🔗: www.nextdata.com
If you’re focused on simplifying data delivery, reducing overhead, or making data work for both humans and AI, join us.
👇
If you’re focused on simplifying data delivery, reducing overhead, or making data work for both humans and AI, join us.
👇
💡 How autonomous data products actually work
🕹️ What makes them self-orchestrating and self-governing
📉 How enterprise teams are already simplifying delivery, cutting cost, and scaling safely
🤖 What this means for agents, analytics, and beyond
💡 How autonomous data products actually work
🕹️ What makes them self-orchestrating and self-governing
📉 How enterprise teams are already simplifying delivery, cutting cost, and scaling safely
🤖 What this means for agents, analytics, and beyond
This isn’t another tool. It’s a new operating model for delivering trusted data.
This isn’t another tool. It’s a new operating model for delivering trusted data.
🎟️Get your tickets here: bit.ly/4h0OCyI
🎟️Get your tickets here: bit.ly/4h0OCyI
Check out our blog on scaling RAG pipelines with MeshRAG here: bit.ly/4h0OP4Y
Check out our blog on scaling RAG pipelines with MeshRAG here: bit.ly/4h0OP4Y
Real-time apps like recommender systems need fresh data for relevant suggestions. In enterprises, syncing embeddings is tough—delays mean outdated recommendations, hurting user experience & trust in the system.
Real-time apps like recommender systems need fresh data for relevant suggestions. In enterprises, syncing embeddings is tough—delays mean outdated recommendations, hurting user experience & trust in the system.
Managing vast #data & real-time use cases means efficiently updating millions of #embeddings for accurate recommendations. Without robust data management, pipelines bottleneck—leading to slow performance & frustrated users.
Managing vast #data & real-time use cases means efficiently updating millions of #embeddings for accurate recommendations. Without robust data management, pipelines bottleneck—leading to slow performance & frustrated users.
When implementing a RAG app, platform teams must consider the following:
When implementing a RAG app, platform teams must consider the following:
We’d love to hear what data trends you’re tracking for 2025👇
🔗: bit.ly/40ewMCZ
We’d love to hear what data trends you’re tracking for 2025👇
🔗: bit.ly/40ewMCZ
Trends to watch and how simplifying data infrastructure can unlock new opportunities for teams🌟
Trends to watch and how simplifying data infrastructure can unlock new opportunities for teams🌟
Economic shifts drove DIY platforms—but at what cost?
We explore the pitfalls & how companies are re-prioritizing investments💡
Economic shifts drove DIY platforms—but at what cost?
We explore the pitfalls & how companies are re-prioritizing investments💡
The modular promise vs. fragmented reality.
⏳ How can the "hourglass model" restore balance and efficiency in 2025?
The modular promise vs. fragmented reality.
⏳ How can the "hourglass model" restore balance and efficiency in 2025?
Why did GenAI surge in 2024?
🔹 Challenges in data platforms
🔹 The need for scalable AI workflows
What’s next to fully realize its potential? 🤔
Why did GenAI surge in 2024?
🔹 Challenges in data platforms
🔹 The need for scalable AI workflows
What’s next to fully realize its potential? 🤔
Learn more about it here: bit.ly/3BZapb8
Learn more about it here: bit.ly/3BZapb8
Handling sensitive data (ex. PII) requires strict governance. In the example of a streaming service, ensuring all user data used in RAG pipelines complies with regulations adds another layer of complexity. Any misstep can lead to legal issues and a loss of trust.
Handling sensitive data (ex. PII) requires strict governance. In the example of a streaming service, ensuring all user data used in RAG pipelines complies with regulations adds another layer of complexity. Any misstep can lead to legal issues and a loss of trust.
The output of a model is only as good as the data it consumes. This has been the case in traditional ML & still holds true for LLMs. If data is duplicated across multiple domains with inconsistencies between them, the LLMs output can be skewed, reducing their efficacy.
The output of a model is only as good as the data it consumes. This has been the case in traditional ML & still holds true for LLMs. If data is duplicated across multiple domains with inconsistencies between them, the LLMs output can be skewed, reducing their efficacy.