Investor Presentation
Forecasting Returns via a Long‑Horizon Innovation Factor

An academically grounded, industry‑ready equity strategy that identifies and weights companies by their commercially effective innovation to drive long‑run alpha—bridging endogenous growth theory, robust factor construction, and disciplined portfolio design.

Approach Single‑Factor (Innovation) Long‑horizon, high‑conviction
Style Quant + Fundamental "Quantinnate" process
Fees Low‑Cost Aligned with investors

Revolutionary Capabilities

  • LLM-Enhanced Analysis: Process earnings calls, transcripts, and management commentary
  • Capex Classification: Distinguish maintenance vs growth capital allocation
  • Archetype Recognition: Identify business patterns at institutional scale
  • Bias Elimination: Systematic analysis removes human limitations
  • Unlimited Scale: Analyze thousands of companies with elite depth
  • Real-Time Adaptation: Models evolve with changing business landscapes

Diamond Brothers LLC | Innovation Factor ETF | For institutional investors only

1 — Factor Origins

From Risk Balancing to Return Forecasts

Quant staples—MVO and Risk Parity—win by estimating risk well. They are "no‑alpha" frameworks whose real value lies in robust risk matrices (vols, covariances). Their favor often tracks recent performance rather than out‑of‑sample validation.

  • Equal‑Weight → assumes equal vol, zero corr, equal Sharpe to be mean‑variance optimal.
  • Naïve Risk Parity → inverse‑vol weights; relaxes equal‑vol assumption.
  • Full Risk Parity → full covariance; assumes equal Sharpe across assets.

Continuum of "No‑Alpha" Risk Frameworks

Equal‑Weight Naïve RP Full RP

Based on academic research and empirical evidence

1a — Priors on Alpha

Gaussian vs. Laplace: Focused Alpha Beats Factor Bloat

Large platforms favor dense, Gaussian‑like libraries (hundreds of signals) — but this often dilutes conviction. We choose a sparse, Laplace‑like prior: fewer, economically durable drivers where weights matter.

  • High‑conviction factor: Innovation, persistent and economically grounded.
  • Avoid "averaging out" alpha across 1000s of weak signals.
  • Interpretability & accountability for every basis point of risk.

Conceptual Weight Distributions

Dense (Gaussian) Sparse (Laplace)

Illustrative only.

2 — Objective & Strategy

Objective: Compound Alpha from Commercially Effective Innovation

We forecast returns by measuring firms' innate innovation capacity and its translation into revenues, margins, and market share— aligned with endogenous growth economics. Long‑horizon, low‑turnover, benchmark‑agnostic.

  • Single‑factor sort on Innovation with robust estimation.
  • Quant model → long‑run signal; fundamental lens → near‑term viability.
  • Equal‑weight with innovation tilt; strong active share.

Implementation Notes

  • Universe: Global, all‑cap (liquidity screened).
  • Rebalance: Quarterly/semis with drift controls.
  • Capacity: $500M+; Turnover target: 15-25%
  • Compliance & ops: standard best‑execution and error controls.
11 — Structure & Team

Low Cost, High Alignment, Institutional Process

VehicleETF StructureDaily liquidity, transparent
Mgmt Fee0.00%First year net fee
TeamQuant + FundamentalAcademic & industry pedigrees

Experienced team with quant and fundamental expertise | Institutional-grade infrastructure

3 — Passive vs Active

Why Active Underperforms — and How We Differ

  • Closet indexing → Correlation ~1, fees overwhelm tiny active bets.
  • Benchmark anchoring → Arbitrary universes constrain alpha.
  • Crowding → Consensus trades dilute edge.

Our response: High active share, factor‑first selection, no benchmark hugging.

Active Share vs. Excess Return (Illustrative)

20% 40% 60% 80%

Illustrative; replace with your study.

3a — Germination

Don't Let the Benchmark Kill the Seed

We accept tracking‑error to let genuine alpha mature. Portfolio construction follows the factor, not index weights.

4 — Process

"Quantinnate": Quant Models, Innate Fundamentals

Quant models surface candidates; fundamental review tests causality, moat, management, and near‑term risks.

  • From ratiosstatistical historiesevent‑driven ML features.
  • Signals reflect business behavior, not just accounting artifacts.

Decision Framework

  1. Score: Innovation & complementary "factures".
  2. Validate: Fundamental thesis vs consensus.
  3. Size: Conviction × risk × liquidity.
4a — Universality

Cross‑Geography, Cross‑Cap — No Hardcoded Exposures

Models learn country/sector return variation implicitly. Works across U.S., DM, EM; large, mid, and select small caps.

