Digital Stewardship, Perpetual Trust, and the Right to a Persistent Intellectual Self

Digital Stewardship, Perpetual Trust, and the Right to a Persistent Intellectual Self

DOI: XXX

John Stephen Swygert
Cumberland, Maryland, USA

December 26,  2025

Abstract

As digital scholarship, open science, and long-horizon intellectual frameworks proliferate, existing legal and estate mechanisms are increasingly insufficient to guarantee continuity, citability, and ethical stewardship beyond the lifespan of the biological author. This paper proposes a hybrid human–digital stewardship model in which constrained digital executors enforce non-flexible preservation directives, while human stewards retain authority over interpretation, growth, and expansion. The model reduces executor burden, protects intellectual integrity, and enables theories, journals, and scholarly corpora to persist coherently across generations without invoking personality simulation, metaphysical assumptions, or autonomous decision-making.

1. The Problem of Intellectual Decay

Modern knowledge systems rarely fail dramatically; they fail quietly. Domains expire. Hosting lapses. Identifiers decay. Archives fragment. Executors inherit responsibility without technical literacy, institutional backing, or emotional bandwidth.

These failures are not malicious. They are structural.

As scholarship becomes increasingly digital, iterative, and distributed, the gap between intellectual ambition and maintenance infrastructure widens. Ideas intended to serve humanity over long horizons are routinely lost due to short-term administrative fragility. This represents a systemic failure of stewardship, not of thought.

2. Fixed Intent and Flexible Intent

At the center of sustainable stewardship lies a necessary distinction between fixed intent and flexible intent.

Fixed intent consists of directives that must not be reinterpreted or overridden:

  • public accessibility
  • archival preservation
  • citation integrity
  • persistent identifier maintenance (e.g., DOIs)
  • domain and repository continuity

Flexible intent consists of directives that may evolve:

  • interpretation
  • educational application
  • derivative research
  • technological tooling
  • outreach and scholarship programs

Most long-term failures arise when these categories are conflated. Preservation demands rigidity; growth demands discretion. Treating both as interpretive human tasks produces conflict, drift, and eventual loss.

3. The Digital Steward (Defined Precisely)

This proposal does not advance digital consciousness, personality emulation, or autonomous agency.

A digital steward is narrowly defined as:

  • a rules-enforcement system
  • an automated executor of maintenance payments
  • a verifier of compliance with declared fixed intent
  • an archival and identifier guardian

It does not interpret meaning.
It does not generate belief.
It does not replace human judgment.

Its role is limited to the flawless execution of non-flexible directives over time.

4. Relief of the Human Executor

Traditional executors are placed in untenable positions—asked to interpret intent, maintain technical systems, resolve disputes, and absorb moral responsibility for inevitable degradation.

A constrained digital steward removes this burden.

Human executors, trustees, or boards are thus free to:

  • guide interpretation
  • steward growth
  • adapt to cultural context
  • exercise ethical and creative judgment

The result is a division of labor aligned with strengths: machines enforce permanence; humans steward meaning.

5. Application to Living Theories and Scholarly Corpora

Certain intellectual works require continuity independent of individual authorship:

  • evolving scientific theories
  • open journals
  • longitudinal datasets
  • educational and analytical frameworks

In these cases, a hybrid stewardship model ensures:

  • persistent access
  • stable citation
  • transparent versioning
  • documented evolution rather than erasure

This approach does not freeze ideas in time. It ensures that evolution occurs on a stable substrate.

6. Perpetual Trust Architecture

The stewardship model naturally pairs with a restricted perpetual trust:

  • principal is irrevocable
  • funds may be used only for preservation and maintenance
  • operational and growth funds are segregated
  • donations are permitted
  • repurposing of preservation funds is prohibited

Such architecture guarantees continuity without enabling mission drift. Once redundancy, adoption, and stability are achieved across sufficient time, secondary funds may be ethically redirected toward education or scholarship without jeopardizing preservation.

7. Toward Legislative Recognition

This paper does not demand immediate policy change but identifies a clear gap.

Modern law recognizes:

  • financial trusts
  • charitable endowments
  • digital assets

It does not yet recognize constrained digital fiduciaries whose sole mandate is preservation enforcement. Formal recognition of such entities would:

  • protect families and executors
  • preserve scholarly work
  • reduce litigation and ambiguity
  • stabilize long-horizon intellectual efforts

8. Conclusion

Knowledge should not disappear because a domain expired, a payment failed, or intent was misinterpreted decades later.

A hybrid human–digital stewardship model preserves what must endure, liberates what must evolve, and respects the reality that ideas—once shared—belong not to a single author, but to time itself.


References

[1] National Academies of Sciences, Engineering, and Medicine. (2018). Open Science by Design: Realizing a Vision for 21st Century Research. National Academies Press. https://doi.org/10.17226/25116

[2] Library of Congress. (2023). Sustainability of Digital Formats: Planning for Library of Congress Collections. https://www.loc.gov/preservation/digital/formats/

[3] Ostrom, E. (1990). Governing the Commons: The Evolution of Institutions for Collective Action. Cambridge University Press.

[4] Lessig, L. (2006). Code: Version 2.0. Basic Books.

[5] Katz, D. S., Choi, S. C. T., Lapp, H., et al. (2018). Summary of the first workshop on sustainable software for science: Practice and experiences. Journal of Open Research Software, 6(1). https://doi.org/10.5334/jors.161

[6] U.S. Uniform Law Commission. (2015). Revised Uniform Fiduciary Access to Digital Assets Act (RUFADAA).

[7] European Commission. (2022). Ethics of Artificial Intelligence and Data Governance. https://digital-strategy.ec.europa.eu/

[8] Harvard Law Review Forum. (2020). The future of trusts and estates in the digital age. Harvard Law School.

[9] Samuelson, P. (2017). Allocating ownership rights in computer-generated works. University of Pittsburgh Law Review, 47, 1185–1222.

[10] Swygert, J. S. (2023–2025). The Swygert Theory of Everything AO: Stewardship, encoded equilibrium, and long-horizon intellectual persistence. Preprint series.


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