Año Uno de las Aplicaciones de IA: ¿Solo sabe decir "sí", ignorando los riesgos? El cuaderno de bitácora del desarrollo de software se abre por completo

marsbitPublished on 2026-06-16Last updated on 2026-06-16

Abstract

El año de la IA aplicada: ¿Solo "sí" y sin considerar riesgos? El diario de navegación del desarrollo de software se abre por completo. El rápido aumento del uso de IA para generar código, con menos supervisión, introduce riesgos ocultos en código aparentemente correcto, lo que puede provocar pérdidas de datos o activos. El proyecto de código abierto **Narwhal AI Code Risks**, de Narwhal-Lab (Universidad de Pekín), recopila casos reales, señales tempranas y rutas de riesgo típicas para ayudar a los desarrolladores a identificar peligros. Un ejemplo claro es el incidente de configuración del oráculo cbETH de Moonwell, donde un error semántico en un precio (1.12 USD en lugar de ~2200 USD) pasó todas las revisiones y causó una pérdida de ~1.78 millones de dólares. El riesgo no siempre se muestra con errores; a menudo, el código funciona pero su semántica es errónea. La IA ya no solo completa código, sino que modifica configuraciones, gestiona dependencias y actúa mediante agentes, creando cadenas de acciones más largas y difíciles de rastrear. Los riesgos se clasifican en 7 categorías: cadena de suministro, vulnerabilidades a nivel de código, configuración de nube/infraestructura, riesgos de agentes, riesgos en dominios verticales, propiedad intelectual/cumplimiento y factores humanos. El proyecto organiza la información en tres niveles: `cases/` (eventos reales verificados), `inferred/` (señales tempranas por confirmar) y `scenarios/` (patrones de riesgo claros). Su objetiv...

Los riesgos de que la IA escriba código se esconden en código aparentemente correcto, pudiendo provocar fugas de datos o pérdida de activos. El proyecto de código abierto Narwhal AI Code Risks ha recopilado casos reales, señales tempranas y rutas de riesgo típicas para ayudar a los desarrolladores a identificar peligros con antelación y evitar cometer los mismos errores.

En 2026, el código se genera a un ritmo cada vez mayor, pero se despliega con cada vez menos revisión.

Cada vez más, los requisitos del usuario se introducen en un cuadro de diálogo, la IA lee el contexto, completa funciones, añade dependencias, ajusta configuraciones y genera pruebas de paso.

Cuando te das cuenta, ya hay un fragmento de código en el repositorio, esperando a ser fusionado.

Los usuarios ya han adquirido el nuevo hábito: primero dejar que la IA lo escriba y lo haga funcionar, y si hay problemas, entonces ver qué hay que cambiar.

Pero en el mundo del software, lo más peligroso suele ser el código que parece anodino: sintácticamente correcto, con interfaces legales, pruebas aprobadas, comentarios perfectos.

Sin embargo, aún puede introducir nombres de paquetes que no existen, abrir permisos excesivos, exponer bases de datos... o incluso permitir que un agente que puede llamar directamente a herramientas del sistema, bajo un ataque de inyección de prompt, saque datos sensibles de un sistema interno.

Lo realmente peligroso no es que se encienda una luz de error, sino que todos los indicadores de riesgo muestren normalidad.

Hasta ahora, los riesgos de que la IA escriba código estaban dispersos por todas partes: un caso escondido en un blog de seguridad, una pista registrada en un Issue. Cuando el siguiente equipo se enfrentaba a un problema similar, tenía que reconstruir desde cero el origen del riesgo y dedicar una enorme cantidad de tiempo y esfuerzo a realizar mediciones empíricas a gran escala del código.

El Narwhal AI Code Risks, recientemente abierto por el Narwhal-Lab de la Universidad de Pekín, ya ha organizado estos fragmentos de información, clasificándolos en tres tipos: eventos reales, señales tempranas y rutas de riesgo típicas, para que los investigadores puedan consultarlos.

Enlace del paper: https://github.com/Narwhal-Lab/Narwhal-aicode-risks

Cuando pasan las 28 comprobaciones, el sistema aún se desvía

La primera pista fue un Pull Request ya fusionado, cuyo campo de autoría mostraba claramente a Claude Opus 4.6 y Copilot, junto con cuatro desarrolladores humanos. Las 28 comprobaciones se aprobaron: nadie detectó el problema.

Luego, un bot de liquidación tardó unos minutos en tomar una garantía valorada en 1,778,044.83 dólares.

