training_data/processed/architect_train.jsonl

{"instruction": "Design a scalable e-commerce platform architecture (scenario 1)", "response": "[Generated response for architect - scenario 1]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 2)", "response": "[Generated response for architect - scenario 2]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 3)", "response": "[Generated response for architect - scenario 3]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 4)", "response": "[Generated response for architect - scenario 4]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 5)", "response": "[Generated response for architect - scenario 5]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 6)", "response": "[Generated response for architect - scenario 6]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 7)", "response": "[Generated response for architect - scenario 7]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 8)", "response": "[Generated response for architect - scenario 8]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 9)", "response": "[Generated response for architect - scenario 9]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 10)", "response": "[Generated response for architect - scenario 10]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 11)", "response": "[Generated response for architect - scenario 11]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 12)", "response": "[Generated response for architect - scenario 12]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 13)", "response": "[Generated response for architect - scenario 13]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 14)", "response": "[Generated response for architect - scenario 14]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 15)", "response": "[Generated response for architect - scenario 15]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 16)", "response": "[Generated response for architect - scenario 16]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 17)", "response": "[Generated response for architect - scenario 17]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 18)", "response": "[Generated response for architect - scenario 18]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 19)", "response": "[Generated response for architect - scenario 19]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 20)", "response": "[Generated response for architect - scenario 20]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 21)", "response": "[Generated response for architect - scenario 21]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 22)", "response": "[Generated response for architect - scenario 22]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 23)", "response": "[Generated response for architect - scenario 23]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 24)", "response": "[Generated response for architect - scenario 24]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 25)", "response": "[Generated response for architect - scenario 25]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 26)", "response": "[Generated response for architect - scenario 26]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 27)", "response": "[Generated response for architect - scenario 27]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 28)", "response": "[Generated response for architect - scenario 28]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 29)", "response": "[Generated response for architect - scenario 29]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 30)", "response": "[Generated response for architect - scenario 30]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 31)", "response": "[Generated response for architect - scenario 31]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 32)", "response": "[Generated response for architect - scenario 32]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 33)", "response": "[Generated response for architect - scenario 33]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 34)", "response": "[Generated response for architect - scenario 34]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 35)", "response": "[Generated response for architect - scenario 35]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 36)", "response": "[Generated response for architect - scenario 36]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 37)", "response": "[Generated response for architect - scenario 37]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 38)", "response": "[Generated response for architect - scenario 38]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 39)", "response": "[Generated response for architect - scenario 39]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 40)", "response": "[Generated response for architect - scenario 40]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 41)", "response": "[Generated response for architect - scenario 41]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 42)", "response": "[Generated response for architect - scenario 42]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 43)", "response": "[Generated response for architect - scenario 43]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 44)", "response": "[Generated response for architect - scenario 44]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 45)", "response": "[Generated response for architect - scenario 45]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 46)", "response": "[Generated response for architect - scenario 46]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 47)", "response": "[Generated response for architect - scenario 47]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 48)", "response": "[Generated response for architect - scenario 48]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 49)", "response": "[Generated response for architect - scenario 49]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 50)", "response": "[Generated response for architect - scenario 50]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 51)", "response": "[Generated response for architect - scenario 51]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 52)", "response": "[Generated response for architect - scenario 52]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 53)", "response": "[Generated response for architect - scenario 53]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 54)", "response": "[Generated response for architect - scenario 54]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 55)", "response": "[Generated response for architect - scenario 55]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 56)", "response": "[Generated response for architect - scenario 56]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 57)", "response": "[Generated response for architect - scenario 57]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 58)", "response": "[Generated response for architect - scenario 58]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 59)", "response": "[Generated response for architect - scenario 59]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 60)", "response": "[Generated response for architect - scenario 60]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 61)", "response": "[Generated response for architect - scenario 61]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 62)", "response": "[Generated response for architect - scenario 62]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 63)", "response": "[Generated response for architect - scenario 63]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 64)", "response": "[Generated response for architect - scenario 64]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 65)", "response": "[Generated response for architect - scenario 65]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 66)", "response": "[Generated response for architect - scenario 66]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 67)", "response": "[Generated response for architect - scenario 67]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 68)", "response": "[Generated response for architect - scenario 68]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 