AI Opportunity Mapping
A focused engagement to find where AI is worth doing. We audit your workflows, data, and risk surface, then hand back a ranked roadmap, not a ninety-page deck.
- 2–4 weeks
- Fixed fee
Kadmus is an applied AI lab. We help teams pinpoint where AI actually delivers value, then design, deploy, and secure the systems that get it there.
Four ways we engage. We start small: one scoped problem with a clear measure of value, then expand only when the work earns it.
A focused engagement to find where AI is worth doing. We audit your workflows, data, and risk surface, then hand back a ranked roadmap, not a ninety-page deck.
Custom LLM and agent workflows built around how your team actually works. Retrieval, evaluation, and guardrails included, so it holds up once it meets real data.
We design deployment boundaries, access controls, logging and traceability around your security requirements, including architectures mapped to SOC 2 and ISO 27001 controls. Where required, sensitive data stays within approved infrastructure and data boundaries.
The pipelines, warehouses, and reporting that make AI possible, and useful, in the first place. Clean inputs are most of the battle.
The workflows, systems, terminology, constraints and failure modes differ by industry. We build around that operating context.
Pre-trade guideline review, post-trade exceptions, reconciliation and client reporting, run against your mandates, holdings and reference data inside infrastructure you approve.
Submissions, endorsements and claims files assembled from your policy wording and supporting evidence, with the clauses and facts behind each decision surfaced for the professional making it.
Quality, maintenance and production exceptions resolved against the BOM, the routing and the work order that are current, not the revision that happened to be printed.
Intake, conflicts, calendaring, discovery preparation and billing worked against the matters and rules your firm already operates under, with the responsible lawyer reviewing anything consequential.
A frontier model can pass the bar exam and write production code, and still not know your pricing exceptions, your escalation paths, or the judgment your best people use to make a call. If you and your competitor call the same API, the model is nobody's advantage; it's a shared utility, like electricity.
The edge that lasts is the context a company runs on: its documents, systems of record, and rules. It's yours alone, it took years to accumulate, and it can't be downloaded. We build the private layer that turns that knowledge into AI you can trust, grounded, cited, and run on infrastructure you control.
And we don't stop at the demo. Most pilots fail when the model meets messy data and workflows no one documented, so we work like forward-deployed engineers: embedded in your environment, owning the path to production, and staying until your team can run it without us.
95%
MIT NANDA's 2025 report found that 95% of the generative-AI deployments it studied showed no measurable return. It drew on 300 publicly disclosed deployments alongside interviews and survey responses.
The methodology is debated, and we think the headline number is softer than it reads. We cite it for the pattern it describes, not the precision of the figure.
One workflow, clearly scoped, where the value is measurable from day one.
Short cycles and working software you can try every week, no black boxes.
Evaluation, monitoring, and security review before anything goes live.
Documentation and training, so your team can run it with or without us.
We met in the trenches of finance, security, and cloud. We started Kadmus because too many good AI ideas die somewhere between the demo and production. We build the part that survives.
Quant developer at CC&L, building post-trade analysis systems for quantitative equities, after data engineering across cybersecurity and privacy at PwC. He owns Kadmus's data and modeling backbone.
Information security lead at S&P Global across application, cloud, and AI security, with earlier stints in security consulting at Accenture and security operations at PwC. He owns how we deploy safely in regulated environments.
Spent four years as a software engineer at AWS building managed Apache Airflow, distributed systems and data infrastructure at scale, with earlier engineering at SAP and machine-learning research at McGill's Prometheus AI lab. He leads the engineering that takes a prototype to production.
Early conversations are free and low-pressure. If AI isn't the right tool for the job, we'll say so.