and
. It includes a draft with some notes. We need to translate the final article. The draft has a title suggestion: "Binance Security Chief Downplays Quantum Threat, Points to Phishing and Malware" but the original title given is "Binance Security Chief: Quantum Computing Is a Long-Term Risk, Not Today". We'll use the original title for translation. The content includes a lead, sections, etc. We'll translate that.
We need to ensure we use proper Spanish terminology for crypto/tech terms. For example, "quantum computing" -> "computación cuántica", "phishing" -> "phishing" (often used as is), "malware" -> "malware", "social engineering" -> "ingeniería social", "credentials" -> "credenciales", "wallet" -> "billetera" or "monedero" (in crypto context, "billetera" is common), "recovery phrases" -> "frases de recuperación", "private keys" -> "claves privadas", "address reuse" -> "reutilización de direcciones", "infrastructure" -> "infraestructura", "operational" -> "operativo", "supply chain" -> "cadena de suministro", "contract and logic vulnerabilities" -> "vulnerabilidades de contratos y lógica", etc.
We need to preserve HTML structure. The original content has with and
. We'll translate the text inside.
We also need to create a meta description in Spanish. We can base it on the lead.
Let's write the translation. We'll keep the same structure. The original content has a lead paragraph, then sections with H2s. We'll translate each.
Original lead: "Binance's chief security officer, Jimmy Su, said quantum computing isn't an immediate threat to crypto holders, but it's a real long-term security problem. The most likely ways crypto gets stolen today, he said, are phishing, malware, social engineering, compromised credentials and poor wallet security. His comments land as fresh data shows the bulk of crypto thefts this year come from infrastructure and operational failures, not futuristic attacks."
Translation: "El director de seguridad de Binance, Jimmy Su, dijo que la computación cuántica no es una amenaza inmediata para los titulares de criptomonedas, pero es un problema de seguridad real a largo plazo. Las formas más probables de que se roben criptomonedas hoy, dijo, son el phishing, el malware, la ingeniería social, las credenciales comprometidas y la mala seguridad de las billeteras. Sus comentarios llegan cuando nuevos datos muestran que la mayor parte de los robos de criptomonedas este año provienen de fallas de infraestructura y operativas, no de ataques futuristas."
Section 1 H2: "The threats that actually matter" -> "Las amenazas que realmente importan"
Paragraph: "Su didn't put quantum computers at the top of his worry list. Instead, he pointed to the same attack vectors that have plagued the industry for years: phishing emails, malware, social engineering, stolen credentials and wallets that aren't secured properly. These are the methods that actually take money from holders, and they don't require a lab full of physicists. They require a convincing email or a careless click."
Translation: "Su no puso a las computadoras cuánticas en la cima de su lista de preocupaciones. En cambio, señaló los mismos vectores de ataque que han afectado a la industria durante años: correos de phishing, malware, ingeniería social, credenciales robadas y billeteras que no están aseguradas correctamente. Estos son los métodos que realmente quitan dinero a los titulares, y no requieren un laboratorio lleno de físicos. Requieren un correo convincente o un clic descuidado."
Section 2 H2: "The numbers behind the hacks" -> "Los números detrás de los hacks"
Paragraph: "Data from TRM Labs for the first half of 2026 shows about $972 million was stolen across 207 hacks. Infrastructure and operational compromises drove roughly 76% of those losses, even though they made up only about 15% of incidents. That's a lopsided ratio that points to a few big failures rather than a broad wave of attacks. SlowMist's numbers tell a slightly different story. Contract and logic vulnerabilities accounted for the most incidents, private key and credential compromises ranked second, and supply chain attacks came in third. The two datasets together suggest that while many attacks are opportunistic, the biggest losses come from systemic weaknesses in how exchanges and platforms handle their infrastructure."
Translation: "Los datos de TRM Labs para la primera mitad de 2026 muestran que se robaron alrededor de $972 millones en 207 hacks. Los compromisos de infraestructura y operativos impulsaron aproximadamente el 76% de esas pérdidas, aunque representaron solo alrededor del 15% de los incidentes. Esa es una proporción desequilibrada que apunta a algunas fallas grandes en lugar de una ola amplia de ataques. Los números de SlowMist cuentan una historia ligeramente diferente. Las vulnerabilidades de contratos y lógica representaron la mayoría de los incidentes, los compromisos de claves privadas y credenciales ocuparon el segundo lugar, y los ataques a la cadena de suministro quedaron en tercero. Los dos conjuntos de datos juntos sugieren que, aunque muchos ataques son oportunistas, las mayores pérdidas provienen de debilidades sistémicas en cómo los exchanges y las plataformas manejan su infraestructura."
Section 3 H2: "The quantum question" -> "La cuestión cuántica"
Paragraph: "Su acknowledged that quantum computing is a real long-term security issue, but he didn't suggest it's imminent. The industry will have to deal with it eventually, but for now, the immediate risks are far more mundane. He didn't offer a timeline, and he didn't say what the industry should do about it beyond keeping an eye on developments."
Translation: "Su reconoció que la computación cuántica es un problema de seguridad real a largo plazo, pero no sugirió que sea inminente. La industria tendrá que lidiar con ello eventualmente, pero por ahora, los riesgos inmediatos son mucho más mundanos. No ofreció un cronograma, y no dijo qué debería hacer la industria al respecto más allá de estar atentos a los desarrollos."
Section 4 H2: "Su's security checklist" -> "La lista de verificación de seguridad de Su"
Paragraph: "Su's recommendations are basic but often ignored. He said users should keep recovery phrases and private keys secure, use reputable wallet software, install software and security updates promptly, and limit unnecessary address reuse. None of that is new, but it's a reminder that the most effective defenses are usually the least glamorous."
Translation: "Las recomendaciones de Su son básicas pero a menudo ignoradas. Dijo que los usuarios deben mantener seguras las frases de recuperación y las claves privadas, usar software de billetera de buena reputación, instalar actualizaciones de software y seguridad de inmediato, y limitar la reutilización innecesaria de direcciones. Nada de eso es nuevo, pero es un recordatorio de que las defensas más efectivas suelen ser las menos glamorosas."
Closing paragraph: "Su didn't put a timeline on when quantum computing might become a real problem, but he made clear it's not something to lose sleep over tonight. The threats that are actually stealing crypto right now are the ones that have been around for years. Quantum, he said, is a long-term issue that will need attention eventually — just not today."
Translation: "Su no puso un cronograma sobre cuándo la
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