Catch stale data before trust drops.
Detect lagging tables, delayed pipelines, missed SLAs, and ingestion gaps before downstream dashboards, analytics, and business decisions are affected.
DataObs helps engineering and data teams design and deliver data observability using OpenTelemetry and the observability platforms already available in their environment — Elastic, Grafana, OpenSearch, or a mixed stack. The aim is practical visibility into freshness, quality, lineage, volume, and trust without forcing a rip-and-replace platform decision.
DataObs is not built around a single monitoring vendor. The implementation approach uses OpenTelemetry as a portable telemetry layer and maps observability signals into the tools your teams already operate today.
Most teams do not need more disconnected dashboards. They need signals that explain whether data is late, broken, incomplete, drifting, or risky, and they need those signals integrated into engineering workflows and operational ownership.
Detect lagging tables, delayed pipelines, missed SLAs, and ingestion gaps before downstream dashboards, analytics, and business decisions are affected.
Track completeness, consistency, rule failures, and key validation checks so teams know when the data is available but still unsafe to use.
Map upstream and downstream relationships to show impact radius, ownership, and which reports, services, or teams are exposed to a break.
Catch row-count drops, spikes, partition gaps, and unusual movement patterns that often appear before a bigger data reliability incident becomes visible.
OpenTelemetry provides a common telemetry foundation for metrics, logs, traces, and events. That makes it a strong base for vendor-neutral observability design when clients already have different tools in place and want something interoperable, portable, and shaped by delivery reality rather than tooling ideology.
DataObs fits best where infrastructure, pipelines, and data trust need to be monitored together — especially in AWS-native data platforms and mixed observability estates.
DataObs is consultancy-led, but not one-off bespoke chaos. The model is to use repeatable OTEL-first patterns, practical health checks, observability design standards, and existing platform capabilities to build a solution that fits each client’s requirements and constraints.
Review current tooling, telemetry gaps, data platform flows, ownership boundaries, noisy alerts, and the points where failure is still detected too late.
Add the right telemetry, checks, lineage signals, and data health logic using OTEL and the stack your teams already operate.
Turn the design into dashboards, alerts, triage paths, ownership models, and workflows that engineering and data teams can actually run with.
Start with freshness, quality, volume, and lineage around the datasets and pipelines that matter most.
Connect data observability with infrastructure, job, and service signals so teams can reduce cross-layer blind spots.
Improve signal design and telemetry flow using the observability tools the client already owns and understands.
Define alerting, escalation, stakeholder views, and reporting so the work becomes part of daily operations, not shelfware.
The broader DataObs vision fits inside a larger observability framework that connects full stack observability, pipeline observability, data observability, and business observability across one telemetry foundation.
Infrastructure, APM, tracing, logs, and operational telemetry provide the platform context behind data incidents.
Batch, streaming, CI/CD, orchestration, retries, and SLAs show whether the delivery layer is healthy and predictable.
Freshness, quality, volume, schema, and lineage reveal whether downstream consumers should trust what they see.
Business context helps teams prioritise incidents by customer impact, reporting risk, and real operational consequence.
These are the first questions serious clients usually ask when they land on a specialist observability practice with an open, vendor-neutral approach.
DataObs is best positioned as a consultancy-led data observability practice with reusable OTEL-first implementation patterns, not as a closed platform that replaces a client’s current toolset.
No. The recommendation is to work with the tools already available in the client environment wherever practical, then improve telemetry quality, consistency, and signal design around them.
The strongest fit is AWS-native data platforms and mixed observability estates using Elastic, Grafana, OpenSearch, Datadog, Kubernetes, and related monitoring stacks.
Freshness, quality, lineage, volume anomalies, and practical operating visibility are usually the best starting point because they directly reduce data downtime and trust erosion.
If your teams already have observability tools in place but still lack clear answers on data freshness, lineage, quality, and trust, DataObs can help design and deliver a solution that fits the environment you already run.
Use this section for your real contact details, calendar link, and lead flow. The ideal first conversation is about current tooling, operating constraints, and where observability is still failing to answer the right questions.