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Synthetic Content: Exploring the Risks, Technical Approaches, and Regulatory Responses

high confidence · updated 2026-06-06

FPF October 2024 report surveying synthetic content risks (NCII, CSAM, disinformation, impersonation), seven technical mitigation approaches (watermarking through hashing), and US regulatory landscape including privacy/security tradeoffs.

Synthetic Content: Exploring the Risks, Technical Approaches, and Regulatory Responses is a 35-page report published by the Future of Privacy Forum (FPF) in October 2024 and authored by Jameson Spivack, Senior Policy Analyst. It surveys AI-generated synthetic content — text, images, video, and audio increasingly indistinguishable from authentic content — across three dimensions: categories of risk, technical and organizational mitigation approaches, and the privacy and security tradeoffs each mitigation introduces. An appendix surveys the US legislative and regulatory landscape as of October 2024.

PublisherFuture of Privacy Forum (FPF)
AuthorJameson Spivack, Senior Policy Analyst
PublishedOctober 2024
Pages35

Summary

The report organizes its analysis around four elements: seven categories of risk from synthetic content; seven technical and organizational mitigation approaches; the privacy and security tradeoffs of each mitigation; and an appendix on the US legislative and regulatory landscape.

Risk categories

The report identifies seven categories of risk.

CategoryExamplesSeverity
Malicious impersonationVoice cloning scams, executive fraudHigh; direct financial/reputational harm
Disinformation/misinformationDeepfake political videos, AI-generated newsHigh; societal; nearly impossible to fully detect
Synthetic NCIIAI-generated non-consensual intimate imageryHigh; personal harm; subject of TAKE IT DOWN Act
Synthetic CSAMAI-generated child sexual abuse materialSevere; legal prohibition in most jurisdictions
Financial scamsSynthetic CEO audio for wire fraudHigh; significant losses documented
DiscriminationSynthetic content used for discriminatory decisionsMedium; intersects with existing anti-discrimination law
Loss of trust in media"Liar's dividend" — authentic content dismissed as fakeLong-term societal harm

The "loss of trust in media" category is framed around the "liar's dividend," in which the existence of convincing synthetic content lets authentic content be dismissed as fake (Liar's Dividend).

Technical mitigation approaches

The report surveys seven technical and organizational mitigation approaches, each with stated strengths and limitations.

ApproachMechanismStrengthsLimitations
WatermarkingEmbed invisible signal in AI-generated outputScalable; real-timeEasily stripped; not universal
Provenance trackingC2PA-style content credentials attached to fileInteroperable; chain of custodyRequires adoption throughout distribution chain
Metadata recordingStore generation parameters in file metadataLightweightEasily stripped; not authenticated
Labeling/disclosureRequire disclosure of AI origin to usersConsumer-facingSelf-attestation model; often missed
Synthetic content detectionAI classifiers detecting AI-generated contentScalableHigh false positive/negative rates; arms race with generators
Hashing/filteringMatch known-harmful content hashes (PhotoDNA model)Effective for known CSAM/NCIIDoesn't work for novel content
Legal prohibitionsCriminal/civil law against deepfake impersonationDeterrenceExtraterritorial enforcement; victim identification

C2PA-style provenance tracking is one of the seven approaches (Data Provenance, C2PA, and Watermarking).

Privacy and security tradeoffs

The report argues that each mitigation approach creates its own privacy and security risks:

  • Provenance tracking (C2PA) requires authentication infrastructure that, if compromised, creates new surveillance risks.
  • Content detection at platform scale creates a surveillance layer that could be repurposed.
  • Watermarking metadata can reveal creation tools, potentially identifying sources.
  • Hashing requires hash databases that, if breached, expose sensitive content.

The report concludes that no single approach is sufficient and all involve tradeoffs, and that the optimal strategy combines multiple approaches while maintaining explicit safeguards for personal data in detection and authentication systems.

US regulatory landscape (as of October 2024)

At the federal level, the report records no comprehensive federal deepfake law as of its writing. It notes that the FTC, CFPB, FCC, and SEC have authority over specific harms (fraud, impersonation, robocalls). The bipartisan Senate AI Working Group Roadmap (2024) identified synthetic content as a priority, and the federal NO FAKES Act, addressing voice/likeness replica protection, was proposed but not enacted as of October 2024.

At the state level, the report documents NCII and synthetic CSAM laws in most states, political deepfake laws in Minnesota, Washington, Texas, and California (State Deepfake Statutes (MN, WA, TX, CA)), and California's AI Transparency Act (California AI Transparency Act (SB 942)), which covers AI-generated content labeling.

After the report's publication, the TAKE IT DOWN Act (P.L. 119-12, May 2025) enacted federal NCII/deepfake criminal penalties and a 48-hour takedown requirement (TAKE IT DOWN Act — Source Summary), partially addressing the federal gap the report identified.

Provenance and confidence

FPF is a recognized non-profit, and the document is a substantive research report rather than an opinion piece, supporting a high confidence rating. The October 2024 date means the US regulatory landscape has since changed, notably with the enactment of the TAKE IT DOWN Act, so claims about current law should be read as of October 2024. The report provides a taxonomy of synthetic content risks, documents the seven mitigation techniques with tradeoff analysis, explains the privacy-security tension in detection and watermarking approaches, and supplies a regulatory baseline against which the TAKE IT DOWN Act can be understood. It serves as a technical and regulatory survey supporting Synthetic Media / Deepfakes.

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