For data and finance leaders scaling enterprise analytics

Scale your data platform without assembling another stack

DataForge combines pipeline architecture, transformation, orchestration, observability, auditability, and cost visibility in one platform, so teams can extend data capabilities without multiplying tools.

The executive problem

Data platforms get expensive when every layer becomes a separate decision

As data teams scale, the operating model often fragments across ETL, orchestration, monitoring, lineage, quality, access, and cost tools. Each tool can be useful on its own, but together they create more integration work, more failure points, and more architecture to govern.

DataForge starts with the architecture and keeps it consistent. Leaders get a platform that can expand with the business while reducing the hidden cost of stitching the modern data stack together.

DataForge architecture connecting sources, platform services, and cloud execution environments

What DataForge consolidates

One platform foundation instead of another chain of point tools

DataForge is not only another pipeline builder. It gives data teams a shared operating layer for building, running, observing, and governing production pipelines.

ETL and pipeline logic

Define reusable pipeline behavior once instead of rebuilding custom ingestion, transformation, and publishing patterns for every new use case.

Orchestration

Let DataForge manage dependencies, retries, scheduling, and event-driven execution without another hand-authored DAG layer.

Observability

Track logs, alerts, quality rules, lineage, runtime metadata, and operating metrics from the same platform foundation.

Governance and auditability

Use consistent architecture, CI/CD integration, lineage, and queryable metadata to understand what changed and why.

Cloud cost visibility

Tie platform cost back to processes, infrastructure choices, and pipeline behavior so leaders can scale with control.

How it works

Architecture is the product, not a project

DataForge uses a fixed, opinionated pipeline architecture so new work follows the same refinement flow by default. Teams describe the data logic and platform intent, while DataForge manages the structural pattern around it.

That means the platform can support new sources, domains, and output models without turning every initiative into a new architecture exercise.

DataForge Alloy layer model showing standardized pipeline stages

Architecture

Built in, not assembled later

DataForge enforces a consistent platform architecture across pipelines, sources, domains, and teams. New work extends the platform instead of creating another one-off pattern.

Control

Data stays in your cloud

DataForge works with client-managed cloud environments and runs processing through your Databricks or Snowflake account, keeping platform control close to your enterprise boundary.

Velocity

Fast setup, fast extension

Declarative pipeline logic, templates, schema evolution, SDKs, and CI/CD support help teams add new sources and business logic without lengthy platform rebuilds.

Built for enterprise platform control

Run where your data and governance already live

DataForge is designed for teams building on modern cloud data platforms. Processing can run through client-managed Databricks or Snowflake environments, with enterprise controls such as BYOC, SSO, customer-managed keys, CI/CD integration, and dedicated support available.

DatabricksSnowflakeAWSAzureGoogle Cloud

Proof in production

Built for teams that need more platform leverage, not more tooling

DataForge has helped teams build thousands of pipelines with small engineering groups by standardizing the platform foundation and making extension the default motion.

6,800

pipelines built

85x

pipelines per developer per week

68

source systems for one customer

For CDOs, CFOs, and data platform leaders

Ready to see what your stack can stop carrying?

Talk with DataForge about your current platform, cloud environment, and pipeline growth plan. We will help map where architecture, orchestration, observability, and cost control can be simplified.