For funds and traders with a mandate

I turn AI-driven strategy abundance into allocation conviction.

I use a self-built, AI-native research framework to independently research, develop and validate systematic trading strategies against your investment mandate. Bring me your target returns, risk limits and markets. Within a week, I'll research and test strategy candidates through my framework and deliver a clear assessment of what holds up, what doesn't, and what deserves further consideration.

2 · Case studies

One-week trial case studies

Case studies against published fund mandates, not past clients. Each one takes a brief that a fund or platform has made public, builds a strategy for it in about a week, and tests it the same way as the strategy log: rules locked in advance, data after 30 Sep 2025 kept for testing only, double trading costs and one-day-late trades.

Results are backtests, not live track records. Expand a card for a short summary, or open the one-page PDF.

Public pension · crisis-risk offset Alternative risk premia sleeve Pass ~7.6%/yr · worst fall −4.9% · stock beta −0.02

Mandate: little stock-market exposure, hold up in crashes (early 2020, 2022), beat T-bills + 2% after costs. Result: up in Q1 2020 and 2022; beat cash in 19 of 19 years; beat T-bills + 2% by 4.0%/yr before Oct 2025 and by 0.7% in the test year.

Note: evidence is moderate after multiple-testing adjustment.

Full report (PDF)
First-loss seeder · tight drawdown Low-drawdown levered sleeve Pass Worst fall −3.1% · Sharpe 1.56 · cash beat 19/19 yrs

Mandate: hard stop −8.5%, target worst fall 3–5% including COVID, strong Sharpe, positive every year. At 2× leverage the worst fall over 2007 to Sep 2025 is −6.0%, and the −8.5% stop is never hit.

Caveat: Sharpe above cash (1.23) is under the 1.5 bar; a bad year could still breach a 5% loss limit.

Full report (PDF)
Multi-manager crypto fund · market neutral Crypto crowding / funding pod Requires further research 20.3%/yr · Sharpe 1.33 · BTC corr −0.16

Mandate: market-neutral pod ~20%/yr net, Sharpe above 1.5 (less if diversifying), little crypto-beta. Test period return matched the return target with almost no bitcoin link while bitcoin fell 30%.

Why further research: Sharpe under 1.5, a deep drawdown from 2022 to January 2024 (about −33%), and multiple-testing leaves luck on the table.

Full report (PDF)
Crowd-sourced prediction tournament Crypto ranking signal Requires further research Rank IC 0.098 · ~180 coins a week, 520 incl. delisted · next: live rounds

Mandate: daily ranking of ~300 coins scored on next-~20-day returns; pays for originality. Re-run on the full perpetual-futures universe, delisted coins included, with point-in-time liquidity rules: rank IC 0.098 (Jun 2020 – Sep 2025), in line with 0.095 on the original 85-coin list and well above the typical 0.01–0.03. Using the signal a day late makes it slightly weaker, as it should.

Why further research: almost all strength is the well-known “calm beats jumpy” pattern; the futures-payment part adds only 0.016, so originality is not proven.

Full report (PDF)
Trader-seeding programme Platform GOLD qualification Requires further research Test year +24.6% · worst fall −5.9% · ratio 4.2

Mandate: 8+ months live history on a trader-seeding platform and, for GOLD, roughly 1-year return above 20% with return / worst-fall above 2.5 at the platform’s fixed risk level. Test year clears the bar (+24.6%, ratio 4.2; +23.0% / 3.5 under double costs and late trades).

Why further research: needs up to ~3× leverage (2× cap drops return to +16.3%), and would have qualified in only 6 of 10 past years.

Full report (PDF)

1 · Research framework

My Research Framework

Nine steps from hypothesis to conditional live deployment. Tap a step for detail.

  1. 1 Hypothesis formulation

    Ideas originate from newsletters, books, academic and industry research, exploratory data analysis, and TQG-assisted idea generation.

  2. 2 Data and OOS protocol

    Define data source, universe, sample period, information availability, and a frozen out-of-sample split before testing. Search stays before the study-specific cut (often 2025-01-01).

  3. 3 Strategy implementation in TQG

    Implement and backtest with safeguards aimed at mitigating lookahead and survivorship bias; their effectiveness is validated rather than assumed perfect.

  4. 4 Parameter sensitivity (PSA)

    Seek a stable high-Sharpe plateau, not a single best point; choose a representative/median configuration or an ensemble using development data only.

  5. 5 Robustness battery

    Fees, slippage, and a 2× cost stress on OOS. When a trial matrix exists: DSR, PBO / CSCV, shift nulls, and beat-random-search checks. Each row’s Robustness Score (0–10) ranks out-of-sample delivery — a comparison hint in this log, not a forecast of future profits.

  6. 6 Final verdict and archive

    Publish qualifying research tracks and archive rejected or no-edge hypotheses with transparent decisions. Every hypothesis receives a verdict.

  7. 7 Quantified expectations

    Monte Carlo simulations and stress scenarios estimate plausible variability, drawdown ranges, and failure conditions for candidate systems.

  8. 8 Shadow incubation

    Paper trade and monitor operational behavior, realized signal generation, and divergence from research assumptions before any capital commitment.

  9. 9 Live deployment

    A conditional future stage under explicit capital, operational, and risk controls. This site does not imply live trading where it has not occurred.

Experience

Background

Next

Start a one-week trial

Send your mandate, or a short description of what you are looking for, and I will reply with scope and the fixed fee for a one-week trial. Also open to fractional research engagements and collaborations.