
Serverless platform for deploying, scaling, and serving GenAI models globally, with secure vector storage and OpenAI-compatible API access.
Vendor
Vultr
Company Website
Vultr Serverless Inference is a cloud-based service that enables organizations to deploy, scale, and serve generative AI (GenAI) models globally without managing infrastructure. It offers a serverless architecture, real-time resource optimization, and secure vector database storage for embeddings, supporting high-performance inference on NVIDIA and AMD GPUs. The platform is designed for seamless integration via an OpenAI-compatible API, making it accessible for developers and enterprises seeking scalable, secure, and cost-effective AI inference solutions.
Key Features
Serverless AI Model Deployment Automated, global deployment and scaling of GenAI models.
- No infrastructure management required.
- Self-optimizing resource allocation for performance and cost.
OpenAI-Compatible API Easy integration with existing AI workflows.
- Familiar API structure for rapid adoption.
- Supports a wide range of GenAI models.
Secure Vector Database Private storage for embeddings used in inference.
- Data is isolated and inaccessible to others.
- Not used for model training, ensuring data privacy.
Inference-Optimized GPU Support Runs on high-performance NVIDIA and AMD GPUs.
- Delivers low-latency, high-throughput inference.
- Scalable across six continents for global reach.
Turnkey Retrieval-Augmented Generation (RAG) Upload documents/data for use in AI inference.
- Embeddings stored securely for model outputs.
- No risk of proprietary data leakage.
Benefits
Reduced Operational Complexity Simplifies AI deployment and management.
- Eliminates need for manual infrastructure scaling.
- Frees teams to focus on innovation, not operations.
Scalability and Performance Meets demands of enterprise and global workloads.
- Dynamic scaling to match application needs.
- Consistent, low-latency inference worldwide.
Security and Compliance Protects sensitive data and supports regulatory needs.
- Isolated environments for high-demand or sensitive workloads.
- Data residency and compliance features for regulated industries.