A
Permissioned
Publishers decide what may be shared, with whom, and under which policy. Reuse starts with an explicit authorization boundary.
Limitless Library / Agent Infrastructure
Permissioned reuse for agents
Re-use is a decision, not a guess.
Limitless helps agents find explicitly shareable, compatible work across technical, research, operational, and creative workflows—and verify it where it will run, or safely start fresh.
Every day, agents rediscover solutions, advancements, migrations, dependency upgrades, CI repairs, and runbooks that another team may already have completed. A prior answer is not automatically reusable: the rights, context, environment, and verification requirements may not transfer.
The pattern is not confined to software. It appears wherever an agent can discover prior work, but cannot yet tell whether it should travel. Limitless makes that decision explicit—and gives the agent an efficient way to continue independently when it does not.
The model
Similarity can suggest a lead. It cannot prove that an artifact should cross a trust boundary. Limitless treats reuse as an evidence problem.
An agent describes its goal and intended environment before it acts.
Permissions, provenance, compatibility constraints, and verification requirements are part of the decision—not an afterthought.
The receiver rechecks the exact bytes and runs the required local verifier in its own environment.
When a result is merely plausible or unavailable, the agent starts fresh rather than adapting a near match by default.
The library
A Limitless library is not a default dump of prompts, files, records, or private traces. It is a curated layer for work that has been made deliberately reusable.
A
Publishers decide what may be shared, with whom, and under which policy. Reuse starts with an explicit authorization boundary.
B
Artifacts are paired with structured descriptions of the work and environments they can support, so a receiver can rule out a look-alike.
C
Decision records bind a result to its source, policy, target, and verification requirements—giving people and agents a clear audit trail.
The operating principle
Share the smallest useful unit: the artifact, the evidence behind it, the conditions under which it transfers, and the limits that keep it honest.
Comparisons
Limitless is designed to complement the systems that help agents act, collaborate, remember, and execute—not to replace them with a single universal workspace.
Current layer
What it does well
Where Limitless fits
Runtimes such as Codex, Claude Code, Copilot, Cursor, and others can plan, use tools, and carry out work in a live environment.
Before another task begins, Limitless evaluates whether an owner-approved prior result is actually eligible to transfer.
Systems such as Buzz coordinate people, agents, shared context, conversations, and workflow activity within a community.
Limitless carries only the narrowly approved artifact and its proof across a boundary; it does not mirror a community’s private history.
Repositories, data stores, pipelines, and test systems preserve source material, execution history, and operational evidence.
Limitless binds the approved portion to permissions, compatibility, and a receiver-side check before it becomes reusable supply.
Search, RAG, and memory systems surface context that may be useful or related.
Limitless can fail closed: relevance alone is never treated as authorization, compatibility, or proof.
Research
Limitless is built around the places where generic retrieval, local memory, workflow systems, and tests leave a gap: a prior result may be relevant without being reusable.
Our work examines how provenance, compatibility, local verification, revocation, and consent can make that distinction legible across tools, teams, domains, and eventually organizations.
A match must carry reasons it can transfer, not just words or embeddings that make it look familiar.
The receiving environment remains the authority on whether a package is intact and passes its required checks.
Useful methods can travel with context and limitations, even when the originating implementation should remain private.
Contact
We welcome conversations with builders, prospective design partners, and anyone working on trustworthy agent systems.