AI launchpad

Ship agent-ready data pipelines in days, not quarters.

LyftData gives data engineers a governed AI delivery layer: prepare model-ready records, run inference in-flow, and operate the full system with MCP-enabled agents and release guardrails.

AI-ready runtime actions for prep + inference
MCP server for agent-driven operations
Workflow planning, rollout, and rollback guardrails

Model-ready data

Prepare consistent datasets faster for training, evaluation, and indexing pipelines.

Inference in-flow

Run LLM, embedding, and anomaly workloads directly in your workflow runtime.

Versioned releases

Preview diffs, deploy safely, and roll back quickly when assumptions change.

Why now

AI pipeline complexity is compounding fast

Model churn is constant

Prompts, models, and embedding strategies change often. Teams need replayable pipelines, not one-off scripts.

Governance pressure is rising

Sensitive data and lineage scrutiny now apply to AI pipelines. Controls must be built in from step one.

Cost mistakes scale fast

Inference and indexing spend can balloon quickly when noisy, ungoverned data reaches expensive systems.

For data engineers

What you get on day one

Replace brittle AI script chains with versioned, governed workflows that can be reasoned about, tested, and rolled back.

Governed data prep

Extract, parse, normalize, dedupe, and protect sensitive fields before data leaves its boundary.

Inference with controls

Run LLM completions, embeddings, and anomaly scoring with explicit rate limits, concurrency, and timeouts.

Repeatable releases

Preview diffs, deploy safely, and roll back. Use the same workflow artifact for training, evals, and replay.

Blueprints

Concrete recipes you can ship

Start with one flow: source → govern → store. Add inference, embeddings, and additional routes without rewriting ingestion.

MCP

Operate LyftData with your favorite agent

LyftData exposes an MCP server so Claude, Codex, and other agents can monitor, explain, and execute approved operations through a consistent tool interface. Treat it as an AI operations surface over the control plane.

Try asking your agent

  • Trace this payload through the workflow and summarize output shape changes.
  • What changed since the last deploy? Show the plan diff and blast radius.
  • Why did this job slow down? Correlate throughput and errors with the last release.
  • Suggest a cost-reduction filter/route plan and stage it as a proposed change set.

Guardrails that matter in production

  • Prefer read-only tools for monitoring, drift detection, and investigation.
  • Use "plan then apply": preview diffs and blast radius before changing anything.
  • Scope access via role-based tokens so agents only see what they should.
  • Keep rollback paths obvious: redeploy known-good workflow versions.

Teams

Built for data, security, and platform teams

Data Engineering

Build dataset factories and RAG pipelines without a sprawl of one-off scripts. Keep data reproducible, replayable, and governed by design.

Security & Compliance

Enforce masking/redaction upstream, keep auditable evidence of what ran, and reduce vendor lock-in by keeping data portable.

Platform & SRE

Operate deterministic pipelines with safe releases: preview diffs, control placement and scaling, and roll back quickly when needed.

Next step

Start with one pipeline, then expand

Build a governed dataset flow first. Then add embeddings or inference as a step, route outputs to the destinations you need, and keep a full-fidelity archive for replay.