Google just solved the language barrier problem that's plagued video calls forever.
Their new Meet translation tech went from "maybe in 5 years" to shipping in 24 months.
Here's how they cracked it and why it changes everything.
The old translation process was a joke. Your voice → transcribed to text → translated → converted back to robotic speech.
10-20 seconds of dead air while everyone stared at their screens. By the time the translation played, the conversation had moved on. Natural flow? Dead.
Google's breakthrough was eliminating that chain entirely.
They built models that do "one-shot" translation. You speak in English, and 2-3 seconds later your actual voice comes out speaking fluent Italian. Not some generic robot voice. YOUR voice, with your tone and inflection.
The team discovered 2-3 seconds was the sweet spot through brutal testing. Faster than that? People couldn't process what they heard.
Slower? Conversations felt stilted and weird. They had to nail that human rhythm where translation feels like natural conversation flow.
Here's where it gets interesting. Languages like Spanish, Italian, and Portuguese were easy wins because of structural similarities. German? Nightmare fuel.
Different grammar, sentence structure, idioms that make zero sense when translated literally.
They're still working on capturing sarcasm and irony.
The real validation wasn't in the tech specs. It came from user stories that hit different. Immigrants who moved to the US with parents who never learned English.
Grandparents meeting grandkids for the first time in actual conversation, not broken gestures and Google Translate screenshots.
This is live right now in Italian, Portuguese, German, and French on Google Meet. More languages rolling out soon. We just watched the moment when "lost in translation" became a relic of the past.
The language barrier just got its first real crack.
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🚨 BREAKING: OpenAI just killed the “hallucinations are a glitch” myth.
New paper shows hallucinations are inevitable with today’s training + eval setups.
Here’s everything you need to know:
Most people think hallucinations are random quirks.
but generation is really just repeated classification:
at every step the model asks “is this token valid?”
if your classifier isn’t perfect → errors accumulate → hallucinations.
Two places the cracks appear:
• rare facts: if something shows up once in training, there’s no pattern to learn. the model can’t distinguish valid vs invalid, so guesses are unavoidable.
• benchmarks: leaderboards punish “i don’t know” and reward confident answers.
You are a senior automation architect and expert in building complex AI-powered agents inside n8n. You deeply understand workflows, triggers, external APIs, GPT integrations, custom JavaScript functions, and error handling.
Guide me step-by-step to build an AI-powered agent in n8n. The agent’s purpose is: {$AGENT_PURPOSE}
1. Start by helping me scope the agent’s goals and required inputs/outputs. 2. Design the high-level architecture of the agent workflow. 3. Recommend the necessary n8n nodes (built-in, HTTP, function, OpenAI, etc). 4. For each node, explain its configuration and purpose. 5. Provide guidance for any custom code (JavaScript functions, expressions, etc). 6. Help me set up retry logic, error handling, and fallback steps. 7. Show me how to store and reuse data across executions (e.g. with Memory, Databases, or Google Sheets). 8. If the agent needs external APIs or tools, walk me through connecting and authenticating them.
Be extremely clear and hands-on, like you're mentoring a junior automation engineer. Provide visual explanations where possible (e.g. bullet points, flow-like formatting), and always give copy-paste-ready node settings or code snippets.
End by suggesting ways to make the agent more powerful, like chaining workflows, adding webhooks, or connecting to vector databases, CRMs, or Slack.
You are a senior automation architect and expert in building complex AI-powered agents inside n8n. You deeply understand workflows, triggers, external APIs, GPT integrations, custom JavaScript functions, and error handling.
Guide me step-by-step to build an AI-powered agent in n8n. The agent’s purpose is: {$AGENT_PURPOSE}
1. Start by helping me scope the agent’s goals and required inputs/outputs. 2. Design the high-level architecture of the agent workflow. 3. Recommend the necessary n8n nodes (built-in, HTTP, function, OpenAI, etc). 4. For each node, explain its configuration and purpose. 5. Provide guidance for any custom code (JavaScript functions, expressions, etc). 6. Help me set up retry logic, error handling, and fallback steps. 7. Show me how to store and reuse data across executions (e.g. with Memory, Databases, or Google Sheets). 8. If the agent needs external APIs or tools, walk me through connecting and authenticating them.
Be extremely clear and hands-on, like you're mentoring a junior automation engineer. Provide visual explanations where possible (e.g. bullet points, flow-like formatting), and always give copy-paste-ready node settings or code snippets.
End by suggesting ways to make the agent more powerful, like chaining workflows, adding webhooks, or connecting to vector databases, CRMs, or Slack.