Great American AI Act Draft: 3-Year Federal Preemption of State Model Laws

7 min read
Great American AI Act Draft: 3-Year Federal Preemption of State Model Laws
TL;DR

A bipartisan House discussion draft introduces the Great American AI Act, establishing a three-year federal preemption sunset to unify model development standards and override state-level patches.

What Happened

On June 4, 2026, U.S. Representatives Jay Obernolte (R-CA) and Lori Trahan (D-MA) released the discussion draft of the Great American AI Act (GAAIA). The draft legislation represents a bipartisan effort to address the growing conflict between federal policy and state-level artificial intelligence regulations. By establishing a unified federal standard, the Act seeks to replace the current patchwork of state laws with a single national framework.

The core of the draft legislation is a three-year federal preemption sunset on state laws regulating AI model development. This provision would temporarily override state-level mandates concerning model training, data sourcing disclosures, and safety testing guidelines, including California's SB 53 and AB 2013. The preemption period is intended to give Congress time to evaluate a permanent federal framework without placing a double burden of compliance on domestic technology companies.

However, the draft preserves state authority over downstream model deployment. While the federal government oversees model development, states retain the power to regulate specific applications of AI within their jurisdictions, such as AI use in healthcare, hiring practices, and financial evaluations. This compromise aims to balance the need for national development standards with local consumer protection goals.

Great American AI Act Draft — Legislative Outlook — 2026
The bipartisan Great American AI Act discussion draft introduces federal preemption to unify AI model development standards across the United States.

Technical/Regulatory Comparison

To understand how the Great American AI Act compares to existing state frameworks and international standards, we can evaluate their regulatory boundaries and compliance requirements:

Regulatory FeatureCalifornia State Laws (SB 53 / AB 2013)Great American AI Act (GAAIA Draft)European Union AI Act (GPAI Standards)
Jurisdictional BoundaryState of California (with extraterritorial impact)Federal (United States National Territory)European Union Member States
Preemption ScopeNone (acts as a local baseline)Overrides state development rules for 3 yearsUnifies all member state General Purpose AI laws
High-Risk ThresholdDomain-specific application risksCompute-based ($100M+ budget or $10^{26}$ FLOPS)Compute-based ($10^{25}$ FLOPS) + Systemic Risk
Training DisclosuresDetailed public logs of training datasetsConfidential registration with the NIST AISIDetailed public documentation for down-stream users
Safety Testing RequirementsMandatory red-teaming for specific domainsNIST-certified safety evaluations and reportsRed-teaming, evaluations, and incident tracking
Primary EnforcementCalifornia Attorney GeneralFederal Trade Commission (FTC) & NISTEU AI Office and National Authorities
Fines & SanctionsUp to $2,500 per violationUp to $10,000,000 or 2% of annual revenueUp to €35,000,000 or 7% of annual revenue
Preemption Scope Matrix — GAAIA — 2026
A detailed comparison matrix illustrating the boundaries of federal preemption and state-level deployment oversight under the draft Act.

Why It Matters

The Great American AI Act's preemption provision is designed to resolve a growing challenge for software developers: navigating conflicting state regulations. Over the past year, multiple states have introduced distinct AI safety and disclosure rules. For companies deploying models nationwide, managing these varying requirements has added significant operational complexity.

Simplifying the Compliance Landscape

Under GAAIA, companies would register their models with a single federal entity—the NIST AI Safety Institute (AISI)—rather than filing separate compliance disclosures in multiple states. This federal standard provides a clear path forward for developers, helping them direct resources toward core safety evaluations rather than administrative overhead.

For corporate security leaders, this federal baseline simplifies the process of auditing third-party models. Rather than evaluating compliance against a shifting array of state guidelines, organizations can use the NIST registration standards to verify model safety. This structured approach helps companies safely manage the integration of new technologies, a process we outline in our guide on Surviving Shadow AI: Architecting Enterprise Governance.

Preparing for International Compatibility

By aligning its compute-based risk thresholds with international guidelines, GAAIA makes it easier for U.S. developers to coordinate compliance across borders. This alignment is particularly relevant for companies that also need to navigate the EU AI Act GPAI Enforcement Milestones.

To support this compliance workflow, enterprise platform teams can build automated scripts to verify that incoming third-party models meet these federal disclosure requirements. The following TypeScript helper demonstrates how an engineering team might audit model metadata against the GAAIA registration specifications:

import { promises as fs } from 'fs';

interface ModelRegistrationInfo {
  modelName: string;
  trainingFlops: number;
  datasetSizeGb: number;
  safetyEvaluations: string[];
  nistAttestation: boolean;
}

class ComplianceAuditor {
  // Threshold defined under GAAIA for frontier class oversight
  private static FLOP_THRESHOLD = 1e26;

  public async auditModel(manifestPath: string): Promise<boolean> {
    console.log(`[Auditor] Opening model manifest at: ${manifestPath}`);
    
    try {
      const data = await fs.readFile(manifestPath, 'utf8');
      const manifest = JSON.parse(data) as ModelRegistrationInfo;

      console.log(`[Auditor] Inspecting: ${manifest.modelName}`);
      console.log(`[Auditor] Training compute: ${manifest.trainingFlops.toExponential()} FLOPS`);

      // Verify if model exceeds frontier threshold
      if (manifest.trainingFlops >= ComplianceAuditor.FLOP_THRESHOLD) {
        console.warn(`[WARNING] Model exceeds frontier compute threshold. Verification required.`);
        
        if (!manifest.nistAttestation) {
          console.error(`[COMPLIANCE FAIL] NIST AISI registration attestation is missing.`);
          return false;
        }

        if (manifest.safetyEvaluations.length === 0) {
          console.error(`[COMPLIANCE FAIL] Safety evaluations log is empty.`);
          return false;
        }
      }

      console.log(`[COMPLIANCE PASS] ${manifest.modelName} meets federal baseline.`);
      return true;
    } catch (error) {
      console.error('[Error] Failed to complete compliance audit:', error);
      return false;
    }
  }
}

// Instantiate and execute the compliance audit
const auditor = new ComplianceAuditor();
auditor.auditModel('/var/manifests/claude-5-fable.json');
Development vs Deployment Regulation Map — GAAIA — 2026
The workflow split between federal development oversight and state-level deployment enforcement under the proposed draft.

What to Watch Next

As the discussion draft circulates, the focus will turn to congressional committee reviews. Bipartisan sponsors plan to introduce the bill to the House Committee on Energy and Commerce later this summer.

The primary debate is expected to center on the preemption timeline. Some state legislators and consumer advocacy groups argue that a three-year preemption period could limit state-level consumer protections. Conversely, industry coalitions are advocating for a permanent preemption clause to prevent the return of state-level patches once the sunset period expires.

Source

Representative Lori Trahan: Bipartisan Discussion Draft of the Great American AI Act · NIST: AI Safety Institute Registration Guidelines and Standards
Disseminate Knowledge

Broadcast this intelligence

Copy Permanent Link

Want to work together?

Technical and delivery consulting for engineering leaders — diagnostics, agentic AI, and transformation with measurable outcomes.