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Infrastructure Management

Data pipelines that don't break at 3am.

Lakehouse architecture, governed ELT pipelines, and tested transformations — designed for your team to operate independently and your analysts to trust on Monday morning.

Observability-First
Every pipeline monitored
Freshness checks, row-count alerts, schema drift detection
Modular
Scales without forklift rebuilds
Layered lakehouse — add sources, don't rewrite everything
dbt-Tested
Transformation integrity
Schema tests, not-null checks, referential integrity
Handoff-Ready
Documented and transferable
Lineage, data dictionary, runbooks, team onboarding

ELT Pipeline Design

Source-to-warehouse pipelines using Airbyte or Fivetran for extraction, and dbt for transformation. Schema versioning, idempotent runs, and retry logic built in from the start.

Data Warehouse & Lakehouse Architecture

Medallion architecture (Bronze / Silver / Gold) on Snowflake, BigQuery, Databricks, or Redshift — structured so analysts can query curated tables without touching raw ingest layers.

Transformation Layer with dbt

SQL-based transformations version-controlled, peer-reviewed, and tested. Data models documented with business definitions. CI runs tests on every pull request before promotion.

Pipeline Orchestration

Airflow or cloud-native orchestrators (Cloud Composer, MWAA, Prefect) for scheduling, dependency management, retry policies, and alerting on failure.

Data Quality & Observability

Great Expectations or dbt tests for schema assertions, freshness SLAs, and statistical anomaly detection. Dashboards showing pipeline health, not just pipeline status.

Access Control & Governance

Role-based access to warehouse schemas, column-level masking for PII, audit logging, and a lightweight data catalog so analysts know what data exists and who owns it.

Lakehouse Architecture

Four Stages. One Trusted Stack.

Every layer has a defined responsibility and a handoff artifact. No black-box pipelines — your team gets code, tests, documentation, and runbooks.

Click any stage to see what we implement and what your team receives at handoff.

Key Capabilities

  • ELT pipeline design (Airbyte, Fivetran, custom connectors)
  • Data warehouse architecture (Snowflake, BigQuery, Databricks, Redshift)
  • Medallion lakehouse design (Bronze / Silver / Gold)
  • dbt transformation layer (models, tests, docs, CI)
  • Pipeline orchestration (Airflow, Cloud Composer, Prefect, MWAA)
  • Streaming pipelines (Kafka, Kinesis, Pub/Sub)
  • Data quality observability (Great Expectations, dbt tests, Monte Carlo category)
  • Data catalog and lineage documentation
  • Column-level security and PII governance
  • Compliance-ready architecture (SOC 2, HIPAA, CCPA data lineage)

Technologies

SnowflakeBigQueryDatabricksRedshiftdbtAirflowAirbyteFivetranKafkaTerraformGreat ExpectationsAWS / Azure / GCP

Our Implementation Process

1
Week 1–2

Data Audit & Architecture Design

We map your current data sources, volumes, and consumption patterns — then design the target warehouse schema, medallion layers, and pipeline topology. Every architectural decision is documented with rationale.

Source inventory, architecture design document, medallion schema diagram, ADRs
2
Week 2–3

Warehouse & Lakehouse Foundation

Provision the warehouse (Snowflake, BigQuery, or Databricks), configure environments (dev, staging, production), set up role-based access control, and establish the Bronze ingestion layer.

Provisioned warehouse, RBAC configuration, Bronze layer with first sources loaded
3
Week 3–5

ELT Pipeline Build

Configure connectors for all source systems, implement custom connectors where needed, and validate data completeness and schema accuracy at each ingestion point.

Working ELT pipelines for all agreed sources, ingestion validation results
4
Week 5–7

dbt Transformation Layer

Build Silver and Gold dbt models. Write schema tests, not-null assertions, and referential integrity checks. Configure CI to run all tests on every pull request. Generate data documentation.

