Oodles AI designs and deploys production-grade Milvus vector database systems. We architect collections, partitions, indexes, and replication strategies, and implement ingestion, compaction, observability, and access controls to ensure accurate and low-latency vector search at scale.
Oodles AI delivers Milvus-based reference architectures covering ingestion, indexing, and operations—optimized for scale, reliability, and enterprise compliance.
Deploy Milvus on Kubernetes, bare metal, or private VPC environments with secure secrets management and isolation.
Design Milvus collections, vector dimensions, indexes, and metadata fields for dense, sparse, and multi-modal embeddings.
Design Milvus collections, vector dimensions, indexes, and metadata fields for dense, sparse, and multi-modal embeddings.
Implement Milvus monitoring for QPS, recall, compaction, memory usage, and failover readiness using observability tooling.
Vector-based retrieval over documents and knowledge bases using Milvus for RAG pipelines with controlled recall and latency.
Short- and long-term vector memory stores backed by Milvus for agent and autonomous system workflows.
Combine keyword, BM25-style filters, and Milvus vector search to modernize enterprise and customer-facing search systems.
Store and retrieve document embeddings with Milvus using structured metadata, retention policies, and access controls.
Vectorize telemetry, logs, or signals and use Milvus similarity search to surface related incidents and anomalies.
Oodles AI integrates Milvus with ingestion pipelines, security layers, and LLM orchestration frameworks to enable production-ready vector search systems.
A structured engagement model used by Oodles AI to design, deploy, and optimize Milvus vector database environments.
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Goals & Workloads: Define recall targets, latency constraints, compliance requirements, and data domains for Milvus workloads.
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Data & Policy Setup: Configure data sources, chunking logic, partitions, TTL policies, and role-based access for Milvus collections.
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Indexing & Evaluation: Tune Milvus index types and parameters, validate recall and precision, and benchmark hybrid search performance.
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LLM & App Integrations: Integrate Milvus with LLM stacks, application services, caching layers, and retrieval pipelines.
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Operations & Optimization: Operate Milvus clusters with monitoring, cost optimization, automated backups, and continuous performance tuning.