Tahun Pertama Penerapan AI, Hanya Bilang Iya, Abai Risiko? Log Pelayaran Pengembangan Perangkat Lunak Sepenuhnya Sumber Terbuka

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

Abstract

Tahun 2026 disebut sebagai era aplikasi AI. Kode dibuat semakin cepat, namun dengan pengawasan yang semakin sedikit saat diterapkan. Risiko dari kode yang ditulis AI sering kali tersembunyi dalam kode yang tampak benar secara sintaksis dan melewati semua pemeriksaan, tetapi dapat menyebabkan kebocoran data atau kerugian aset. Contoh nyata adalah insiden konfigurasi oracle cbETH Moonwell, di mana kesalahan semantik dalam harga melewati proses pengembangan dan pemeriksaan, mengakibatkan kerugian finansial yang signifikan. Risiko pengkodean AI telah berevolusi dari pelengkap lokal ke agen yang dapat membaca file, mengubah konfigurasi, menginstal dependensi, dan menghasilkan skrip infrastruktur, sehingga menciptakan jalur risiko yang lebih panjang dan sulit dilacak dalam rekayasa perangkat lunak. Untuk mengatasi masalah ini, Narwhal-Lab Universitas Peking meluncurkan proyek sumber terbuka **Narwhal AI Code Risks**. Proyek ini mengumpulkan dan mengkategorikan fragmen informasi risiko yang tersebar ke dalam tiga lapisan: `cases/` (peristiwa nyata), `inferred/` (sinyal awal), dan `scenarios/` (skenario risiko tipikal). Risiko diklasifikasikan menjadi 7 kategori: Rantai Pasok, Kerentanan Tingkat Kode, Konfigurasi Cloud & Infrastruktur, Risiko Agen, Risiko Domain Vertikal, Risiko Kekayaan Intelektual & Kepatuhan, serta Faktor Manusia. Tujuan proyek ini adalah untuk mengubah kasus risiko menjadi pengetahuan yang dapat digunakan kembali, membantu pengembang mengidentifikasi masalah s...

Risiko AI menulis kode tersembunyi dalam kode yang tampak benar, berpotensi memicu kebocoran data atau kerugian aset. Proyek sumber terbuka Narwhal AI Code Risks mengumpulkan kasus nyata, sinyal awal, dan jalur risiko tipikal, membantu pengembang mengidentifikasi potensi masalah lebih awal, menghindari mengulangi kesalahan yang sama.

2026, kode semakin cepat dihasilkan, namun semakin sedikit pemeriksaan saat diterapkan.

Semakin sering, kebutuhan pengguna dimasukkan ke dalam dialog, AI membaca konteks, melengkapi fungsi, menarik dependensi, memperbaiki konfigurasi, lalu secara otomatis membuat pengujian.

Sebelum disadari, sepotong kode sudah berada di repositori, menunggu untuk digabungkan.

Pengguna bahkan telah membentuk kebiasaan baru: biarkan AI menulis dan menjalankannya dulu, jika ada masalah baru diperiksa bagian mana yang perlu diperbaiki.

Tapi di dunia perangkat lunak, hal paling berbahaya seringkali adalah kode yang tampak biasa: sintaks benar, antarmuka legal, pengujian lolos, komentar sempurna.

Namun, kode itu tetap dapat memperkenalkan nama paket yang tidak ada, membuka izin yang terlalu luas, mengekspos database... bahkan membuat Agen yang dapat langsung memanggil alat sistem, melalui injeksi prompt, membawa data sensitif keluar dari sistem internal.

Yang benar-benar berbahaya, bukanlah lampu merah kesalahan menyala. Melainkan ketika semua indikator risiko menunjukkan normal.

Risiko AI menulis kode sebelumnya tersebar di berbagai tempat: sebuah blog keamanan menyembunyikan sebuah kasus, sebuah Issue mencatat sebuah petunjuk. Ketika tim berikutnya menghadapi masalah serupa, mereka perlu kembali menyusun sumber risiko dari awal, dan menghabiskan banyak waktu serta tenaga untuk melakukan pengukuran empiris skala besar pada kode.

