Everyone’s building AI agents in 2026. Few are shipping them to production. Funny thing about agent failures: they’re almost never reasoning errors. They’re integration errors. Your agent might reason beautifully in a notebook, but put it in front of real users and suddenly you’re debugging voice latency, hallucinated retrievals, and a compliance team asking uncomfortable questions about PII. I’ve been watching the agent ecosystem fragment into dozens of incompatible pieces. One model for speech, another for embeddings, a third for safety, none of them designed to work together. Every integration is a custom hack. Every deployment is a prayer. NVIDIA just dropped something that changes this calculus: a production-ready stack where speech, retrieval, and safety models were actually designed to compose. Here’s the playbook for putting it together. The Problem With Frankenstein Agent Stacks Increasingly, production AI agents are composed of multiple specialized models, across both open source and frontier models: Speech > LLMs > RAG > Safety The real pain points: Latency compounds. Your speech-to-text adds 2 seconds. Your retrieval adds 800ms. Your safety check adds 500ms. By the time your agent responds, the user has already asked the question again. Latency compounds. Accuracy degrades at boundaries. Whisper transcribes "I need to schedule a meeting" as "I need to schedule a meeting." Great. But what about "I need to reschedule the Q3 review with María"? Accented names, domain jargon, and code-switching between languages create error cascades that multiply through your pipeline. Accuracy degrades at boundaries. Safety is an afterthought. Most teams bolt on content moderation as a regex wrapper or a separate API call. It catches obvious toxicity. It misses the subtle stuff: PII leakage, prompt injection attempts dressed as innocent queries, jailbreaks that exploit context window boundaries. Safety is an afterthought. Layer 1: Nemotron Speech (10x Faster ASR That Actually Handles Real Conversations) Voice is the interface users want. It's also where most agent pipelines fall apart. Nemotron Speech runs 10x faster than comparable ASR models on Daily and Modal benchmarks. That throughput matters because voice agents aren't single-turn. They're continuous. Your user says "Schedule a meeting with the London team for next Thursday" and then adds "Actually, make it Friday, and include Sarah from marketing." A 2-second delay between utterances kills the flow. Nemotron Speech Metric
Nemotron Speech
Previous Best




Latency
Real-time
2+ second delays


Language switching
0% unintended switches
4% reversion to English


Throughput
10x faster
Baseline Metric
Nemotron Speech
Previous Best




Latency
Real-time
2+ second delays


Language switching
0% unintended switches
4% reversion to English


Throughput
10x faster
Baseline Metric
Nemotron Speech
Previous Best Metric
Nemotron Speech
Previous Best Metric Nemotron Speech Previous Best Latency
Real-time
2+ second delays


Language switching
0% unintended switches
4% reversion to English


Throughput
10x faster
Baseline Latency
Real-time
2+ second delays Latency Real-time 2+ second delays Language switching
0% unintended switches
4% reversion to English Language switching 0% unintended switches 4% reversion to English Throughput
10x faster
Baseline Throughput 10x faster Baseline It's trained on conversational audio, not clean recordings. Handles crosstalk, background noise, mid-sentence corrections. Integration pattern: Integration pattern: from nemotron.speech import ASRClient

client = ASRClient()
async for transcript in client.stream(audio_source):
    agent.process_utterance(transcript) from nemotron.speech import ASRClient

client = ASRClient()
async for transcript in client.stream(audio_source):
    agent.process_utterance(transcript) I tested this on a noisy coffee shop recording. Handled the background chatter, though it occasionally merged two speakers' utterances when they overlapped. Layer 2: Nemotron RAG (Multimodal Retrieval That Understands Documents With Tables, Charts, Graphics) Most RAG pipelines pretend documents are just text. They're not. They're layouts, tables, charts, and figures with text sprinkled between them. Your user asks about the revenue chart on page 47 of the quarterly report. Your embedding model has never seen the chart. It retrieves the nearest text paragraph, which mentions "revenue" but contains none of the numbers. Nemotron RAG introduces vision language models for both embedding and reranking. Multimodal from the ground up. Document structure awareness means tables and charts become retrievable. Multilingual retrieval without separate pipelines. Cross-modal search where a text query retrieves the relevant chart. Llama Embed Nemotron 8B ranks on the MMTEB leaderboard. NVIDIA released the training dataset alongside the weights, so you can see what it was trained on. Llama Embed Nemotron 8B MMTEB leaderboard Integration pattern: Integration pattern: from nemotron.rag import EmbedModel, RerankModel

embedder = EmbedModel("llama-embed-nemotron-8b")
reranker = RerankModel("nemotron-rerank-vl")

doc_embeddings = embedder.encode(documents)

results = reranker.rerank(
    query="What was Q3 revenue growth?",
    candidates=retrieved_docs,
    include_visual=True
) from nemotron.rag import EmbedModel, RerankModel

embedder = EmbedModel("llama-embed-nemotron-8b")
reranker = RerankModel("nemotron-rerank-vl")

doc_embeddings = embedder.encode(documents)