El precio de cbETH en el archivo de configuración se estableció en la tasa de conversión con ETH, aproximadamente 1.12 dólares, en lugar de su precio real cercano a los 2,200 dólares.

Así, un error semántico de precio atravesó todo el proceso de desarrollo, revisión y fusión, convirtiéndose finalmente en una pérdida real en el sistema financiero. Este es el aspecto más llamativo del incidente de configuración del oráculo de Moonwell cbETH.

El problema radica en que el código no presentaba errores de sintaxis y los desarrolladores humanos no bloquearon de inmediato el flujo anómalo. Al contrario, parecía completo, fluido, era una entrega de ingeniería normal.

Pero precisamente esta aparente normalidad bajo la superficie lo convierte en un ejemplo típico de incidente de seguridad.

El riesgo de la codificación con IA radica en que no siempre se manifiesta como un error.

Muchas veces, se viste con la apariencia de una respuesta correcta y entra silenciosamente en el flujo de ingeniería. El código funciona, las comprobaciones pasan, el PR se fusiona, pero la semántica del negocio ya se ha desviado del mundo real.

En proyectos de bajo riesgo, esta desviación semántica puede ser solo una reelaboración; pero en escenarios sensibles como finanzas o sistemas de datos empresariales, provocará directamente filtraciones de datos, exposición de permisos y pérdida de activos.

Cuando la IA participa escribiendo código, modificando configuraciones, haciendo revisiones, o incluso firmando conjuntamente en los PR, ¿tenemos la suficiente certeza de saber cómo ocurre cada desviación?

Señales verdes de paso que no iluminan todos los rincones

Al principio, la IA que ayudaba a escribir código se limitaba principalmente a completar fragmentos locales. Si la sintaxis era incorrecta, el compilador mostraba un error, las pruebas unitarias fallaban y el flujo de CI lo rechazaba.

Hoy en día, la codificación con IA va mucho más allá, mientras que la supervisión tarda en llegar.

Puede leer archivos, modificar configuraciones, instalar dependencias, generar scripts de infraestructura, y también, a través de agentes, planificar de forma autónoma entre múltiples tareas.

La IA ya no se limita a estar al lado pasando herramientas; ha comenzado a integrarse en cadenas más largas de la ingeniería de software.

Los límites originalmente claros en la ingeniería de software han sido reconectados por los agentes de IA en rutas más largas y difíciles de rastrear.

Registros dispersos que necesitan un cuaderno de bitácora público

Los incidentes de seguridad rara vez tienen conclusiones completas desde el principio. Algunos tienen pruebas suficientes y pueden entrar en el directorio como casos reales; otros se quedan en capturas de pantalla de la comunidad, discusiones entre investigadores o divulgaciones preliminares, y solo son adecuados para seguir observándolos; otros más no están vinculados a un solo evento real, pero ya han formado un patrón claro, adecuado para realizar simulaciones preventivas.

Narwhal AI Code Risks divide el material en tres capas: `cases/`, `inferred/` y `scenarios/`.

cases/ registra eventos reales con fuentes públicas y una cadena de evidencias que los respalda; inferred/ guarda señales tempranas que aún no están completamente confirmadas, pero que merecen un seguimiento continuo; scenarios/ organiza escenarios típicos que no están vinculados a un solo evento, pero cuya ruta de riesgo es lo suficientemente clara.

Sin un registro público como este, los riesgos de la codificación con IA pueden convertirse fácilmente en recuerdos a corto plazo en internet.

Hoy se recuerda un nombre de paquete, mañana se discute una exposición de datos, y en unos meses queda sepultado por la nueva ola de herramientas. Cuando surge un problema similar de nuevo, el equipo sigue entrando como una mosca ciega en zonas de navegación de riesgo desconocido.

Lo que hace Narwhal AI Code Risks es fijar estos fragmentos dispersos de riesgo, para que quienes vengan después puedan consultar la misma página.

Siguiendo siete tipos de índice, ver el camino del riesgo

Los problemas que trae la escritura de código por IA no están solo en el código. Están en las dependencias, en los permisos, en las llamadas a herramientas de los agentes, y aún más, en la forma en que los humanos confían en la salida de la IA.

Actualmente, Narwhal AI Code Risks divide los riesgos en 7 categorías: cadena de suministro (supply chain), vulnerabilidades a nivel de código, configuración de la nube e infraestructura, riesgos de agentes, riesgos de dominio vertical, riesgos de propiedad intelectual y cumplimiento normativo, y factores humanos.