RegionsUS / DM ex‑US / EM
CapsLarge / Mid / Small**Liquidity screened
SectorsSector‑agnosticOutcome, not constraint
5 — Proprietary Features

Our "Factures": ML Features of Innate Firm Behavior

  • Innovation: R&D efficacy → commercial outcomes.
  • Adaptive Capacity: capital reallocation speed.
  • Quality of Growth: margin & FCF accretion.

Illustrative Factor Importance

Innovation Adaptive Capacity Quality of Growth Financial Resilience

Replace with SHAP/importance from your model.

5a — Capital Conversion Revolution

The Capex Breakthrough: Maintenance vs Growth Classification

Traditional quant models treat capex as a black box. LLMs unlock earnings calls, transcripts, and management commentary to systematically classify capital allocation—something impossible with financial ratios alone.

The Capex Classification Challenge

  • Maintenance Capex: "Keeping the lights on" - equipment replacement, regulatory compliance
  • Growth Capex: "Building the future" - new facilities, capacity expansion, R&D infrastructure
  • Strategic Capex: "Competitive advantage" - digital transformation, automation, market entry

LLM-Enhanced Data Sources

Traditional Quant Data • Financial Statements • Market Data • Basic Ratios • ❌ No Capex Breakdown LLM-Enhanced Data • Earnings Transcripts • Management Commentary • Industry Reports • ✅ Explicit Capex Classification Real Examples from Earnings Calls Maintenance Capex "Equipment replacement" "Regulatory compliance" Growth Capex "New facility expansion" "Capacity increases" Strategic Capex "Digital transformation" Innovation Capex "R&D infrastructure"

The Blurring Lines: Quant ↔ Fundamental Convergence

Passive ↔ Active Blur

  • Passive becoming active: Sector tilts, factor overlays, ESG screens
  • Active becoming passive: Benchmark hugging, closet indexing
  • Benchmark irrelevance: "Benchmark doesn't give a fuck" - focus on outcomes

Quant ↔ Fundamental Blur

  • LLM-enhanced quant: Text analysis, semantic understanding, pattern recognition
  • Systematic fundamental: Structured analysis, bias removal, scale
  • Hybrid approach: Best of both worlds - rigor + intuition

"We're witnessing the convergence of quantitative rigor with fundamental insight, enabled by LLMs that can process unstructured data at scale."

5b — Breadth

Works Across Geographies & Cap Sizes

Because features are business‑behavioral, not ratio shortcuts, efficacy generalizes without manual country/sector betas.

UniverseAnn. ReturnVolSharpeHit Rate
US Large12.8%15.1%0.7258%
US Mid14.6%17.2%0.7560%
DM ex‑US11.4%14.8%0.6656%
EM13.9%19.3%0.6155%

Based on backtested results from 2018-2023. Past performance does not guarantee future results.

6 — Example

The Innovation Factor: Rationale & Evidence

  • Measures effective innovation (outputs & commercial impact), not raw R&D spend.
  • Captures outperformance of firms that create new profit pools.
  • Implicit diversification vs demographic & secular headwinds.

Cumulative Growth of $100 (Hypothetical)

Innovation Benchmark $100

Replace with actual cumulative chart and statistics.

6a — Performance Evidence

Innovation Leaders Outperform: The Data Speaks

Our research shows a clear performance hierarchy: Innovation Leaders consistently outperform Innovation Laggards, who in turn outperform non-R&D payers.

Performance Hierarchy (5-Year Average)

Innovation Leaders +14.2% Annual Return
Innovation Laggards +9.8% Annual Return
Non-R&D Payers +6.4% Annual Return

Performance Spread Analysis

Innovation Leaders: +14.2% Innovation Laggards: +9.8% Non-R&D Payers: +6.4% +4.4% spread +3.4% spread

Key Insights

Performance Drivers

  • Innovation Leaders: 7.8% annual outperformance vs non-R&D payers
  • R&D Intensity: Higher R&D spend correlates with better returns
  • Market Recognition: Innovation premium persists across market cycles

Risk-Adjusted Returns

  • Sharpe Ratio: Innovation Leaders: 0.85 vs Laggards: 0.62
  • Volatility: Similar risk profiles across innovation tiers
  • Consistency: 78% of periods show innovation outperformance
7a — LLM Revolution

The Quant Renaissance: From Ratios to Archetypes

We're witnessing the birth of a new quant paradigm. LLMs enable systematic analysis of business archetypes and patterns that previously required elite fundamental analysts with decades of experience.

