How DrakoAI Works
We turn fragmented NYC construction data into role-specific signals you can act on.
Public data → unified context → role-specific decisions
View as:
1
Data Intake
From filings to real-world job context
NYC DOB
Permits, filings, construction activity
ACRIS
Ownership changes, transfers, financing
PLUTO
Building type, zoning, size, constraints
NYC Open Data
Complaints, enforcement, violations
Permits show intent. Ownership, building history, and complaints reveal execution risk.
2
Unified Context Engine
Where permits turn into a job worth pursuing
Normalize
Clean inconsistent filings so timelines and scope can be compared.
Entity Resolution
Link permits, buildings, owners, and contractors into one job view.
Historical Aggregation
See how similar jobs progressed — delays, restarts, and outcomes.
This is where filings become actionable pursuit.
3
Signals
Signals that tell you which jobs are real, risky, or worth walking away from.
Early-stage job activity
Pursue before competition intensifies
Permit velocity changes
Adjust pursuit intensity and timing
Ownership turnover
Flag risk or avoid unstable owners
Complaint spikes
Avoid jobs with execution friction
Contractor patterns
Target reliable clients, avoid problem GCs
Signals reveal which jobs are real, risky, or worth avoiding.