Litigation prep assistant
What it does: Allows the client to use a structured interface to capture case facts, events, claims, and evidence — then generate
demand letters, and draft summons. It accelerates the intake and case prep process for litigation lawyers and shifts more work to the client for potential cost savings,
letting the lawyer focus on higher-value tasks.
Why I built it: To illustrate how AI has enabled us (lawyers) to build more powerful tools ourselves, without needing to be expert developers. Narrow use cases are often too
complex for generic AI tools, and software vendors are less incentivized to build for small markets. By building our own tools, we can better serve our clients and explore new ways of working.
Judge-O-Matic 3000
What it does: Let's you submit a small dispute to a panel-style AI workflow and see how different model “judges” vote.
Why I built it: To illustrate how AI is not a single instance entity but rather an infinite resource that's easily scalable. Further, it addresses the issue of error correction
in AI decisions. Where one AI instance may not be considered 'reliable' enough to make actual decisions, multiple AI instances can be used to aggregate and improve accuracy, using
different models and intentional bias.
Invoice reviewer
What it does: Reviews invoices for legal services against pre-defined billing policies and user-selected red flag focus areas.
The application extracts structured invoice data (schema-validated), performs deterministic compliance checks, adds scoped AI-assisted observations, and produces
a clear recommendation: Pay, Query, or Reject. It can also generate a draft email to the law firm requesting clarification or correction. Rather than relying on
a single AI agent, the workflow uses four independent, narrowly defined AI calls, increasing reliability, auditability, and robustness.
Why I built it: To demonstrate that effective legal AI is often about constraining scope rather than automating entire workflows.
By limiting AI to specific extraction, pattern detection, and drafting tasks — and letting deterministic policy rules drive the assessment — the system becomes
more transparent and controllable. The use of strict JSON schemas further illustrates how legal policies can be designed in a machine-readable, automation-ready
format from the outset.
