR-C).

Actionable Resolution Plans

Following RCA, the AI Agent automatically generates a detailed, step-by-step resolution plan or runbook, complete with required code snippets and commands. This immediately guides the DRE toward a fix, drastically cutting down the Mean Time To Resolution (MTTR).

AI-Powered Remediation & Self-Healing

Dynamic orchestration to execute automated, end-to-end self-healing, ensuring that the entire data workflow is restored correctly, not just the single failed component.

Dynamic Containment (Circuit Breakers)

Leveraging the impact radius identified during RCA, the AI Agent dynamically implements circuit breakers.

This automatically pauses downstream jobs dependent on the faulty data, preventing the consumption of stale or corrupted data and protecting data trustworthiness across the organization.

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Intelligent Self-Healing

Once the root cause is resolved (either automatically or via the AI-generated plan), the platform initiates dynamic orchestration.

It automatically sequences and re-runs only the impacted downstream data assets, ensuring an end-to-end refresh without wasted compute cycles, delivering fully synchronized and trustworthy data to consumers.

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