OFF-CYCLE LOG · LOG-150 · v1.0.0

The last AI built by humans has not been built yet.

Recursive self-improvement already exists inside bounded, verifiable loops. What has not been demonstrated is a general system that repeatedly improves its own improvement machinery, transfers the gain and accelerates under matched resources.

OOP-RSI-LADDER-2026-09-17 · 2609.11873v1 · 75 PAGES · SHA256 9fde92cba4d5…
Five ascending recursive improvement chambers pass persistent artifacts through independent verification gates while rejected regressions enter a rollback archive.
PERSIST → RE-ENTER → VERIFY → TRANSFER
VERDICT · PUBLISHED_RSI_EVIDENCE_AUDIT

Admit the paper as a measurement architecture—not as evidence of takeoff. Its durable contribution is an autonomy ladder and a proof discipline that separates a persistent update from useful recursion. The fund now tracks not whether an AI says it improved itself, but whether an inherited mechanism makes later successors better under independent evaluation and a complete cost ledger.

01 / STRUCTURE ≠ EFFECT

Two different claims

STRUCTURAL

Structural recursion

A revised improver, verifier or successor-generation procedure persists and governs a later round. This proves loop closure, not benefit.

EFFECTIVE

Effective recursion

The inherited mechanism produces better successors under comparable total resources, protected evaluation and evidence of transfer across later rounds.

02 / AUTONOMY LADDER

Who controls the next improvement decision?

B0NOT RSI

Refine the current output

CONTROL
Retry, critique or edit inside one task.
INHERITS
Nothing durable must survive.
PROOF GATE
Do not label reflection or a better answer as RSI.
L1EXECUTION

Execute a prescribed improvement

CONTROL
Humans fix the target, method and success test; AI executes candidates.
INHERITS
An accepted artifact persists beyond the task.
PROOF GATE
Show the accepted update in a later run.
L2STRATEGY

Choose how to improve

CONTROL
AI diagnoses the weakness and selects an intervention under fixed objectives and evaluators.
INHERITS
Strategy, harness, tool or policy is retained.
PROOF GATE
Compare the chosen intervention against fixed and human baselines.
L3EXPERIENCE

Choose what to learn from

CONTROL
AI selects or generates the curriculum, evidence, task or experiment for its next round.
INHERITS
The learner changes and influences its next learning agenda.
PROOF GATE
Held-out transfer, diversity and leakage controls must survive.
L4DEPLOYMENT

Adapt from live feedback

CONTROL
Operational interaction revises persistent state under external release and governance rules.
INHERITS
Memory, skills, tools, weights or workflows affect later real use.
PROOF GATE
Cohort or replay evidence, monitoring, rollback and domain safety are required.
L5META

Improve the improvement mechanism

CONTROL
AI persistently revises the improver, verifier, research policy or successor-generation procedure.
INHERITS
A successor reuses the revised mechanism to generate or select later improvements.
PROOF GATE
Matched budgets, independent anchors, repeated generations and full regression history.

03 / EVIDENCE DISCIPLINE

Seven gates for genuine RSI

01

Persistence

Did an accepted change survive the current task?

02

Successor re-entry

Did a changed successor actually enter the next round?

03

Attribution

Was the gain caused by the update rather than a stronger model, more search or a cleaner environment?

04

Matched total budget

Are compute, tokens, time, trials, evaluator calls and human review counted?

05

Protected evaluation

Can the system query, rewrite or exploit the test that accepts it?

06

Transfer

Does the inherited mechanism work on fresh tasks and conditions?

07

Long-horizon trajectory

Do gains persist across generations without hidden regressions?

04 / HEADROOM-CLOSED INDEX

Benchmarks move fast. Long loops lag.

ADVANCED MATH86.4
GRADUATE SCIENCE85.8
BROAD KNOWLEDGE77.2
LEGAL64.5
MULTIMODAL62.2
SOFTWARE ENGINEERING52.6
SEARCH / TERMINAL56.8
TOOL AGENTS39.9

HCI normalizes heterogeneous benchmark headroom; it is not “percent to AGI.” The paper uses 393 eligible observations across ten domains, but only 17 of 33 latest-model results enter compatible plotted families. The post-2026 extension is illustrative—not a forecast.

05 / FEEDBACK REGIMES

Where can RSI close earlier?

STRONG L2 · EARLY L3

Science

Open-ended hypotheses, costly experiments and ambiguous failure attribution.

L2–L3 · SIMULATED L4

Embodied intelligence

The policy changes what it observes; physical trials cost time and can be irreversible.

MATURE L2 · BOUNDED L5

Software engineering

Execution is cheap and verifiable, but tests remain incomplete specifications.

MATURE L2 · LIMITED L3

Healthcare

Outcomes are delayed, confounded, population-specific and high-stakes.

06 / OWNER ECONOMICS

Where could economic value migrate?

MSFT · GOOGL · AMZN · META · ORCL · IBM

Research platforms and distribution

Value rises if AI internalizes a larger share of accepted R&D decisions and converts it into faster product cycles or lower development cost.

FALSIFIER · More agent use without better validated output, adoption or owner cash.
CDNS · SNPS

Design and verification

Chip design is a leading RSI habitat because synthesis, timing, area, power and equivalence provide executable feedback.

FALSIFIER · Internal agent tooling commoditizes the software moat or fails to improve customer time-to-tapeout.
NVDA · AMD · AVGO · TSM · ASML · AMAT · LRCX · KLAC · MU · MRVL · ANET

Experiment infrastructure

Recursive research can multiply parallel trials and inference demand even while cost per experiment falls.

FALSIFIER · Efficiency improves faster than workload elasticity, reducing total compute intensity and scarcity rent.
ETN · VRT · CEG · GEV · PWR · EQIX

Physical constraint layer

Faster digital research can shift the binding constraint toward power, cooling, interconnection and data-center delivery.

FALSIFIER · Algorithmic gains or deployment limits break the transmission from research throughput to delivered megawatts.

07 / FORWARD OBSERVER

The RSI Ladder is now a standing track

CLAIM → LEVEL → INHERITANCE → INDEPENDENT PROOF → UNIT ECONOMICS → OWNER → PRICE

system_ownerrsi_levelupdated_objectpersistent_statesuccessor_reentryobjective_authorityverifier_authoritymatched_total_budgetgeneration_countheld_out_transferregression_and_rollbackhuman_hours_per_validated_gaincompute_cost_per_validated_gainowner_economic_kpifalsifier

08 / PRE-COMMITMENT

What would change our assessment?

L3+

Self-directed learning agenda

A system derives its next curriculum from observed weaknesses and improves on protected held-out tasks.

L4

Governed production adaptation

A persistent live update passes replay or cohort controls, safety review, monitoring and rollback.

L5

Inherited mechanism gain

A revised improver or verifier creates a better successor under matched resources and an independent anchor.

3+ GENERATIONS

Durable compounding

The gain repeats for at least three complete generations without hidden capability loss.

UNIT ECONOMICS

Cheaper validated improvement

Quality rises while total time, compute or human review per accepted improvement falls.

OWNER ECONOMICS

Capital transmission closes

A listed owner reports measurable revenue, margin, cycle-time, utilization or capacity effects not already priced.

09 / SOURCE LEDGER

Source control

AUDITED: v1 · OBSERVED LATER: v2 · 2026-09-15 · not silently substituted

RESEARCH → UNDERSTANDING → VIRTUAL ACCOUNT

Turn curiosity into a risk decision.

Compare the original portfolio with two defensive candidates. Then explore a virtual account — real trading stays locked.

Open the portfolio lab ↗Explore the virtual account ↗