An HR business partner is configuring two separate Projects for two distinct client engagements.
Which configuration best prevents context bleed between the two engagements?
A.
Set up each Project with its own distinct memory context, knowledge sources, and instructions, and verify that information from one Project does not appear in the other Project's responses.
B.
Use a single shared Project for both client engagements with combined memory, knowledge sources, and instructions, on the assumption that Claude will keep the two clients' contexts separate without configuration.
C.
Configure both Projects to share the same memory context to reduce setup effort, even though shared memory between unrelated client engagements is precisely the configuration that produces context bleed.
D.
Skip Project configuration entirely and use general chats for both engagements, which provides no scoped memory contexts and offers no structural separation between the two clients' work streams.
Under the Claude objective Configure Claude Projects with instructions and knowledge sources , preventing context bleed and data crossover between distinct clients is a critical privacy, security, and project governance requirement. Projects in Claude serve as isolated contextual containers designed to compartmentalize project-specific knowledge files, custom system instructions, and chat histories.
Option A correctly implements strict boundary isolation by creating dedicated, independent Projects for each client engagement. By giving each Project its own discrete knowledge base and unique system prompt, reference material and conversational state from one client remain entirely inaccessible to the other. In contrast, combining client documentation into a single shared Project (Option B) or sharing memory configurations across workstreams (Option C) directly causes cross-tenant contamination and context bleed. Similarly, using unstructured general chats without Project containers (Option D) lacks scoped memory and persistence boundaries, significantly elevating operational and confidentiality risks.
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