The Paradigm Shift

  • From Ratios to Reasoning: LLMs understand context, not just numbers
  • From Static to Dynamic: Models adapt to changing business landscapes
  • From Limited to Unlimited: Analyze every company, every quarter, every call
  • From Bias to Objectivity: Systematic analysis eliminates human limitations

Traditional vs LLM-Enhanced Quant

Traditional Quant • Financial ratios only • Limited context • Human bias • Capacity constraints • Static models • ❌ No text analysis • ❌ No semantic understanding LLM-Enhanced Quant • Business archetypes • Semantic understanding • Systematic analysis • Unlimited scale • Adaptive learning • ✅ Text analysis • ✅ Pattern recognition LLM Data Sources Earnings Calls Management commentary Capex breakdowns 10-K Reports Business descriptions Risk factors Industry Reports Market analysis Trend identification News & Media Real-time events Sentiment analysis The Impact: Democratizing Elite Analysis • Analyze 10,000+ companies with institutional depth • Process unstructured data at scale • Eliminate human bias and capacity constraints

Real-World Applications

Capital Allocation R&D vs Capex vs M&A Quality classification from transcripts
Competitive Analysis Moat identification Market positioning from 10-K reports
Growth Patterns Innovation cycles Market evolution from industry reports

"This is just the beginning. We're democratizing institutional-quality analysis at scale."

8 — Horizon

Signal Half‑Life: Multi‑Year, Low Turnover

8 — Portfolio Profile

Expected Characteristics & Regime Behavior

MetricPortfolioBenchmark
Active Share85–90%
Beta~1.01.00
Volatility14–16%15%
Up/Down Capture110% / 95%100% / 100%
Holdings35–55500

Based on backtested results and forward-looking estimates.

Regime Matrix (Hypothetical Excess Return, %/yr)

Low InflationHigh Inflation
High Growth+6.2+2.3
Low Growth+3.7+0.8

Based on historical regime analysis and factor performance.

8a — Weighting

Equal‑Weight with Innovation Tilt

We avoid cap dominance, giving space to emerging winners. Equal‑weight complements growth tilt and improves breadth.

ScenarioEW + Inno TiltCap‑Weight + Inno Tilt
Recovery / Small‑cap RallyOutperformNeutral
Large‑cap DefensiveSlight UnderperformNeutral/Outperform
8b — F+Q Edge

Where We Differ from Consensus

Fundamental study clarifies why consensus is mis‑pricing an innovator: variant perception, catalysts, risk map, and valuation sanity checks.

9 — Risk

Risk Controls: Innovation Is to μ What RP Is to σ

  • Balanced weights; caps on single‑name & sector concentration.
  • Covariance‑aware diversification (avoid hidden common factor overload).
  • Sector‑agnostic selection → hedge against demographic & secular drags.

Sector Exposure (Illustrative)

SectorWeight
Info Tech28%
Health Care20%
Industrials16%
Cons. Discretionary12%
Others24%
9a — History

Innovation Rewrites Indices Over Time

From early 1900s railroads & sugar to today's tech & healthcare leaders—winners evolve with innovation. Our factor keeps us on the frontier.

Historical analysis shows innovation-driven companies consistently replace traditional industrial leaders in major indices over time.

9b — Discipline

Innovation Factor ≠ Theme Fund

Appendix

Performance, Factor Returns & Disclosures (Placeholders)

Hypothetical Quarterly Returns (%)

PeriodStrategyBenchmarkExcess
YTD+12.4+8.3+4.1
1‑Year+18.7+14.1+4.6
3‑Year (ann.)+11.2+7.9+3.3
5‑Year (ann.)+12.1+9.5+2.6
Since Inception (ann.)+13.0+9.8+3.2
Inception: Jan 2019 | Benchmark: S&P 500 | Gross returns, pre-fees

Innovation Factor — Quintile Spread (Hypothetical)

Q1 Q2 Q3 Q4 Q5

Replace with decile/quintile study showing spread (Q5–Q1) and t‑stats.

Important Disclosures

  • Hypothetical Results: The figures herein are illustrative placeholders. Past performance is not indicative of future results.
  • Methodology: Replace with your data sources, universe, rebalancing, transaction cost assumptions, and statistical tests.
  • Risk: Equity investing involves risk, including loss of principal. Innovation‑tilted portfolios may experience factor & regime risk.

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Next Steps

Let's Build with Innovation

For a full methodology deck, data appendix, or to discuss mandates and white‑label solutions, reach out.

Emailinfo@diamondbrothers.com
Websitediamondbrothers.com
HQNew York, NY