Silver and Gold dbt models, test suite, CI pipeline, auto-generated data docs
5
Week 7–9

Orchestration, Observability & Handoff

Deploy the orchestration layer, configure freshness SLAs and anomaly alerts, build the pipeline health dashboard, and run structured knowledge transfer with your team. Handoff is paired working, not a slide deck.

Orchestration DAGs, observability dashboard, runbooks, team onboarding complete

Engagement Models

Frequently Asked Questions

Which warehouse do you recommend — Snowflake, BigQuery, or Databricks?

It depends on your existing cloud footprint, team skills, and workload mix. Snowflake is our default recommendation for mid-market companies starting from scratch — it separates compute from storage cleanly, the SQL interface is familiar, and the operational overhead is low. BigQuery fits well if your organization is already invested in Google Cloud. Databricks is the right choice when your workloads are compute-heavy, you need a unified platform for pipelines and ML, or you are processing semi-structured data at scale. The architecture design phase evaluates all three against your specific requirements before we commit to a platform.

What is a medallion architecture and why should we use it?

Medallion architecture organizes your data warehouse into three layers: Bronze (raw data exactly as it arrives from source systems), Silver (cleaned, validated, joined data), and Gold (business-ready aggregates and metrics your analysts query directly). The layers create a clear separation between ingestion concerns and transformation concerns. When a source system changes schema, you update the Bronze-to-Silver transformation without touching every Gold model. When an analyst requests a new metric, you build a Gold model from trusted Silver tables without worrying about raw data quality. It is the single most effective structural choice for keeping a data warehouse maintainable as it grows.

How do you handle data quality — what does "dbt-tested" mean in practice?

Every dbt model in the transformation layer has a corresponding set of automated tests: schema assertions (columns exist with expected types), not-null checks on required fields, uniqueness checks on primary keys, and referential integrity checks between related tables. These run in CI on every pull request — a transformation change cannot be merged if it breaks existing tests. We also configure freshness assertions in Airflow that alert when a source fails to deliver data within its expected SLA window. The result is that your analysts know when data is late and why, rather than discovering stale numbers in a dashboard on Monday morning.

Can you connect to our existing source systems — Salesforce, NetSuite, custom databases?

Yes. Airbyte and Fivetran together cover most SaaS sources (Salesforce, HubSpot, Stripe, NetSuite, and hundreds more) through maintained connectors. For custom databases (PostgreSQL, MySQL, SQL Server, MongoDB) we configure CDC (change data capture) or scheduled extracts depending on your latency requirements. For proprietary APIs or internal systems without a connector, we build custom Airbyte connectors or Python-based extractors. The architecture phase maps every source system to an extraction strategy before any pipelines are built.

What does "compliance-ready" mean for a data pipeline — HIPAA, SOC 2, CCPA?

Compliance-ready architecture means the structural choices you make today do not become liabilities during an audit later. Concretely: PII fields are identified at the Bronze layer and masked at Silver using column-level security, so analysts never query raw PII in production. Data lineage is documented automatically through dbt's generated docs, giving auditors a traceable path from source to dashboard. Access is role-based and logged — every query to sensitive tables is auditable. We do not offer certification services, but the pipelines we build are designed to support your SOC 2, HIPAA, or CCPA audit without requiring a separate remediation engagement.

Will our team be able to add new data sources and models after you hand off?

That is the design goal. The dbt codebase follows consistent naming conventions, documented patterns, and modular model dependencies so your team can add a new source by following the same Bronze-to-Silver-to-Gold pattern we establish together. The Airflow DAG structure uses a templated pattern for new sources. We run structured onboarding sessions covering the full development workflow: adding a connector, writing a dbt model, writing tests, opening a PR, and promoting to production. Handoff is not a slide deck — it is paired working sessions until your team is confident.

Ready to build a data stack your team can trust?

Book a 30-minute call. We will discuss your current data sources, what is breaking or missing, and whether an assessment or a full build engagement is the right starting point.