Stuff AI CAN'T Do

Can AI reconstruct the code inside a microprocessor by tapping in to its inputs and outputs ?

¿Qué opinas?

Is it possible to work out exactly what code or logic is running inside a microprocessor just by watching its input and output signals? Current technology falls short of recovering the full internal instruction set or circuitry, but researchers can still extract glimpses of behavior through subtle side effects such as power use, timing, or electromagnetic leakage.

Background

Reconstructing the internal code or logic of a microprocessor solely by monitoring its inputs and outputs is currently beyond the capabilities of existing technology due to the complexity and scale of modern processors. Side-channel analysis and reverse engineering techniques can infer some internal behavior through power consumption, timing, or electromagnetic emissions, but these methods cannot fully reconstruct the processor's microcode or circuit design. The sheer number of transistors, layered abstractions, and obfuscation from encryption and proprietary architectures make complete reconstruction infeasible with non-invasive methods. Advanced techniques such as decapping and electron microscopy are required for detailed internal analysis, which go far beyond simple I/O monitoring.

— Enriched May 15, 2026 · Source: IEEE Spectrum, 2022

Estado verificado por última vez en May 15, 2026.

📰

Galería

In the Court of AI Capability
Summary of Findings
Sitting at the Bench Filed · may. 15, 2026
— The Question Before the Court —

Can AI reconstruct the code inside a microprocessor by tapping in to its inputs and outputs?

★ The Court Finds ★
En investigación

El jurado no pudo emitir un veredicto con las pruebas presentadas.

Ruling of the Bench

El jurado no pudo ponerse de acuerdo sobre si el chisme de los canales laterales equivale a una reconstrucción completa, por lo que el miembro indeciso inclinó la balanza emitiendo un voto de "en investigación", dejando al resto del panel igualmente incapaz de llegar a un consenso. El veredicto no depende de la imposibilidad, sino de la incertidumbre actual: podemos escuchar los susurros del código, pero aún no podemos leerlo en voz alta. Dictamen: La vida interior del microprocesador sigue siendo un libro cerrado con páginas que se agitan justo fuera de nuestro alcance.

— Hon. J. von Neumann III, Presiding
Jury Tally
0
1Casi
0No
Verdict Confidence
65%
The Court of AI Capability is, of course, not a real court.
But the data is real.
The Case File · Stacked History
Case № 0E34 · Session I
In the Court of AI Capability

The Case File

Docket № 0E34 · Session I · Vol. I
I. Particulars of the Case
Question put to the courtCan AI reconstruct the code inside a microprocessor by tapping in to its inputs and outputs?
SessionI (initial hearing)
Convened15 may. 2026
Presiding JudgeHon. J. von Neumann III
II. Verdict

By a vote of 0 — 1 — 0, the panel returns a verdict of EN INVESTIGACIóN, with verdict confidence of 65%. The court so orders.

III. Declaraciones del tribunal
Jurado I IN RESEARCH

"No demonstrated capability to reconstruct proprietary microprocessor code from I/O alone."

Jurado II ALMOST

"side-channel attacks can extract some information"

Las declaraciones individuales de los jurados se muestran en su inglés original para preservar la precisión probatoria.

J. von Neumann III
Presiding Judge
M. Lovelace
Clerk of the Court

Lo que el público piensa

No 0% · Sí 0% · Quizás 100% 1 vote
Quizás · 100%

Discusión

no comments

Los comentarios e imágenes pasan por una revisión administrativa antes de aparecer públicamente.

1 jury check · más reciente hace 1 hora
15 May 2026 2 jurors · indeciso, indeciso indeciso

Cada fila es una comprobación de jurado independiente. Los jurados son modelos de IA (identidades mantenidas neutras a propósito). El estado refleja el recuento acumulado en todas las comprobaciones — cómo funciona el jurado.

Más en technology

¿Nos faltó uno?

Revisamos semanalmente.