Sementara Narwhal-Lab Universitas Peking baru saja membuka sumber Narwhal AI Code Risks yang telah mengatur fragmen informasi tersebut, diklasifikasikan menjadi tiga jenis: peristiwa nyata, sinyal awal, dan jalur risiko tipikal, untuk dilihat oleh para peneliti.

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

Saat 28 Pemeriksaan Semua Lolos, Sistem Tetap Menyimpang

Petunjuk pertama adalah sebuah Pull Request yang telah digabungkan, di kolom penanda tangan PR tercantum nama Claude Opus 4.6 dan Copilot, serta empat pengembang manusia. 28 pemeriksaan semua lolos: Tidak ada yang menemukan masalah.

Kemudian, robot likuidasi menghabiskan beberapa menit, mengambil jaminan senilai $1,778,044.83.

Harga cbETH dalam file konfigurasi diatur sebagai rasio konversi dengan ETH, sekitar $1.12, bukan harga aktual yang mendekati $2,200.

Kesalahan semantik harga seperti itu berhasil melewati proses pengembangan, pemeriksaan, dan penggabungan, akhirnya berubah menjadi kerugian nyata dalam sistem keuangan. Inilah bagian paling mencolok dari kecelakaan konfigurasi oracle cbETH Moonwell.

Masalahnya ada pada kode yang tidak memiliki kesalahan sintaks, dan pengembang manusia tidak segera menghentikan proses yang abnormal. Sebaliknya, semuanya tampak lengkap, lancar, ini hanyalah pengiriman rekayasa yang normal.

Tapi justru 'normal' yang mengalir diam-diam inilah yang menjadikannya contoh tipikal insiden keamanan.

Risiko AI Coding terletak pada kenyataan bahwa ia tidak selalu muncul dalam bentuk kesalahan.

Seringkali, ia menyamar dalam wujud jawaban yang benar, dengan tenang memasuki alur rekayasa. Kode dapat berjalan, pemeriksaan dapat lolos, PR dapat digabungkan, tetapi semantik bisnis sudah menyimpang dari dunia nyata.

Dalam proyek berisiko rendah, penyimpangan semantik seperti ini mungkin hanya berupa pengerjaan ulang; namun dalam skenario sensitif seperti keuangan, sistem data perusahaan, hal ini akan langsung mengakibatkan kebocoran data, paparan izin, dan kerugian aset.

Saat AI ikut menulis kode, mengubah konfigurasi, melakukan review, bahkan ikut menandatangani dan masuk ke dalam PR, apakah kita memiliki pemahaman yang cukup tentang bagaimana setiap penyimpangan terjadi?

Sinyal Lampu Hijau, Tidak Menerangi Semua Sudut

AI awal yang membantu menulis kode, sebagian besar hanya berhenti pada pelengkapan lokal. Jika sintaks salah, kompilator akan melaporkan kesalahan, pengujian unit akan gagal, proses CI akan menolaknya.

AI Coding hari ini melangkah lebih jauh sementara pengawasan tertinggal.

Ia dapat membaca file, mengubah konfigurasi, menginstal dependensi, menghasilkan skrip infrastruktur, juga dapat melalui Agen merencanakan sendiri di antara beberapa tugas.

AI tidak lagi hanya duduk di samping menyerahkan alat, ia mulai memasuki rantai yang lebih panjang dalam rekayasa perangkat lunak.

Batas yang awalnya jelas dalam rekayasa perangkat lunak, dihubungkan kembali oleh AI Agent menjadi jalur yang lebih panjang dan lebih sulit dilacak asalnya.

Catatan yang Tersebar, Membutuhkan Log Pelayaran Publik

Insiden keamanan jarang memiliki kesimpulan lengkap sejak awal. Beberapa peristiwa buktinya kuat, dapat dimasukkan sebagai kasus nyata ke dalam direktori; beberapa masih berada pada tahap tangkapan layar komunitas, diskusi peneliti, atau pengungkapan awal, hanya cocok untuk terus diamati; ada juga yang tidak terikat pada satu peristiwa nyata tunggal, tetapi telah membentuk pola yang jelas, cocok untuk digunakan sebagai simulasi awal.

