Stale storage
Your embedding job re-indexes on schedule, but nothing keeps the table underneath it current.
Solutions / AI Data Foundation
Dataddo keeps the storage behind your RAG pipelines, chatbots, and agents continuously filled with current, validated, PII-safe data - and lets agents pull the latest directly, with no storage layer to run at all.
You choose how the data is delivered. We keep it flowing.
Architecture Blueprint: Building a data architecture for AI
Read the whitepaper →An AI initiative rarely fails on the model. It fails on the data underneath - and a confidently wrong answer from stale or corrupted data costs more than no answer at all. The AI use cases with the highest return - fraud checks, live recommendations, agents acting on the current state of an order or account - only pay off when the data behind them is fresh, correct, and safe to use. That is a data-layer problem, and it is the one Dataddo solves.
Your embedding job re-indexes on schedule, but nothing keeps the table underneath it current.
An upstream export breaks, nulls flood a column, and your index absorbs it before anyone notices.
Once a personal identifier is embedded in a vector store or fine-tuned into a model, you can't take it back.
Dataddo addresses each problem at the pipeline level, before the data ever reaches your AI.
AI systems don't read SaaS APIs directly - they read from storage that something keeps up to date. Dataddo is that something, in whichever shape your use case needs:
RAG corpora & fine-tuning
Scheduled, quality-checked data delivered into BigQuery, Snowflake, Databricks, S3, or Azure Blob Storage. Your embedding and retrieval jobs read from it on their own schedule.
SaaS data integration →Operational AI
An always-current mirror of your database, typically sub-second behind your source, with deletes captured so your AI never answers from rows that no longer exist.
Real-Time CDC →Agents, zero infrastructure
Agents in Claude, ChatGPT, Cursor, or Gemini connect to the Dataddo MCP server and pull the latest extracted data from SmartCache (Dataddo's built-in storage that holds recent extractions for direct retrieval) - no warehouse to stand up, no database to operate.
UI, API, MCP →They compose: one support chatbot can answer order-status questions from the CDC replica, re-embed its knowledge base from the warehouse, and pull the latest campaign numbers through MCP.
| Warehouse / lake | CDC replica | MCP direct retrieval | |
|---|---|---|---|
| Freshness | Per extraction schedule | Real-time, continuous | Latest completed extraction |
| History | Full time series | Current state | Recent extractions |
| Storage you operate | Your warehouse | Your replica DB | None |
| Best for | RAG, fine-tuning | Latency-sensitive operational AI | Agents, zero infrastructure |
Get the data layer right and these use cases return their investment; get it wrong and every downstream AI decision inherits the error.
The Data Quality Firewall validates every row at the flow level - null checks, type checks, anomaly rules, per column. In blocking mode, records that fail never land in the table your embedding job reads.
You can't delete a name from a vector store or a fine-tuned model, so Dataddo handles it at the source: exclude sensitive columns entirely, or replace them with deterministic hashes your pipeline can still join and match on.
Every row carries a stable key and an extraction timestamp, so your pipeline re-embeds only what changed since its last run.
Dataddo outputs the connector's own metadata alongside the data - what each dataset and field means, and which fields are sensitive - so text-to-SQL and retrieval agents get semantic grounding instead of guessing.
A built-in CDC Supervisor health-checks every replication process and restarts any that stall, resuming exactly where it left off - no committed change lost, nobody paged.
Set the corpus freshness your answers need - down to short intervals where the source API allows - then stop thinking about it. When a source API changes, that's Dataddo's problem to fix, not yours.
Speed is what makes data to AI real rather than aspirational. The highest-return use cases - fraud checks, live recommendations, agents acting on the current state - only work when the data is genuinely real-time; and the corpora behind RAG and fine-tuning only stay useful when full loads keep pace.
Dataddo delivers speed for both.
Freshness - operational AI & agents
351 ms
p50 latency
568 ms
p90 latency
35,000/s
events sustained
SQL Server CDC, internal benchmark.
Learn more about real-time CDC →Throughput - RAG corpora & warehouse loads
1.8 s
per 1M rows · 10-column table · ~22x faster
28.9 s
per 1M rows · 250-column table · ~5x faster
SQL Server to BigQuery full load, versus the source's own bcp bulk-copy utility. Internal benchmark.
Learn more about high-performance loads →Building an AI data foundation sounds like a six-month platform project. With Dataddo it isn't: connect a source, pick the destination your AI reads from, set your quality and PII rules once - and every extraction from then on arrives fresh, validated, and safe to embed. No pipeline code to write, no connectors to maintain, and when a source API changes, that's our problem to fix, not yours.
And your agents don't have to wait for infrastructure at all: point any MCP client at Dataddo and they're querying fresh, governed data - and managing the pipelines behind it - the same day.
The sooner your AI reasons over current data, the sooner it earns its keep - and with Dataddo that is an afternoon of setup, not a quarter-long platform project.
Book a technical session with an engineer - bring your sources, your warehouse, and your AI use case, and leave with an architecture. Or connect your first source now and have a governed corpus this afternoon.