AWS AI Practitioner Question 33

KodeKloud · Advanced ·🧠 Large Language Models ·3mo ago

Key Takeaways

The video discusses solving issues with Amazon Bedrock, such as excessive length, competitor mentions, and hallucinations, using a three-pronged strategy: Inference Parameters, Guardrails, and RAG. It highlights the importance of setting the Max Tokens inference parameter at the API level, using Guardrails for word filtering, and implementing RAG with a product database to address these issues.

Full Transcript

AWS AI practitioner exam prep question 33. A marketing team wants to generate product descriptions in multiple languages using Amazon Bedrock. They've noticed that the model sometimes produces text that's too long, includes competitors names, and occasionally hallucinates product features that don't exist. [music] Which combination of techniques should the team to use to address all three issues? So, let's identify the key hint. First, text too long, so we need output length control. Two, includes competitor names, so we need content filtering. Three, it hallucinates features, so we need a grounding in real product data. So, option one, fine-tune the foundation model on company product cataloges. Option two, use bedrock guard rails for word filtering, set max tokens, and inference parameters, and implement rag with a product database. Option three, switch to a smaller model with shorter default outputs. And then option [music] four, add system prompts instructing the model to avoid competitors and limit length. Add your answer in the comments below. So, the hint gives us three separate problems and we actually kind of need three separate solutions. So, option one, fine-tuning is expensive and doesn't directly solve link control or competitor name filtering. Option three, smaller models don't solve hallucination or competitor filtering. They might also reduce output quality. Option four, system prompts help but aren't reliable for strict enforcement. The model can still ignore link limits and mention competitors. So, the correct answer is actually option two. Guard rails plus max tokens plus rag. It's actually three different solutions. So max tokens controls the output length at the API level. Guard rail word filters are going to block competitors names reliably. And then retrieval augmented generation or rag is going to ground the model in actual product data that the model can read. So there's no hallucinated features. Each problem basically gets a purpose-built solution. Three problems, three tools. Inference parameters for length, guardrails for filtering, rag for grounding. Are you ready to pass the exam? Visit aws.co.com. co-lab.com.

Original Description

Solving Bedrock issues like excessive length, competitor mentions, and hallucinations requires a targeted three-pronged strategy: Inference Parameters, Guardrails, and RAG. While Fine-tuning is expensive and System Prompts are often bypassed, setting the Max Tokens inference parameter at the API level ensures strict length control. To block competitor names, Amazon Bedrock Guardrails provides a managed filtering layer, while Retrieval-Augmented Generation (RAG) grounds the model in your actual product data to eliminate hallucinations. This modular approach delivers professional, fact-checked results far more reliably than simply asking the model to 'behave' via a prompt. #AWS #GenerativeAI #AmazonBedrock #RAG #AIPractitioner #CloudComputing #TechTips #KodeKloud
Watch on YouTube ↗ (saves to browser)
Sign in to unlock AI tutor explanation · ⚡30