69)", "response": "[Generated response for architect - scenario 69]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 70)", "response": "[Generated response for architect - scenario 70]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 71)", "response": "[Generated response for architect - scenario 71]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 72)", "response": "[Generated response for architect - scenario 72]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 73)", "response": "[Generated response for architect - scenario 73]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 74)", "response": "[Generated response for architect - scenario 74]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 75)", "response": "[Generated response for architect - scenario 75]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 76)", "response": "[Generated response for architect - scenario 76]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 77)", "response": "[Generated response for architect - scenario 77]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 78)", "response": "[Generated response for architect - scenario 78]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 79)", "response": "[Generated response for architect - scenario 79]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 80)", "response": "[Generated response for architect - scenario 80]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 81)", "response": "[Generated response for architect - scenario 81]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 82)", "response": "[Generated response for architect - scenario 82]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 83)", "response": "[Generated response for architect - scenario 83]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 84)", "response": "[Generated response for architect - scenario 84]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 85)", "response": "[Generated response for architect - scenario 85]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 86)", "response": "[Generated response for architect - scenario 86]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 87)", "response": "[Generated response for architect - scenario 87]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 88)", "response": "[Generated response for architect - scenario 88]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 89)", "response": "[Generated response for architect - scenario 89]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 90)", "response": "[Generated response for architect - scenario 90]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 91)", "response": "[Generated response for architect - scenario 91]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 92)", "response": "[Generated response for architect - scenario 92]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 93)", "response": "[Generated response for architect - scenario 93]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 94)", "response": "[Generated response for architect - scenario 94]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 95)", "response": "[Generated response for architect - scenario 95]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 96)", "response": "[Generated response for architect - scenario 96]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 97)", "response": "[Generated response for architect - scenario 97]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 98)", "response": "[Generated response for architect - scenario 98]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 99)", "response": "[Generated response for architect - scenario 99]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 100)", "response": "[Generated response for architect - scenario 100]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 101)", "response": "[Generated response for architect - scenario 101]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 102)", "response": "[Generated response for architect - scenario 102]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 103)", "response": "[Generated response for architect - scenario 103]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 104)", "response": "[Generated response for architect - scenario 104]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 105)", "response": "[Generated response for architect - scenario 105]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 106)", "response": "[Generated response for architect - scenario 106]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 107)", "response": "[Generated response for architect - scenario 107]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 108)", "response": "[Generated response for architect - scenario 108]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 109)", "response": "[Generated response for architect - scenario 109]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 110)", "response": "[Generated response for architect - scenario 110]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 111)", "response": "[Generated response for architect - scenario 111]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 112)", "response": "[Generated response for architect - scenario 112]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 113)", "response": "[Generated response for architect - scenario 113]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 114)", "response": "[Generated response for architect - scenario 114]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 115)", "response": "[Generated response for architect - scenario 115]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 116)", "response": "[Generated response for architect - scenario 116]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 117)", "response": "[Generated response for architect - scenario 117]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 118)", "response": "[Generated response for architect - scenario 118]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 119)", "response": "[Generated response for architect - scenario 119]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 120)", "response": "[Generated response for architect - scenario 120]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 121)", "response": "[Generated response for architect - scenario 121]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 122)", "response": "[Generated response for architect - scenario 122]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 123)", "response": "[Generated response for architect - scenario 123]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 124)", "response": "[Generated response for architect - scenario 124]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 125)", "response": "[Generated response for architect - scenario 125]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 126)", "response": "[Generated response for architect - scenario 126]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 127)", "response": "[Generated response for architect - scenario 127]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 128)", "response": "[Generated response for architect - scenario 128]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 129)", "response": "[Generated response for architect - scenario 129]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 130)", "response": "[Generated response for architect - scenario 130]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 131)", "response": "[Generated response for architect - scenario 131]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 132)", "response": "[Generated response for architect - scenario 132]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 133)", "response": "[Generated response for architect - scenario 133]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 134)", "response": "[Generated response for architect - scenario 134]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 135)", "response": "[Generated response for architect - scenario 135]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 136)", "response": "[Generated response for architect - scenario 136]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 137)", "response": "[Generated response for architect - scenario 137]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 138)", "response": "[Generated response for architect - scenario 138]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 139)", "response": "[Generated response for architect - scenario 139]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 140)", "response": "[Generated response for architect - scenario 140]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 141)", "response": "[Generated response for architect - scenario 141]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 142)", "response": "[Generated response for architect - scenario 142]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 143)", "response": "[Generated response for architect - scenario 143]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 144)", "response": "[Generated response for architect - scenario 144]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 145)", "response": "[Generated response for architect - scenario 145]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 146)", "response": "[Generated response for architect - scenario 146]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 147)", "response": "[Generated response for architect - scenario 147]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 148)", "response": "[Generated response for architect - scenario 148]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 149)", "response": "[Generated response for architect - scenario 149]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 150)", "response": "[Generated response for architect - scenario 150]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 151)", "response": "[Generated response for architect - scenario 151]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 152)", "response": "[Generated response for architect - scenario 152]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 153)", "response": "[Generated response for architect - scenario 153]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 154)", "response": "[Generated response for architect - scenario 154]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 155)", "response": "[Generated response for architect - scenario 155]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 156)", "response": "[Generated response for architect - scenario 156]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 157)", "response": "[Generated response for architect - scenario 157]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 158)", "response": "[Generated response for architect - scenario 158]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 159)", "response": "[Generated response for architect - scenario 159]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 160)", "response": "[Generated response for architect - scenario 160]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 161)", "response": "[Generated response for architect - scenario 161]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 162)", "response": "[Generated response for architect - scenario 162]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 163)", "response": "[Generated response for architect - scenario 163]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 164)", "response": "[Generated response for architect - scenario 164]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 165)", "response": "[Generated response for architect - scenario 165]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 166)", "response": "[Generated response for architect - scenario 166]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 167)", "response": "[Generated response for architect - scenario 167]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 168)", "response": "[Generated response for architect - scenario 168]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 169)", "response": "[Generated response for architect - scenario 169]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 170)", "response": "[Generated response for architect - scenario 170]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 171)", "response": "[Generated response for architect - scenario 171]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 172)", "response": "[Generated response for architect - scenario 172]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 173)", "response": "[Generated response for architect - scenario 173]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 174)", "response": "[Generated response for architect - scenario 174]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 175)", "response": "[Generated response for architect - scenario 175]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 176)", "response": "[Generated response for architect - scenario 176]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 177)", "response": "[Generated response for architect - scenario 177]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 178)", "response": "[Generated response for architect - scenario 178]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 179)", "response": "[Generated response for architect - scenario 179]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 180)", "response": "[Generated response for architect - scenario 180]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 181)", "response": "[Generated response for architect - scenario 181]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 182)", "response": "[Generated response for architect - scenario 182]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 183)", "response": "[Generated response for architect - scenario 183]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 184)", "response": "[Generated response for architect - scenario 184]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 185)", "response": "[Generated response for architect - scenario 185]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 186)", "response": "[Generated response for architect - scenario 186]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 187)", "response": "[Generated response for architect - scenario 187]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 188)", "response": "[Generated response for architect - scenario 188]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 189)", "response": "[Generated response for architect - scenario 189]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 190)", "response": "[Generated response for architect - scenario 190]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 191)", "response": "[Generated response for architect - scenario 191]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 192)", "response": "[Generated response for architect - scenario 192]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 193)", "response": "[Generated response for architect - scenario 193]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 194)", "response": "[Generated response for architect - scenario 194]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 195)", "response": "[Generated response for architect - scenario 195]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 196)", "response": "[Generated response for architect - scenario 196]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Design a scalable e-commerce platform architecture (scenario 197)", "response": "[Generated response for architect - scenario 197]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "Explain the trade-offs between monolithic and microservices architectures (scenario 198)", "response": "[Generated response for architect - scenario 198]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "How to design for high availability and disaster recovery? (scenario 199)", "response": "[Generated response for architect - scenario 199]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}
{"instruction": "What are best practices for API gateway and service mesh? (scenario 200)", "response": "[Generated response for architect - scenario 200]\n\nThis is a synthetic training example for the architect agent. In a real implementation, this would contain detailed domain-specific knowledge and expertise for aws_backup tasks.", "agent_type": "architect", "source": "synthetic_generation", "category": "software_architecture"}