En los riesgos de cadena de suministro, la IA puede recomendar dependencias que no existen. En las vulnerabilidades a nivel de código, la IA puede volver a introducir en el código de negocio problemas como el recorrido de rutas (path traversal), la falta de validación de entradas o problemas de autorización. En la configuración de la nube y la infraestructura, la IA puede otorgar permisos excesivos, buckets de almacenamiento públicos o puertos expuestos con tal de hacer funcionar el código. Los riesgos de los agentes son aún más complejos, ya que no solo generan texto, sino que comienzan a ejecutar acciones. Los artefactos generados por la IA están sembrando peligros en sistemas reales.

El motor de la IA está encendido, y el cuaderno de bitácora acaba de abrirse

Cuando la IA avanza paso a paso hacia el mundo real, la prevención y gestión de sus riesgos asociados no debería limitarse a análisis posteriores a los hechos o a discusiones dispersas.

Lo realmente importante de Narwhal AI Code Risks es convertir los casos de riesgo en conocimiento reutilizable.

Los desarrolladores pueden usarlo para identificar problemas similares; los investigadores en seguridad pueden tomarlo como una biblioteca de muestras; los fabricantes de herramientas pueden extraer de él reglas de detección y puntos de referencia para evaluaciones; la comunidad de código abierto también puede seguir complementándolo con nuevos casos, nuevas evidencias y nuevos tipos de riesgo.

El motor de la IA está rugiendo, y cada desviación también debería dejar sus coordenadas. El riesgo nunca desaparece por ser ignorado, pero la experiencia puede ser registrada y transmitida. Lo verdaderamente valioso no es descubrir una vulnerabilidad, sino evitar que quienes vengan después tengan que caer en la misma trampa.

Lo que Narwhal AI Code Risks está haciendo es dejar un cuaderno de bitácora de código abierto para el mundo del software en el Año Uno de las Aplicaciones de IA.

Referencias:

https://github.com/Narwhal-Lab/Narwhal-aicode-risks

Este artículo procede del WeChat público "新智元" (New Zhi Yuan), autor: LRST

Related Questions

Q¿Cuál es el propósito principal del proyecto Narwhal AI Code Risks recién publicado?

AEl proyecto Narwhal AI Code Risks tiene como propósito recopilar y organizar casos reales, señales tempranas y rutas típicas de riesgo asociadas al código generado por IA. Sirve como un registro público y de código abierto (un "diario de navegación") para ayudar a los desarrolladores a identificar riesgos ocultos de manera temprana, evitar errores repetidos y convertir la experiencia en conocimiento reutilizable para la comunidad.

QSegún el artículo, ¿por qué el código generado por IA puede ser particularmente peligroso incluso cuando parece correcto?

AEl código generado por IA puede ser peligroso porque a menudo parece sintácticamente correcto, pasa las pruebas y las revisiones, pero puede contener errores semánticos sutiles, como configuraciones incorrectas (ej. precio de un activo), permisos excesivos, dependencias inexistentes o vulnerabilidades de seguridad. El riesgo no se manifiesta como un error de compilación, sino como una desviación funcional que puede causar pérdidas financieras, fugas de datos o exposiciones del sistema en escenarios críticos.

Q¿En qué consistió el incidente real de Moonwell cbETH mencionado como ejemplo en el texto?

AEl incidente de Moonwell cbETH fue un caso real en el que un Pull Request (creado con ayuda de IA como Claude y Copilot) que modificaba un archivo de configuración fue aprobado tras pasar 28 verificaciones. El error consistió en que el precio de cbETH se configuró incorrectamente en aproximadamente 1.12 dólares (la relación de conversión con ETH) en lugar de su valor real cercano a los 2,200 dólares. Este error semántico permitió que un bot de liquidación reclamara garantías por un valor de 1,778,044.83 dólares, demostrando cómo un fallo no sintáctico puede causar grandes pérdidas.

Q¿Cómo clasifica el proyecto Narwhal AI Code Risks los diferentes tipos de materiales o evidencias de riesgo?

AEl proyecto clasifica los materiales en tres categorías principales almacenadas en directorios distintos: 1) `cases/`: registra eventos reales con fuentes públicas y cadenas de evidencia sólidas. 2) `inferred/`: conserva señales tempranas que aún no están completamente confirmadas pero merecen seguimiento. 3) `scenarios/`: recopila escenarios típicos con rutas de riesgo claras, que no están vinculados a un único evento pero son representativos.

