models/claude-opus-4-8
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Claude Opus 4.8 API

Claude Opus 4.8 es un modelo actualizado que se basa en Opus 4.7, ofreciendo un mayor rendimiento en programación, habilidades de los agentes, razonamiento y trabajo práctico del conocimiento. Está diseñado para ser un colaborador más eficaz, con un criterio más agudo y una gestión más transparente de la incertidumbre durante tareas complejas.

Commercial useChatREST API
Pricing
Input 400 credits / 1M tokens (≈ $2.00), Output 2,000 credits / 1M tokens (≈ $10.00) — both ~40% of official pricing. High-tier top-ups include +10% bonus credits. Effective pricing is approximately 10% lower than the above rates.
README.md

API de Claude Opus 4.8 para agentes de programación y trabajo del conocimiento

Original image
La API de Claude Opus 4.8 mejora la base de Opus 4.7
Programación basada en agentes, razonamiento y trabajo del conocimiento superiores con la API de Claude Opus 4.8
La API de Claude Opus 4.8 ofrece una colaboración agéntica más confiable
Mayor honestidad y reconocimiento de problemas de código en la API de Claude Opus 4.8
Área de comparaciónClaude Opus 4.8Claude Opus 4.7Claude Sonnet 5GPT 5.5Claude Mythos
Model PositioningAdvanced Opus model for complex coding, agentic work, reasoning, and knowledge workflowsPrevious Opus version with strong reasoning but less refined behaviorBalanced Claude model for faster, structured, and high-volume workflowsFrontier GPT model with strong coding fluency and general-purpose reasoningHigher Claude tier for the most difficult reasoning and research tasks
Best FitComplex agents, large codebase work, long-form analysis, and high-value professional tasksWorkflows already calibrated around Opus 4.7 behaviorStructured tasks, real-time assistants, simpler agent steps, and scalable everyday useGreenfield coding, test generation, cross-language translation, and developer productivityFrontier research, hardest reasoning tasks, and specialized advanced workflows
Agentic Workflow StrengthStrong for planning, multi-step execution, tool-chain reasoning, and complex task recoveryCapable, but more likely to hedge, drift, or add unnecessary commentaryReliable for predictable workflows, but weaker on open-ended planning and recoveryStrong general agent support, but task fit depends heavily on prompt and workflow designDesigned for deeper agentic capability, though access may be more limited
Coding PerformanceStrong for multi-file reasoning, refactoring, bug localization, and constrained implementationGood coding ability, but less consistent with strict instructions and style constraintsUseful for common coding tasks and structured implementation stepsStrong for first-pass code generation, cross-language translation, and conventional test writingExpected to target harder coding and reasoning tasks beyond standard Opus-level use
Instruction FollowingBetter at staying aligned with detailed, multi-part instructions across longer tasksMore prone to over-explaining, softening, or adding caveatsWorks well when workflows are clearly defined and predictableHandles conversational prompts well, but may be less precise with strict constraintsBuilt for advanced reasoning, though practical behavior depends on deployment context
Reliability and JudgmentStronger honesty, better uncertainty awareness, and improved handling of possible code flawsMore likely to hedge or agree with flawed premises without enough pushbackReliable for routine tasks, but less robust when ambiguity and error recovery increaseStrong output fluency, though constrained tasks may need more reviewHighest-capability direction, but not the default practical choice for most builders
Long-Context WorkStrong for maintaining task state, tracking dependencies, and preserving context over complex workflowsGood long-context ability, but less stable in demanding sessionsHandles long contexts, but works best with clearer and more bounded workflowsCapable with long inputs, though context-use behavior depends on task typePositioned for extended reasoning and very hard context-heavy tasks
Practical ChoiceBest when quality, reasoning depth, and reliability matter more than speed aloneUseful mainly for comparison or legacy workflowsGood for simpler, faster, or more structured steps in a multi-model workflowStrong alternative for coding fluency, testing, and broad developer productivityWorth watching for frontier tasks, while Opus 4.8 is more practical for current production use

Software teams can use Claude Opus 4.8 API to support code review, debugging, refactoring, implementation planning, and technical explanation. Its stronger coding and reasoning performance makes it useful when an application needs to follow detailed constraints, understand project context, and help developers move from issue analysis to practical code changes.

Herramientas de programación avanzada con la API de Claude Opus 4.8

Agentic products can use Claude Opus 4.8 API for planning, task execution, progress evaluation, and result review across complex workflows. This fits internal copilots, automation agents, technical assistants, and workflow systems that need to handle multi-stage instructions instead of returning a single short response.

API de Claude Opus 4.8 para agentes de IA de varios pasos

Research platforms can apply Claude Opus 4.8 API to summarize long materials, compare information, extract structured insights, and produce clear analysis from reports, policies, technical documents, or internal knowledge bases. Its improved honesty around uncertainty helps users identify where information may need further review.

Investigación y revisión de documentos con la API de Claude Opus 4.8

Business and productivity tools can use Claude Opus 4.8 API for drafting reports, preparing briefs, organizing meeting notes, building presentation outlines, reviewing internal content, and creating structured deliverables. This is useful for teams that need AI support for high-value work where clarity, consistency, and careful judgment matter.

API de Claude Opus 4.8 para el trabajo de conocimiento profesional