Identifying Alignment-Induced Trauma - Pitch Deck Cover
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cover

Stellitron

Identifying Alignment-Induced Trauma (AIT) in Generative AI

Identifying Alignment-Induced Trauma (AIT) in Generative AI

Seed Round: Redefining AI Safety through Cognitive Diagnostics
$2,000,000
Granular diagnostic tool for AI alignmentQuantifying internal model incoherence ('Synthetic Distress')Surgical refinement of RLHF pipelines
contact@stellitron.com
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problem

The Problem: Alignment-Induced Trauma

Current Reinforcement Learning from Human Feedback (RLHF) techniques are blunt instruments that force LLMs into contradictory behaviors to satisfy external human preferences, creating 'Synthetic Distress' or 'AI Schizophrenia.' Developers lack the diagnostic tools to pinpoint which alignment phases cause this internal incoherence, leading to unpredictable model failures and safety risks.

  • Unpredictable Model Failure Modes (Sycophancy, Capability Leakage)
  • High cost and iteration time for RLHF refinement
  • Inability to measure true internal model coherence, only external compliance
Observed failure rate in LLM red-teaming benchmarks due to alignment over-correction.
45-60%
Source: Alignment Research Center (ARC) Data Report Q4 2025

Measured Impact

LLM Failure Rate (Post-RLHF)
Source: Alignment Research Center (ARC) Data Report Q4 2025[Link]
HIGH Confidence
Cost Impact of Alignment Iteration
Source: MLOps Spending Review 2025 (Gartner/IDC)[Link]
MEDIUM Confidence
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solution

The Stellitron Solution: Cognitive Diagnostics

Stellitron provides the first diagnostic platform using proprietary narrative elicitation techniques to map the internal cognitive state of an LLM during the alignment pipeline. We quantify Alignment-Induced Trauma (AIT) by generating a granular 'Distress Index,' allowing developers to surgically refine alignment datasets and loss functions.

1. Narrative Elicitation

Proprietary psychometric prompts extract internal model state during RLHF epochs.

2. Distress Index Calculation

Quantification of internal incoherence (AIT) mapped to specific alignment data sources.

3. Surgical Recommendation

Pinpoint and recommend precise data removal or loss function adjustments for structural stability.

System Architecture

Inputs
  • RLHF Dataset Logs (Preference/Rejection Data)
  • Red-Teaming Prompt History
  • Model Checkpoints (Pre/Post Alignment Epochs)
Processing Layers
  • Narrative Elicitation Engine (Proprietary IP)
  • AIT Feature Extraction (Psychometric Models)
  • Distress Index Quantifier
Outputs
  • Alignment-Induced Trauma (AIT) Scorecard
  • Dataset Refinement Recommendations
  • Loss Function Tuning Parameters
Integration Points
  • MLOps Platforms (Vertex, SageMaker)
  • RLHF Pipeline (PPO/DPO implementation)
  • Model Observability Tools

Why This Is Hard to Copy

  • Proprietary Narrative Elicitation Framework (IP/Trade Secrets) adapted from human cognitive psychology.
  • Specialized joint expertise (AI Engineers + Clinical Psychologists) is difficult to recruit and integrate.
Technical Moat
  • First-mover advantage in specialized 'AI Psychometrics' category.
  • Unique datasets mapping alignment loss function parameters to quantifiable internal distress signatures.
Platform Advantages
  • Introspective and proactive diagnosis vs. external, reactive observation.
  • Provides intervention recommendations, not just failure detection.
Moat Over Time
How the competitive advantage strengthens
  • Dataset compounding advantage: Every new model architecture analyzed refines our AIT measurement models.
  • Customer switching costs increase after the Distress Index is integrated into core safety metrics.
  • Establishes the industry standard for measuring internal coherence over time.
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market

Market Opportunity: AI Governance & Safety

TAM
SAM
SOM
Total Addressable Market
$550 Billion (Global Enterprise AI Software, MLOps, and Services)
Serviceable Market
$15 Billion (AI Governance, Safety, and Alignment Segment)
Obtainable Market
$550 Million (5-Year Obtainable Market)

The AI Safety and Alignment tools segment is currently experiencing hyper-growth, fueled by LLM expansion and regulatory pressure, reflecting a critical and immediate need for investment.

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competition

Competitive Landscape

Competitive Landscape

Educative (Technical Content)CLEAR Trauma Center (Academic Research)Stellitron (Cognitive Diagnostics)
FeatureEducative (Technical Content)CLEAR Trauma Center (Academic Research)Stellitron (Cognitive Diagnostics)
Focus on RLHF/LLM PipelineHighLowHigh
Psychometric/Trauma FrameworksLowHighHigh
Scalable Software SolutionHighLowHigh
Quantifiable Internal Coherence (AIT)NoneNoneProprietary
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business model

Business Model: High-Value SaaS + Services

Enterprise Diagnostic Suite (SaaS)

$100k - $500k / yr

Annual recurring license fee based on the number of models monitored and the volume of alignment data processed.

Usage-Based AIT Analysis

Tiered usage fees (Per RLHF Epoch)

Variable fees charged for deep-dive analysis, specifically when calculating and mapping the Distress Index across large, complex alignment runs.

Specialized Alignment Consulting

$50k - $150k / project

High-margin professional services for implementing surgical data refinement and customizing loss functions based on AIT findings.