Q¿Cuáles son las siete categorías principales de riesgo identificadas por el proyecto Narwhal AI Code Risks?

ALas siete categorías principales de riesgo son: 1) Riesgos en la cadena de suministro (Supply Chain), 2) Vulnerabilidades a nivel de código, 3) Configuración de la nube e infraestructura, 4) Riesgos de Agent (agentes de IA que ejecutan acciones), 5) Riesgos en dominios verticales (como finanzas o salud), 6) Riesgos de propiedad intelectual y cumplimiento normativo, y 7) Factores humanos (como la confianza excesiva en la salida de la IA).

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While the concept of Agent S is fundamentally innovative, specific information about its creator remains elusive. The creator is currently unknown, which highlights either the nascent stage of the project or the strategic choice to keep founding members under wraps. Regardless of anonymity, the focus remains on the framework's capabilities and potential. Who are the Investors of Agent S? As Agent S is relatively new in the cryptographic ecosystem, detailed information regarding its investors and financial backers is not explicitly documented. The lack of publicly available insights into the investment foundations or organisations supporting the project raises questions about its funding structure and development roadmap. Understanding the backing is crucial for gauging the project's sustainability and potential market impact. How Does Agent S Work? At the core of Agent S lies cutting-edge technology that enables it to function effectively in diverse settings. Its operational model is built around several key features: Human-like Computer Interaction: The framework offers advanced AI planning, striving to make interactions with computers more intuitive. By mimicking human behaviour in tasks execution, it promises to elevate user experiences. Narrative Memory: Employed to leverage high-level experiences, Agent S utilises narrative memory to keep track of task histories, thereby enhancing its decision-making processes. Episodic Memory: This feature provides users with step-by-step guidance, allowing the framework to offer contextual support as tasks unfold. Support for OpenACI: With the ability to run locally, Agent S allows users to maintain control over their interactions and workflows, aligning with the decentralised ethos of Web3. Easy Integration with External APIs: Its versatility and compatibility with various AI platforms ensure that Agent S can fit seamlessly into existing technological ecosystems, making it an appealing choice for developers and organisations. These functionalities collectively contribute to Agent S's unique position within the crypto space, as it automates complex, multi-step tasks with minimal human intervention. As the project evolves, its potential applications in Web3 could redefine how digital interactions unfold. Timeline of Agent S The development and milestones of Agent S can be encapsulated in a timeline that highlights its significant events: September 27, 2024: The concept of Agent S was launched in a comprehensive research paper titled “An Open Agentic Framework that Uses Computers Like a Human,” showcasing the groundwork for the project. October 10, 2024: The research paper was made publicly available on arXiv, offering an in-depth exploration of the framework and its performance evaluation based on the OSWorld benchmark. October 12, 2024: A video presentation was released, providing a visual insight into the capabilities and features of Agent S, further engaging potential users and investors. These markers in the timeline not only illustrate the progress of Agent S but also indicate its commitment to transparency and community engagement. Key Points About Agent S As the Agent S framework continues to evolve, several key attributes stand out, underscoring its innovative nature and potential: Innovative Framework: Designed to provide an intuitive use of computers akin to human interaction, Agent S brings a novel approach to task automation. Autonomous Interaction: The ability to interact autonomously with computers through GUI signifies a leap towards more intelligent and efficient computing solutions. Complex Task Automation: With its robust methodology, it can automate complex, multi-step tasks, making processes faster and less error-prone. Continuous Improvement: The learning mechanisms enable Agent S to improve from past experiences, continually enhancing its performance and efficacy. Versatility: Its adaptability across different operating environments like OSWorld and WindowsAgentArena ensures that it can serve a broad range of applications. As Agent S positions itself in the Web3 and crypto landscape, its potential to enhance interaction capabilities and automate processes signifies a significant advancement in AI technologies. Through its innovative framework, Agent S exemplifies the future of digital interactions, promising a more seamless and efficient experience for users across various industries. Conclusion Agent S represents a bold leap forward in the marriage of AI and Web3, with the capacity to redefine how we interact with technology. While still in its early stages, the possibilities for its application are vast and compelling. Through its comprehensive framework addressing critical challenges, Agent S aims to bring autonomous interactions to the forefront of the digital experience. As we move deeper into the realms of cryptocurrency and decentralisation, projects like Agent S will undoubtedly play a crucial role in shaping the future of technology and human-computer collaboration.

732 Total ViewsPublished 2025.01.14Updated 2025.01.14

What is AGENT S

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