Data Engineer
Configure sources through a UI instead of writing custom ETL. Pipelines auto-retry and self-heal, so on-call incidents drop.
Canvas turns raw, messy source feeds into clean, governed, analysis-ready data, automatically. Ingest from any source, normalise every column, and publish to the Golden Layer in minutes, not months.
Plug in REST APIs, databases, file uploads and URL feeds in a single guided form.
Automated quality checks and column normalisation catch problems before they reach analysts.
A 9-step wizard produces governed, analysis-ready datasets on demand.
Most data teams spend the bulk of their time moving data, not using it. The result is slow reporting, quality surprises, and decisions made on stale numbers.
Every new source means weeks of bespoke ETL code, manual schema mapping, and fragile pipelines that break on the next API change. Teams spend most of a sprint just moving data.
Data lands with no checks. Nulls, duplicates, schema drift and out-of-range values are discovered downstream by users, not by systems.
Every new report or dataset needs an engineering ticket. Analysts wait, and decisions get made on stale data.
No audit trail, no approval workflow, credentials in spreadsheets, and a scramble at audit time.
Canvas is built around five objectives, each removing a reason your team can't get to clean, governed data on its own.
Each role gets what it needs: engineers stop firefighting pipelines, analysts stop waiting, stewards get traceability, and leadership gets visibility.
Configure sources through a UI instead of writing custom ETL. Pipelines auto-retry and self-heal, so on-call incidents drop.
Build governed datasets through a 9-step wizard. Self-serve, always fresh, no more 4–6 week waits on engineering.
11 automated quality checks per run, schema-drift alerts, and a full audit log with actor, timestamp and payload.
Register the source once. The platform handles every downstream consumer, schedule and format conversion.
All secrets in the vault, role-based access per workspace, and immutable audit logs for compliance.
A real-time view of ingestion health, quality scores and pipeline status, with engineering freed for high-value work.
From connecting a source to publishing a governed dataset, everything happens in one place, with quality and governance built in.
REST APIs with configurable auth and pagination, native database connectors (PostgreSQL, MySQL, SQL Server, Oracle), drag-and-drop file upload (CSV, JSON, XLSX, Parquet), and authenticated file URLs.
Full refresh, incremental and append-only modes; scheduled runs down to the minute; automatic retry with backoff and alerting; and a live run monitor with row counts and throughput.
Eleven automated checks (nulls, uniqueness, duplicates, accepted values, ranges, freshness, schema drift and more) run on every batch before any analyst sees the data.
Every column is standardised to a consistent format across five engines (SQL Server, Spark, Delta Lake, Parquet, Power BI), with reserved-word and name-collision handling.
A 9-step wizard publishes governed, analysis-ready datasets from validated sources: define grain, join sources, set business and conflict rules, attach quality policy, then publish, with versioning and rollback.
Role-based access (five roles), a credential vault, an immutable audit log, approval workflows, isolated multi-workspace boundaries, and corporate single sign-on.
Canvas follows the industry-standard medallion architecture, proven at scale across healthcare, finance and life sciences. Data moves forward only when it's ready.
An exact, immutable copy of every source record as it arrived, timestamped and never overwritten. A perfect audit trail.
Cleaned, normalised and quality-checked data. Nothing advances to the next layer without passing a quality gate.
Analyst-ready, governed datasets. Joins, business rules and conflict resolution are declared once and applied consistently every run.
Runs on enterprise Azure infrastructure, with data stored as open Parquet, readable by Power BI, Synapse, Databricks or a simple Python script.
Checks run inline and block bad data from advancing. Quality is enforced structurally, it can't be bypassed by an impatient analyst.
Credentials live in a managed vault; the database holds only a reference. A database breach exposes no usable secrets.
Compute scales to zero when idle and out under load, with storage lifecycle policies for older data, so you pay for what you use.