We are dismantling the economic barriers of high-conflict litigation. Help us replace $50,000 manual accounting audits with deterministic, unassailable algorithms.
Generative AI hallucination is a fatal flaw in the courtroom. We build with strict, unyielding mathematics. Our engineering philosophy prioritizes Daubert-admissible precision over probabilistic guessing.
We handle highly sensitive, unredacted financial discovery. You will work with AES-256 encryption, dual-hash integrity pipelines, and air-gapped Docker containers deployed in Bring Your Own Key (BYOK) environments.
By automating the Lowest Intermediate Balance Rule (LIBR), we empower middle-class litigants to pursue legitimate separate property claims without facing financial ruin from exorbitant hourly CPA fees.
Take ownership of the deterministic LIBR calculation engine and our Celery asynchronous task queues. You will optimize the ingestion of massive unstructured discovery loads and ensure our PostgreSQL database architecture strictly adheres to algorithmic rules, immunizing the platform against the "replenishment fallacy."
Law firms rarely receive pristine data. Your mission is to advance our spatial-grid OCR ingestion pipeline to conquer "PDFs from hell". You will work with Azure Document Intelligence and local Surya OCR fallbacks to perfectly reconstruct chronological ledgers from multi-generational, degraded, and skewed scans.
Serve as the bridge between jurisprudence and code. You will guide product development to ensure our algorithmic outputs strictly comply with AICPA SSFS No. 1. You will translate appellate case law (See v. See, Marriage of Mix) into computational rules for our engineering team to integrate into the core engine.
Drive the adoption of our "Sovereign Mode" deployments across top-tier family law and civil litigation firms. You will educate managing partners on how our platform collapses discovery timelines and fundamentally alters the strategic dynamics of high-conflict litigation.
Don't see a perfect fit? We are always looking for exceptional talent in cryptography, legal strategy, and data science.
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