Playlist

Playlist UUSWj8mqQCcrcBlXPi4ThRDQ · KodeKloud · 50 of 50

← Previous Next →
1 Azure DevOps Engineer Exam: Question 11
Azure DevOps Engineer Exam: Question 11
KodeKloud
2 AWS AI Practitioner Question 21: Speech to Text
AWS AI Practitioner Question 21: Speech to Text
KodeKloud
3 How Minikube Sets Up a Kubernetes Cluster in Minutes
How Minikube Sets Up a Kubernetes Cluster in Minutes
KodeKloud
4 How to Verify Your Minikube Kubernetes Cluster is Running
How to Verify Your Minikube Kubernetes Cluster is Running
KodeKloud
5 🔐 AZ-400 Exam Prep | Question 12 of 50
🔐 AZ-400 Exam Prep | Question 12 of 50
KodeKloud
6 Generate SSH Keys in 10 Seconds (Windows, Mac & Linux)
Generate SSH Keys in 10 Seconds (Windows, Mac & Linux)
KodeKloud
7 Why You Should Use Kubernetes Deployments Instead of Just Pods
Why You Should Use Kubernetes Deployments Instead of Just Pods
KodeKloud
8 What Are Kubernetes Services and Why Do You Need Them?
What Are Kubernetes Services and Why Do You Need Them?
KodeKloud
9 KodeKloud Cohorts Check-in #3: Kubestronaut & AWS AI Practitioner 2026
KodeKloud Cohorts Check-in #3: Kubestronaut & AWS AI Practitioner 2026
KodeKloud
10 AWS AI Practitioner Question 23
AWS AI Practitioner Question 23
KodeKloud
11 Azure DevOps Engineer Exam: Question 13
Azure DevOps Engineer Exam: Question 13
KodeKloud
12 How Kubernetes Services Work Across Multiple Nodes
How Kubernetes Services Work Across Multiple Nodes
KodeKloud
13 Deploying a Multi-Tier App on Kubernetes
Deploying a Multi-Tier App on Kubernetes
KodeKloud
14 Docker vs Kubernetes – What's the Difference and Why It Matters
Docker vs Kubernetes – What's the Difference and Why It Matters
KodeKloud
15 AWS AI Practitioner Question 22
AWS AI Practitioner Question 22
KodeKloud
16 Azure DevOps Engineer Exam: Question 14
Azure DevOps Engineer Exam: Question 14
KodeKloud
17 AWS AI Practitioner Question 24
AWS AI Practitioner Question 24
KodeKloud
18 Azure DevOps Engineer Exam: Question 16
Azure DevOps Engineer Exam: Question 16
KodeKloud
19 AWS AI Practitioner Question 25
AWS AI Practitioner Question 25
KodeKloud
20 What Is Amazon S3? Simple Cloud Storage Explained in 60 Seconds
What Is Amazon S3? Simple Cloud Storage Explained in 60 Seconds
KodeKloud
21 Azure DevOps Engineer Exam: Question 17
Azure DevOps Engineer Exam: Question 17
KodeKloud
22 AWS Lambda Explained for Beginners
AWS Lambda Explained for Beginners
KodeKloud
23 What Is Amazon EC2? Virtual Servers in the Cloud Explained
What Is Amazon EC2? Virtual Servers in the Cloud Explained
KodeKloud
24 Azure DevOps Engineer Exam: Question 18
Azure DevOps Engineer Exam: Question 18
KodeKloud
25 AWS AI Practitioner Question 26
AWS AI Practitioner Question 26
KodeKloud
26 What Is AWS Load Balancer?
What Is AWS Load Balancer?
KodeKloud
27 What Are Large Language Models?
What Are Large Language Models?
KodeKloud
28 AWS IAM Explained in 60 Seconds
AWS IAM Explained in 60 Seconds
KodeKloud
29 What Is AWS Secrets Manager?
What Is AWS Secrets Manager?
KodeKloud
30 What Are AWS IAM Roles?
What Are AWS IAM Roles?
KodeKloud
31 What Is AWS KMS? (Key Management Service)
What Is AWS KMS? (Key Management Service)
KodeKloud
32 Azure DevOps Engineer Exam: Question 19
Azure DevOps Engineer Exam: Question 19
KodeKloud
33 AWS AI Practitioner Question 29
AWS AI Practitioner Question 29
KodeKloud
34 Every DevOps Engineer Should Know AIOps [FREE LABs]
Every DevOps Engineer Should Know AIOps [FREE LABs]
KodeKloud
35 AWS RDS Explained in 90 seconds
AWS RDS Explained in 90 seconds
KodeKloud
36 What Is AWS VPC?
What Is AWS VPC?
KodeKloud
37 What Is Amazon CloudWatch?
What Is Amazon CloudWatch?
KodeKloud
38 Elastic Block Store Explained under 1 minute
Elastic Block Store Explained under 1 minute
KodeKloud
39 AWS AI Practitioner Question 30
AWS AI Practitioner Question 30
KodeKloud
40 Cloud Computing vs Traditional IT: The Key Difference Explained
Cloud Computing vs Traditional IT: The Key Difference Explained
KodeKloud
41 Azure DevOps Engineer Exam: Question 20
Azure DevOps Engineer Exam: Question 20
KodeKloud
42 3 Cloud Deployment Models Simplified
3 Cloud Deployment Models Simplified
KodeKloud
43 What Is an AWS IAM Policy?
What Is an AWS IAM Policy?
KodeKloud
44 What Is AWS MFA? ( Multi-Factor Authentication Explained )
What Is AWS MFA? ( Multi-Factor Authentication Explained )
KodeKloud
45 AWS IAM Roles Explained
AWS IAM Roles Explained
KodeKloud
46 Azure DevOps Engineer Exam: Question 21
Azure DevOps Engineer Exam: Question 21
KodeKloud
47 AWS AI Practitioner Question 31
AWS AI Practitioner Question 31
KodeKloud
48 AI Agents for Beginners – Part 1 (Free Labs)
AI Agents for Beginners – Part 1 (Free Labs)
KodeKloud
49 Azure DevOps Engineer Exam: Question 22
Azure DevOps Engineer Exam: Question 22
KodeKloud
AWS AI Practitioner Question 33
AWS AI Practitioner Question 33
KodeKloud

The video teaches how to address issues with Amazon Bedrock, such as excessive length, competitor mentions, and hallucinations, using a three-pronged strategy: Inference Parameters, Guardrails, and RAG. It highlights the importance of setting the Max Tokens inference parameter at the API level, using Guardrails for word filtering, and implementing RAG with a product database to address these issues. This strategy is crucial for marketing teams that want to generate product descriptions in multip

Key Takeaways
  1. Identify the key issues with Amazon Bedrock
  2. Set the Max Tokens inference parameter at the API level
  3. Use Guardrails for word filtering
  4. Implement RAG with a product database
  5. Fine-tune the foundation model on company product catalogues
  6. Switch to a smaller model with shorter default outputs
  7. Add system prompts instructing the model to avoid competitors and limit length
💡 The three-pronged strategy of using Inference Parameters, Guardrails, and RAG is the most effective way to address issues with Amazon Bedrock, such as excessive length, competitor mentions, and hallucinations.

Related AI Lessons

10 ChatGPT Prompts for Job Seekers: Resumes, Interviews & Career Growth
Learn how to leverage ChatGPT for job searching, resume building, and career growth with 10 actionable prompts
Medium · ChatGPT
Lost in Transcription: The Week the Machine Started Lying
Learn how Whisper AI transcription can be flawed and understand the importance of validation in AI-generated text
Medium · AI
How We Translate 300-Page Books Using Claude Without Hitting Token Limits
Learn how to translate long documents using Claude without hitting token limits by breaking them into overlapping chunks
Dev.to · 龚旭东
Building HITL Feedback RAG: Embeddings, Retrieval, and Reranking
Learn to build a Human-in-the-Loop (HITL) Feedback RAG system using embeddings, retrieval, and reranking to improve model performance
Medium · AI
Up next
5 Levels of AI Agents - From Simple LLM Calls to Multi-Agent Systems
Dave Ebbelaar (LLM Eng)
Watch →