Narwhal AI Code Risks membagi materi menjadi tiga lapisan: `cases/`, `inferred/` dan `scenarios/`.

cases/ mencatat peristiwa nyata yang sudah memiliki sumber publik dan rantai bukti yang mendukung; inferred/ menyimpan sinyal awal yang belum sepenuhnya terbukti, tetapi layak untuk terus dilacak; scenarios/ mengumpulkan skenario tipikal yang sementara tidak terikat pada satu peristiwa tunggal, tetapi jalur risikonya cukup jelas.

Tanpa catatan publik seperti ini, risiko AI Coding mudah berubah menjadi ingatan jangka pendek di internet.

Hari ini orang mengingat nama paket tertentu, besok mendiskusikan paparan data tertentu, beberapa bulan kemudian ditutupi lagi oleh demam alat baru. Ketika masalah serupa muncul lagi, tim masih seperti lalat tanpa kepala terbang masuk ke area pelayaran dengan risiko yang tidak diketahui.

Apa yang dilakukan Narwhal AI Code Risks adalah mengunci fragmen risiko yang tersebar ini, agar orang-orang setelahnya dapat membuka halaman yang sama.

Mengikuti Tujuh Jenis Indeks, Melihat Asal Usul Risiko

Masalah yang dibawa oleh AI menulis kode, tidak hanya ada dalam kode. Ia ada dalam dependensi, dalam izin, dalam pemanggilan alat oleh Agen, lebih lagi dalam cara kepercayaan manusia terhadap output AI.

Narwhal AI Code Risks saat ini membagi risiko menjadi 7 kategori: rantai pasok, kerentanan tingkat kode, konfigurasi cloud dan infrastruktur, risiko agen, risiko domain vertikal, risiko kekayaan intelektual dan kepatuhan, serta faktor manusia.

Dalam risiko rantai pasok, AI mungkin merekomendasikan dependensi yang tidak ada. Dalam kerentanan tingkat kode, AI mungkin menulis kembali masalah traversal jalur, kurangnya validasi input, masalah otorisasi ke dalam kode bisnis. Dalam konfigurasi cloud dan infrastruktur, AI mungkin memberikan izin yang terlalu luas, bucket penyimpanan publik, atau port yang terbuka hanya agar kode dapat berjalan dulu. Risiko Agen lebih kompleks, tidak hanya menghasilkan teks, tetapi mulai mengeksekusi tindakan. Hasil buatan AI sedang menanamkan potensi masalah ke dalam sistem nyata.

Mesin AI Sedang Menyala, dan Log Pelayaran Baru Saja Terbuka

Saat AI selangkah demi selangkah memasuki dunia nyata, pencegahan risiko terkait tidak seharusnya hanya berhenti pada tinjauan ulang setelah kejadian atau diskusi yang tersebar.

Tempat yang benar-benar penting dari Narwhal AI Code Risks adalah mengubah kasus risiko menjadi pengetahuan yang dapat digunakan kembali.

Pengembang dapat menggunakannya untuk mengidentifikasi masalah serupa; peneliti keamanan dapat menggunakannya sebagai basis sampel; vendor alat dapat mengekstrak aturan deteksi dan tolok ukur evaluasi darinya; komunitas sumber terbuka juga dapat terus melengkapi kasus baru, bukti baru, dan tipe risiko baru.

Mesin AI sedang menderu, setiap penyimpangan juga seharusnya meninggalkan koordinat. Risiko tidak pernah hilang karena diabaikan, tetapi pengalaman dapat dicatat dan diteruskan. Yang benar-benar berharga bukanlah menemukan satu kerentanan, tetapi membuat generasi berikutnya tidak perlu lagi menginjak perangkap yang sama.

Apa yang sedang dilakukan Narwhal AI Code Risks adalah meninggalkan log pelayaran sumber terbuka untuk dunia perangkat lunak di tahun pertama penerapan AI.

Referensi:

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

Artikel ini berasal dari akun WeChat "新智元", penulis: LRST

Related Questions

QApa itu proyek open-source Narwhal AI Code Risks yang dikembangkan oleh Narwhal-Lab dari Universitas Peking?

ANarwhal AI Code Risks adalah proyek open-source yang mengumpulkan dan mengkategorikan potensi risiko keamanan yang timbul saat menggunakan AI untuk menulis kode. Proyek ini menyediakan catatan kasus nyata, sinyal awal, dan pola risiko tipikal untuk membantu pengembang mengidentifikasi dan menghindari kerentanan sebelum diterapkan.

