Judica Systems designs adversarial software for law, markets, and behavioral privacy. Our systems don’t guess — they hold up under pressure.
We build internal systems when the problem is too complex, uncomfortable, or commercially awkward for standard solutions. When the work is right, we build directly for clients.
Deterministic reasoning systems designed to operate under legal, regulatory, and adversarial constraints.
Client-side systems that reduce analytical legibility without blocking, breaking UX, or triggering detection.
Regime detection, anomaly modeling, and rule-consistent extraction of defensible signals from noisy public data.
Structured legal reasoning with machine-enforced constraints. Designed to eliminate hallucination and doctrinal drift in high-stakes legal work.
Browser-layer inference reduction. Reduces behavioral legibility without blocking content or degrading performance.
Identifies systemic appraisal overvaluation using the authority’s own rules. Converts public data into defensible, legally actionable protest filings.
Market regime detection and latent anomaly modeling. Built to surface narrative breaks and non-random behavior in financial systems.
We take on bespoke engagements when:
If you need something conventional, we’re not a fit. If you need something that holds up under scrutiny, we might be.
For access, licensing discussions, or exploratory conversations.
Contact Judica SystemsJudica Systems is an independent software lab focused on building systems for environments where incentives are misaligned, data is contested, and correctness matters more than optimism.
We work at the intersection of legal reasoning, behavioral privacy, and adversarial data analysis. Our work typically begins where off-the-shelf tools stop working — not because the problem is large, but because it is uncomfortable, politically sensitive, or structurally resistant to simplification.
Some of our systems are developed internally and licensed selectively. Others are built directly for clients under bespoke engagement. In all cases, we prioritize determinism, auditability, and resistance to silent failure.