Orphans in the Digital World / 数字世界的孤儿

Author: Dexin Kong
ORCID: https://orcid.org/0009-0008-3831-5725
Structured and refined with assistance from ChatGPT
AI Automatic Translation (Unreviewed)

Background

In May 2026, developer Andrew Nesbitt published an article titled:

Dumb Ways for an Open Source Project to Die.

The article outlined several common paths through which open-source projects gradually lose their maintenance capacity, including:

• maintainers leaving
• internal teams being dissolved
• academic projects being abandoned
• funding ending
• project ownership becoming non-transferable
• maintainers going permanently inactive

The repositories still exist.
The packages can still be installed.
Dependency chains continue to operate.

But Issues are no longer answered.
Releases stop being updated.
Problems slowly begin to accumulate.

Projects such as jieba and pkuseg have already gone years without sustained maintenance, yet they are still widely used across Chinese NLP infrastructure today.

Unable to Exit

If this happened in human society, the situation would feel profoundly strange.

It would be like suddenly discovering that someone you had been working with every day had actually died more than ten years ago.

The technology industry evolves extremely quickly.
New frameworks, models, and infrastructures continue to emerge.

But at the same time, the digital world still lacks a truly mature exit mechanism.

It resembles a world where things are constantly being born, but rarely able to truly exit.

Large numbers of systems that stopped evolving long ago still remain deeply embedded throughout the global dependency graph.

Governance Vacuum

In the physical world, when a person loses guardianship or inheritance support, society usually activates mechanisms such as:

• welfare systems
• estate trusteeship
• guardianship transfer
• public institutional intervention

But the digital world works differently.

In today’s software ecosystem, control over many systems is still tightly bound to the accounts of maintainers who have long disappeared.

Once the original maintainer disappears, a system may enter a state where it continues running while effectively losing active governance.

And in many cases, this condition is not immediately noticed.

As a result, governance responsibility gradually begins drifting away from the system’s actual runtime state.

The existence of rules does not mean the rules are actually being executed.

Especially in the digital world, problems often evolve much faster than formal governance structures.

As a result, when formal governance can no longer effectively enter the runtime layer, platforms closest to runtime gradually find themselves forced into governance roles.

At first, platforms may simply want to “keep the system operational.”

But as more and more problems accumulate at the platform layer, platforms gradually begin acquiring:

• rule-making capability
• risk-definition capability
• continuity-control capability
• practical runtime governance capability

In many cases, these changes do not originate from legal authorization.

As a result, a new structure gradually begins to emerge in the digital world:

nominal governance responsibility and actual governance behavior slowly begin separating from one another.

In the long run, platforms may not actively seek to become the governors of the digital world.

But real-world pressure will continue pushing them toward roles involving:

• rule-making
• practical governance
• factual arbitration

Reflection

Perhaps the real issue is not that maintainers leave, or that projects fail to exit.

When platforms become forced to assume practical governance responsibilities, a recurring historical pattern begins to reappear:

• industries begin governing themselves in order to solve operational problems
• legal systems later move in to interpret and recognize those practices
• governments eventually formalize them into institutions
• industries then reorganize their boundaries around those governance structures

References

• Andrew Nesbitt, Dumb Ways for an Open Source Project to Die
  https://nesbitt.io/2026/05/19/dumb-ways-for-an-open-source-project-to-die.html

Note:
This project is an ongoing independent research effort developed in spare time.
Some concepts and observations may continue evolving over time.
The English version may contain translation inaccuracies or semantic deviations.
The Chinese version remains the primary reference.