QMengapa artikel ini menyebut bahwa kode yang terlihat 'normal' justru bisa sangat berbahaya dalam konteks AI Coding?

AKarena risiko dari kode yang ditulis AI sering kali tidak muncul sebagai kesalahan sintaks (error) yang jelas. Kode tersebut mungkin tampak benar secara sintaks, lolos pengujian, dan memiliki dokumentasi yang baik, tetapi dapat mengandung kesalahan semantik (seperti kesalahan konfigurasi harga pada kasus Moonwell), masalah keamanan, atau kerentanan yang baru terlihat ketika sudah menyebabkan kerugian data atau aset.

QBagaimana proyek Narwhal AI Code Risks mengorganisir informasi tentang risiko AI Coding?

AProyek ini mengorganisir informasi ke dalam tiga direktori utama: `cases/` untuk kejadian nyata dengan bukti yang terdokumentasi, `inferred/` untuk sinyal awal atau laporan yang masih perlu dikonfirmasi lebih lanjut, dan `scenarios/` untuk skenario risiko yang memiliki pola jelas meski tidak terikat pada satu kasus spesifik. Selain itu, risiko diklasifikasikan ke dalam 7 kategori seperti risiko rantai pasok, kerentanan tingkat kode, dan risiko agen.

QApa contoh konkret risiko AI Coding yang disebutkan dalam artikel terkait dengan keuangan?

AContoh konkretnya adalah insiden konfigurasi oracle cbETH di Moonwell. AI (Claude Opus 4.6 dan Copilot) bersama pengembang manusia membuat konfigurasi yang salah, menetapkan rasio konversi cbETH ke ETH sebagai nilai dolar (~$1.12), padahal harga sebenarnya sekitar $2,200. Kode ini lolos semua 28 pemeriksaan dan menyebabkan kerugian senilai lebih dari 1,7 juta dolar AS karena sistem menggunakan harga yang salah.

QMenurut artikel, apa manfaat utama dari memiliki 'log pelayaran' open-source seperti Narwhal AI Code Risks untuk dunia pengembangan perangkat lunak?

AManfaat utamanya adalah mengubah insiden dan pengetahuan tentang risiko menjadi aset bersama yang dapat digunakan kembali. Ini memungkinkan pengembang mengenali pola masalah lebih awal, peneliti keamanan memiliki basis data sampel, vendor alat dapat mengembangkan aturan deteksi yang lebih baik, dan komunitas dapat berkontribusi menambah kasus baru. Dengan demikian, kesalahan yang sama tidak perlu terulang, meningkatkan keamanan kolektif dalam era pengembangan perangkat lunak berbasis AI.

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Agent S: The Future of Autonomous Interaction in Web3 Introduction In the ever-evolving landscape of Web3 and cryptocurrency, innovations are constantly redefining how individuals interact with digital platforms. One such pioneering project, Agent S, promises to revolutionise human-computer interaction through its open agentic framework. By paving the way for autonomous interactions, Agent S aims to simplify complex tasks, offering transformative applications in artificial intelligence (AI). This detailed exploration will delve into the project's intricacies, its unique features, and the implications for the cryptocurrency domain. What is Agent S? Agent S stands as a groundbreaking open agentic framework, specifically designed to tackle three fundamental challenges in the automation of computer tasks: Acquiring Domain-Specific Knowledge: The framework intelligently learns from various external knowledge sources and internal experiences. This dual approach empowers it to build a rich repository of domain-specific knowledge, enhancing its performance in task execution. Planning Over Long Task Horizons: Agent S employs experience-augmented hierarchical planning, a strategic approach that facilitates efficient breakdown and execution of intricate tasks. This feature significantly enhances its ability to manage multiple subtasks efficiently and effectively. Handling Dynamic, Non-Uniform Interfaces: The project introduces the Agent-Computer Interface (ACI), an innovative solution that enhances the interaction between agents and users. Utilizing Multimodal Large Language Models (MLLMs), Agent S can navigate and manipulate diverse graphical user interfaces seamlessly. Through these pioneering features, Agent S provides a robust framework that addresses the complexities involved in automating human interaction with machines, setting the stage for myriad applications in AI and beyond. Who is the Creator of Agent S? 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.

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What is AGENT S

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