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Acquisition Brief


Where Magic Data
fits the AI-Native Cloud

Five layers. One integrated stack. Magic Data closes the comprehension gap between data and agent-ready intelligence.

Managed Agents
Open Harness Sandbox Toolbox State Plano
Agents consume agent-ready data context from Magic Data topology
Data & Learning
Magic Data fits here
DBaaS Advanced Edition (PG/MySQL) KBaaS Weaviate Topology Mapping Vector Readiness Data Mining
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Data Architecture Topology Mapping
Automatically traverses and maps customers' full data environment across DBaaS, Spaces, and connected sources — producing a structured, machine-readable topology before any agent tries to reason over it.
Semantic Layer & Vector Readiness
Generates pre-vectorized embeddings scoped to a customer's actual data architecture and deposits them directly into pgvector, KBaaS, or Weaviate — agent-ready out of the box, no hand-crafting required.
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Always-On Data Mining Agents
Production-grade continuous agents with native visualizations. Deployable on DO Droplets today; re-platformable to Serverless Inference and native Managed Agents harness with durable state via Plano.
Inference Engine
Serverless Dedicated Batch Router BYOM Model Catalog Multi-modal Guardrails
Core Cloud
Kubernetes Droplets (CPU & GPU) VPC Object Storage Block Storage High Performance NFS
Infrastructure
18 Data Centers NVIDIA H100/H200/B300 AMD MI300X/MI325X/MI350X AMD MI355X Liquid-cooled

DigitalOcean's AI-Native Cloud is built end-to-end for the inference and agentic era. It has five integrated layers from silicon to agent, with no cross-vendor hops and no egress between them.

But today's DO "Data & Learning" layer — PostgreSQL with pgvector, Valkey, Knowledge Bases, and real-time data capabilities — solves retrieval. It doesn't yet solve understanding.

As VAST Data's leadership demonstrated at Deploy 2026, the next frontier isn't storing data or even querying it — it's building continuous AI systems where data is processed where it lives.

DigitalOcean customers' data architectures are sprawling, multi-engine, and opaque. Before any agent can reason over them, someone has to map the topology and make it legible to inference. That last mile is exactly what Magic Data was built to close.

Topology Mapping

Magic Data can automatically traverse and map the topology of a customer's data architecture across their Managed Databases, Spaces buckets, and connected sources. It produces a structured, machine-readable understanding of how that data is organized, related, and queryable. This pairs directly with DigitalOcean's DBaaS offerings and becomes the connective tissue between raw storage and agent-ready retrieval.

"What do I actually have, and what does it mean?" — answered before a Knowledge Base can usefully index any of it.
Vector Readiness

Rather than requiring customers to hand-craft their Knowledge Bases from scratch, Magic Data could generate a set of pre-vectorized embeddings and deposit them directly into DigitalOcean Managed PostgreSQL with pgvector or Managed OpenSearch. The output would be agent-ready out of the box: structured, embedded, and aligned to how Plano and the Managed Agents layer expect to consume context.

This directly extends the value of DigitalOcean's Memory Layer — bridging the gap between episodic memory (what the agent just did) and semantic memory (what the customer's data environment actually means).

Always-On Agents

Magic Data currently ships production-grade, always-on data mining agents with native visualizations. This is already fully containerized and deployable on DigitalOcean Droplets today. They run continuously, surface insights from live data, and render findings in visual dashboards. This is exactly the kind of real-traffic, real-cost-constraint workload that Deploy 2026 was built around.

They can be replatformed to run inside DigitalOcean's Managed Agents harness with secure sandboxes, durable state, and orchestration via Plano — turning the standalone product into a native offering inside the five-layer stack.