results = reranker.rerank(
    query="What was Q3 revenue growth?",
    candidates=retrieved_docs,
    include_visual=True
) Fed it a dense financial PDF with charts. Query: "Q3 revenue growth?" It pulled the right chart, not just text mentioning revenue. First time I've seen multimodal retrieval actually deliver. Layer 3: Nemotron Safety (Beyond Content Moderation) Content moderation catches toxicity. It doesn't catch PII leakage, indirect prompt injection, or multi-step tool use that compounds into something harmful. Those are the production failures. Honest take on Nemotron Safety: the models are table stakes. Content moderation and PII detection aren't new categories. Lakera, Rebuff, Presidio, and a dozen others already do this. The differentiation is the training data. NVIDIA's releasing 11,000 labeled traces from tool-using agent workflows. Multi-step sequences where each action passes safety checks but the whole thing goes sideways. If you're fine-tuning your own safety layer or building evaluation harnesses, that dataset is worth grabbing. 11,000 labeled traces from tool-using agent workflows The models: Llama Nemotron Content Safety (covers manipulation, dangerous advice, misinformation), Nemotron PII (handles unstructured data, not just regex patterns for SSNs). Both run at inference speed. Whether they beat existing options depends on your stack. I'd benchmark before committing. Llama Nemotron Content Safety Nemotron PII Integration pattern: Integration pattern: from nemotron.safety import ContentSafety, PIIDetector

content_guard = ContentSafety(languages=["en", "es", "de", "fr"])
pii_guard = PIIDetector()

# Check user input before processing
input_safe, input_risks = content_guard.check(user_message)

# Check agent output before returning
output_safe, output_risks = content_guard.check(agent_response)

# Detect and optionally redact PII
pii_found = pii_guard.detect(agent_response)
clean_response = pii_guard.redact(agent_response) from nemotron.safety import ContentSafety, PIIDetector

content_guard = ContentSafety(languages=["en", "es", "de", "fr"])
pii_guard = PIIDetector()

# Check user input before processing
input_safe, input_risks = content_guard.check(user_message)

# Check agent output before returning
output_safe, output_risks = content_guard.check(agent_response)

# Detect and optionally redact PII
pii_found = pii_guard.detect(agent_response)
clean_response = pii_guard.redact(agent_response) Haven't stress-tested the models yet. The dataset is what I grabbed first—11K traces of agent workflows going sideways is gold for building eval harnesses. Putting the Stack Together User Voice
    ↓
[Nemotron Speech ASR]
    ↓
[Agent Orchestration]
    ↓
[Nemotron RAG]
    ↓
[Nemotron Safety]
    ↓
Response User Voice
    ↓
[Nemotron Speech ASR]
    ↓
[Agent Orchestration]
    ↓
[Nemotron RAG]
    ↓
[Nemotron Safety]
    ↓
Response Why this composition works: Why this composition works: Efficiency is built in. Each model is designed for efficiency, allowing you to build the ultimate low latency AI system.Open weights. Inspect, fine-tune, or replace any component.Same hardware target. RTX laptop to H200 cluster. No rebuild when you move from prototype to production.Works alongside frontier models and services. AI applications can benefit from both state of the art performance from frontier models and optimal cost for open source models. Efficiency is built in. Each model is designed for efficiency, allowing you to build the ultimate low latency AI system. Efficiency is built in. Open weights. Inspect, fine-tune, or replace any component. Open weights. Same hardware target. RTX laptop to H200 cluster. No rebuild when you move from prototype to production. Same hardware target. Works alongside frontier models and services. AI applications can benefit from both state of the art performance from frontier models and optimal cost for open source models. Works alongside frontier models and services. The Bigger Picture 2025 was the year everyone learned to build agents. 2026 is when we find out whose agents actually work. The pattern I keep seeing: teams nail the reasoning model but ship with broken voice latency, hallucinated retrievals, or a compliance incident waiting to happen. The bottleneck moved. It's not the LLM anymore. It's the integration layer around it. NVIDIA built a stack where speech, retrieval, and safety were designed together. Open weights. Same hardware target from prototype to production. Whether that's the right tradeoff depends on what you're building. What's your current agent stack? I'm genuinely curious—how many of you are running the Frankenstein 6-vendor setup I described? Drop your stack in the comments. Bonus points if it's held together with duct tape and prayers. Getting Started Quickest path to trying this: Quickest path to trying this: Hosted endpoints. Run queries on build.nvidia.com or OpenRouter immediately. No setup required.Local deployment. NVIDIA provides cookbooks for vLLM, SGLang, and TRT-LLM with configuration templates and performance tips.Edge deployment. The models run on RTX AI PCs and workstations via Llama.cpp, LM Studio, and Unsloth. Hosted endpoints. Run queries on build.nvidia.com or OpenRouter immediately. No setup required. Hosted endpoints. build.nvidia.com OpenRouter Local deployment. NVIDIA provides cookbooks for vLLM, SGLang, and TRT-LLM with configuration templates and performance tips. Local deployment. cookbooks for vLLM, SGLang, and TRT-LLM Edge deployment. The models run on RTX AI PCs and workstations via Llama.cpp, LM Studio, and Unsloth. Edge deployment. Resources: Resources: Model weights: Hugging Face Deployment cookbooks: NVIDIA-NeMo/Nemotron Training datasets: Nemotron collections on HF NIM microservices: build.nvidia.com Technical reports: Nemotron Research Hub Model weights: Hugging Face Model weights: Hugging Face Deployment cookbooks: NVIDIA-NeMo/Nemotron Deployment cookbooks: NVIDIA-NeMo/Nemotron Training datasets: Nemotron collections on HF Training datasets: Nemotron collections on HF NIM microservices: build.nvidia.com NIM microservices: build.nvidia.com Technical reports: Nemotron Research Hub Technical reports: Nemotron Research Hub

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Walkthroughs, tutorials, guides, and tips. This story will teach you how to do something new or how to do something better.

The is an opinion piece based on the author’s POV and does not necessarily reflect the views of HackerNoon.

The NVIDIA Nemotron Stack For Production Agents

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