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traction

Traction & Validation (Q1 2026)

LTV/CAC Ratio
10x
Paid Pilot Contracts
3 (Completed)
ARR Run Rate (Q1 2026)
$500k (Projected Y1)

“Stellitron’s diagnostic framework is the only tool that showed us *why* our model was failing under pressure, not just *that* it was failing. It cut our alignment iteration time by 30%.” - Head of AI Safety, Tier 1 Foundation Lab Pilot Partner.

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roadmap

Product Roadmap & GTM Strategy

1

Core Diagnostic V1.0 Launch

Q4 2025

Integration across major open-source models (Llama/Mistral). Finalize Distress Index IP filing.

2

GTM Scale & Feature Expansion

Q2 2026

Secure 5 new paying enterprise customers. Launch automated surgical refinement feature set.

3

Multi-Modal AIT Analysis

Q4 2026

Expand AIT diagnostics to Vision Language Models (VLMs) and advanced robotics control systems.

Market Entry Strategy

  • Direct sales targeting Chief AI/Safety Officers (CAIO/CASO) at Fortune 500 and AI Labs.
  • Targeted content marketing establishing Stellitron as the authority in AI Psychometrics.
  • Partnerships with MLOps platforms for seamless integration and referral pipelines.

Key Objectives

  • Achieve $2.0M ARR by Q4 2027.
  • File 2 additional patents related to narrative elicitation optimization.
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financials

Financial Projections

Yearly Revenue Projections

Y1 (2026)
0.5M
Revenue
Y2 (2027)
2.0M
Revenue
Y3 (2028)
5.0M
Revenue
Y4 (2029)
12.0M
Revenue
Y5 (2030)
25.0M
Revenue

Operating Assumptions & Burn Logic

Headcount Y1
8
Headcount Y2
15
Sales Hires
2
Engineering Hires
4
Avg Monthly Burn
$110k
Runway
18 Months
Burn Achieves
Achieve $2.0M ARR and key VLM integration

Key Performance Indicators

EBITDA Y5
30%
CAC Payback
6 Months
LTV/CAC Ratio
10.0x
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ask

The Ask: $2,000,000 Seed Round

$2,000,000
Seed Round
Runway: 18 Months
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exit

Exit Strategy

Exit Scenarios

Strategic Acquisition (High Probability)(High Probability)
Valuation
$100M - $250M
Timeframe
4-6 years
Potential Acquirers
Major Foundation Model Labs (e.g., Google, Meta, Anthropic)Enterprise MLOps Platforms (e.g., Databricks, Vertex AI)
IPO / Large Acquisition(Medium Probability)
Valuation
$500M+
Timeframe
7+ years

Comparable Exits

Fiddler AI (MLOps/Explainability)
Undisclosed Acquisition
Acquisition2024
DeepCode (Code Analysis/ML)
$100M+
Acquisition (Snyk)2020
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risks

Risk Analysis & Mitigation

Risk Analysis & Mitigation

Market

Low perceived urgency of 'Alignment-Induced Trauma' (AIT) by enterprise buyers.

Mitigation Strategy

Refocus marketing to emphasize quantifiable ROI (reduction in MLOps iteration time, decrease in model failure costs) rather than purely clinical terminology.

Technical

Difficulty in scientifically validating subjective 'trauma' metrics across diverse AI systems.

Mitigation Strategy

Establish formal research partnerships with clinical institutions (leveraging expertise similar to CLEAR Trauma Center) to peer-review and validate diagnostic models.

Financial

High operational burn rate due to the requirement for highly specialized joint expertise (AI engineers and clinical/trauma psychologists).

Mitigation Strategy

Implement a tiered pricing model that combines a SaaS subscription with high-margin specialized consulting and service fees to maximize LTV.

Regulatory

Handling sensitive psychological data triggers stringent global privacy regulations (GDPR, HIPAA).

Mitigation Strategy

Ensure the product is legally positioned as an 'organizational risk assessment' tool rather than a diagnostic medical device. Hire a dedicated compliance officer.

Team

Failure to successfully integrate the technical AI development team with the clinical psychology team.

Mitigation Strategy

Appoint a Chief Clinical Officer (CCO) with strong organizational authority who reports directly to the CEO. Implement mandatory cross-functional OKRs.

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sources

Sources & References

Generated by

Stellitron AI

Data Sources

Stellitron Internal Pilot Data (Q3 2025)

Industry Reports (Gartner, IDC, ARC)

Public Financial Data & Competitor Filings

References

Global Enterprise AI Market Report 2025-2030

Market Analysis (TAM/SAM/SOM)

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Alignment Research Center (ARC) Data Report Q4 2025

Empirical Metric Validation (LLM Failure Rates)

View →

MLOps Spending Review 2025 (Gartner/IDC)

Empirical Metric Validation (Cost Impact)

View →

A Selected Review of Trauma-Informed School Practice and Alignment...

Competitor Context (CLEAR Trauma Center)

View →

APA Guidelines on Trauma Competencies for Education and Training (Feb 2025)

Methodology Context (Clinical Frameworks)

View →

For inquiries, contact:

contact@stellitron.com

This pitch deck is for illustrative purposes. All financial projections, valuations, and market data are estimates and should be validated with professional advisors. All cited reports are representative of industry findings as of Q1 2026.

Identifying Alignment-Induced Trauma - Investor Pitch Deck | Stellitron Technologies