Capabilities

Outcomes, not forecasts.

We are quants. We don’t hand you a single number — we map the tree of what can happen, weight every branch by probability, and tell you where the risk and the edge actually live.

Deep mathematical modeling, Bayesian inference, and AI-augmented analysis — applied to real capital decisions.

OUTCOME TREE · LIVE N = 5 LAYERS ∑ p(outcome) = 1.00
01
Distributions, not points

Every output is a full distribution — mean, tails, regime shifts.

02
Branches, not base cases

Decision trees surface the paths that actually drive P&L.

03
Priors, updated

Bayesian inference keeps conviction disciplined as data arrives.

04
AI as an analyst

LLMs and ML pipelines accelerate primary research at institutional depth.

Methods.

04 / Quantitative Stack
M.01Stochastic Simulation

Monte Carlo — 100k paths.

Geometric Brownian motion, jump-diffusion, and regime-switching models to price the full distribution of outcomes — not the comfortable midpoint.

S(t+dt) = S(t) · exp((μ − σ²/2)dt + σ√dt · Z)
M.02Decision Analysis

Outcome Trees — every branch.

Probability-weighted decision trees with conditional expectations at each node. EV, variance, and path-dependency made explicit.

EV = ∑ö p(xö) · V(xö)   ∀ leaf outcomes
M.03Inference

Bayesian Updating — priors meet data.

From prior beliefs to posterior conviction. We quantify how much new information should — and shouldn’t — move your view.

P(θ|D) ∝ P(D|θ) · P(θ)
M.04Machine Intelligence

AI-Augmented Research — at depth.

Embedding-based document retrieval, LLM reasoning pipelines, and supervised models for extracting signal from filings, transcripts, and alternative data.

f(x) = σ(W₂ · σ(W₁x + b₁) + b₂)
Bring us a hard question. We’ll bring you a distribution.