How filing works today collides with the registry's clock, and how a verification layer placed before the portal resolves it.
A fragmented ecosystem of rules, handbooks, and dynamic registry circulars, cross-referenced by hand.
Filing an SLP requires manual cross-reference across a fragmented ecosystem of rules, handbooks, and dynamic registry circulars. Our empirical analysis from the proprietary dataset reveals an overwhelming 97.5%* defect rate in filed petitions, with a median of six defects per case. While the Registry enforces a strict 28-day window to cure these errors, the real-world time required to fix complex document defects regularly exceeds 30 to 45* days. This creates a critical timeline collision that risks outright case dismissals.
Defect rate in filed petitions: a median of six defects per case.
Real-world time to cure complex document defects, against a strict 28-day registry window.
Defects per case in the analysed dataset of filed petitions.
A preemptive verification layer, before the filing portal is ever touched.
Nyave introduces a preemptive verification layer into the standard legal workflow. By dropping a draft petition into the platform, Advocates-on-Record receive an exhaustive, prioritized verification report in minutes, long before the official filing portal is touched.
Every flagged error is traceable back to its underlying statutory provisions and official registry checklist items.
Reports split cleanly into a strategic summary for the Advocate on Record and a granular, step-by-step repair instruction manual for the AOR's team.
Nyave uses a purely deterministic rule engine to discover defects. Generative models are restricted exclusively to explaining those defects in plain language; artificial intelligence never decides whether a violation exists.
The rule engine detects. AI explains.
* Based on our own dataset; actual figures may differ.
