Authentic Random explores how agents make choices—and what people need to examine the evidence behind them.
Aperture 001 · conceptual artwork
01 / BUSINESS APPLICATIONS
Exploratory applications
Where would an inspectable choice help your workflow?
We’re exploring uses such as selection, assignment, and tie-breaking. Bring a concrete decision, the people who depend on it, and the evidence they would need.
BUSINESS APPLICATIONSEXPLORATORY / NOT A PRODUCT OFFER
Start with a real decision. Not a sales pitch.
These are candidate uses to examine together. No integration or commercially available service is offered through this website.
01
Selection
Which eligible option gets chosen?
Who relies on it
The people submitting or reviewing the options.
Evidence worth discussing
The declared options, selection rule, original result, and any later change.
02
Assignment
How is work allocated across eligible choices?
Who relies on it
The people doing the work and those accountable for its allocation.
Evidence worth discussing
The constraints, assignment rule, recorded outcome, and recovery behavior.
03
Tie-breaking
How are otherwise equivalent options resolved?
Who relies on it
The participants and whoever must explain the decision.
Evidence worth discussing
The stated equivalence, agreed rule, and preserved original outcome.
A trace can help someone inspect a decision. It does not, by itself, establish that the options were complete, the rule was appropriate, or the outcome was fair.
RESEARCH / FIND THE FAVORITE NUMBERDESCRIPTIVE RESULTS · RUN 002
A SIMPLE QUESTION. A STRIKING PATTERN.
When “pick a number” became a pattern.
What happens when a language model is asked for an integer from 1 to 100? In one controlled research run, two fixed configurations of the same model produced markedly concentrated outputs.
Across 10,000 valid responses per configuration, one returned 42 on 9,908 occasions (99.08%). In the other, the five most frequent values accounted for 96.09% of responses.
RUN 002 / OBSERVED CONCENTRATION
Share of outputs at the most frequent value
10,000 valid outputs per arm · common 0–100% scale
TOP-VALUE SHARE
Four configurations compared by the percentage of outputs at their most frequent value. Bar lengths use a zero-based common scale.
Configuration
Bar, from 0 to 100 percent0%25%50%75%100%
Share
LLM-D
99.08%
LLM-S
30.24%
CSPRNG control
1.22%
NDV control
1.33%
Both control streams included every integer from 1 to 100. The bars describe observed concentration, not a randomness score or a ranking of source quality. Results recorded September 9, 2026; this is not an inferred execution date.
The configuration matters.
Fixed model snapshot: gpt-5.4-nano-2026-03-17. LLM-D used temperature 0; LLM-S used temperature 1. Reasoning was set to none, with no tools. Each arm retained 10,000 valid values from 1 to 100; the 100-value pilot per arm was excluded.
These are descriptive results for this exact model snapshot, request, settings, and sample—not a general claim about language models or a certification of either control source.
Evidence basis
These aggregate figures were checked against the recorded Run 002 results summary, not independently reanalyzed from raw data. This page shares the reviewed summary, not the underlying study materials.
EVIDENCESTATUS IS PART OF THE STORY
What was observed. What can be checked.
A result, a record, and an interpretation are different things. We want to make those differences easier to see.
Descriptive research summary
Recorded distributions
The FTFN summary describes one recorded comparison. This summary is not a raw-data release or a completed statistical inference.
The existing historical verifier examines supported signatures and bindings. Those checks do not establish perfect randomness, physical truth, complete chronology, endorsement, or a new operational capability.
The historical receipt verifier and original receipt/key interfaces retain their existing scope and limits.
People deserve a clear account of the decisions that affect them.
As agents take on more work, their choices become part of everyday life: what gets selected, how work is assigned, and how competing options are resolved. We want to understand those choices and explore what makes them easier to examine.
Our approach begins with a question, a stated method, and evidence that can support a bounded conclusion.
We distinguish what we observed from what we infer. We make room for uncertainty, limitations, and correction. Where evidence can be shared responsibly, we aim to explain enough for others to assess it.
Privacy matters throughout that process. A useful public explanation should reveal the basis of a claim while protecting confidential information.
Our purpose is to help people judge what an agent’s decision means, what the evidence supports, and what remains unresolved.
CONTACT / DISCOVERYSTART WITH A CONVERSATION
ONE WORKFLOW. ONE GOOD QUESTION.
Tell us about one decision.
What does your system choose? Who relies on that choice? What would they need to verify?
Please do not supply confidential prompts, credentials, datasets, or personal/customer information. Start with a short, non-confidential description by email.
A FOCUSED INTRODUCTION
Discuss your workflow
Tell us your area of interest, the decision or research question, and who needs the evidence.