40%
LLM token reduction
upstream normalization eliminates the parsing tax — same model, sharper reasoning
40% of your token budget disappears on parsing. Your agent never gets to spend it on thinking.
40%
LLM token reduction
upstream normalization eliminates the parsing tax — same model, sharper reasoning
0
Model changes required
same LLM, same prompt — different data quality, different results
< 5 min
New data source onboarded
AI-generated parsers for any schema — seen or unseen — in minutes, not weeks
Structured data agents hit an intelligence ceiling. Bad data is always the reason.
Mismatched fields, vendor schemas, cryptic codes. Your LLM decodes structure before it reads meaning. That's your token budget doing data engineering.
Every LLM API call generates structured JSON. Bedrock, Vertex, Azure OpenAI — all different formats, all growing. Dump it in your SIEM and watch the budget disappear. Ignore it and accept the blind spot.
Industrial and OT agents can't afford to infer. Ambiguous data forces guessing. In a power grid, a pipeline, or a flight system — guessing has consequences.
Normalize before the model, not inside it. Every token arrives with meaning already attached. Same model. Same prompt. The ceiling disappears.
Fleak sits between your data and your agent. It normalizes structured machine data — OT telemetry, IoT events, device logs, AI gateway activity — into a clean, semantically consistent schema. Your agent receives data that already means something. No disambiguation. Straight to reasoning.
normalized to any target schema
Same agent. Same query.
One variable changed: did the data arrive clean?
Raw data
Token-heavy parsingAgent receives ts:1714123456, val:87.3, src:PLC_04B, st:2. Must infer: is this Celsius? What is status 2? What does PLC_04B map to in this facility? Context window fills with disambiguation attempts.
After Fleak
Pure analysisAgent receives structured JSON: device.name: "Compressor Unit 4B", metric: "temperature_celsius": 87.3, status: "warning_threshold_exceeded". Zero disambiguation. Immediate anomaly reasoning.
Same model. Same prompt. Different data quality. Different results.
"Feeding Fleak-normalized data to our AI engine allowed the model to bypass the parsing phase and move immediately to high-fidelity analysis — achieving Tier 3 threat hunter performance without increasing token costs or latency."
Arif Shaikh, Head of AI Innovations · Gruve.ai
30 minutes. Bring your messiest data source and your current agent architecture.
Alert fatigue isn't a volume problem.
See Detail →Your engineers are building parsers. They should be building product.
See Detail →Your pipelines didn't fail. They just went quietly wrong.
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