The Agent development platform supports multi-tenant isolation of intelligent agents through a combination of architectural design, resource segregation, and security mechanisms. Here's how it works and an example to illustrate:
Each tenant (user or organization) gets dedicated computational resources, such as CPU, memory, and storage, ensuring that agents from different tenants do not interfere with each other. This is achieved by deploying agents in isolated environments like containers or virtual machines.
Example: Tenant A's agent and Tenant B's agent run in separate Docker containers on the same physical server, preventing resource contention or data leakage.
The platform enforces strict data separation at the database and storage levels. Each tenant's data (e.g., agent configurations, training datasets, and interaction logs) is stored in isolated databases or schema partitions with access controls.
Example: Tenant A's agent training data is stored in a separate PostgreSQL schema with row-level security, ensuring Tenant B cannot access it.
Multi-tenancy is managed via role-based access control (RBAC) and OAuth-like authentication. Tenants can only manage their own agents, and the platform validates permissions before allowing any operations.
Example: A Tenant A admin cannot modify or view Tenant B's agent deployment settings due to RBAC policies.
Agents communicate over isolated virtual networks or private channels to prevent cross-tenant traffic interception. Firewalls or service meshes enforce these boundaries.
Example: Tenant A's agent API endpoints are exposed only within a private VPC, while Tenant B's endpoints are in a different VPC with no overlap.
The platform dynamically scales resources per tenant and allows custom agent configurations (e.g., model versions, runtime parameters) without affecting others.
Example: Tenant A can deploy an agent using GPT-4, while Tenant B uses a smaller model like LLaMA-2, with each optimized independently.
For implementing such multi-tenant isolation, Tencent Cloud provides:
These services ensure intelligent agents operate securely and efficiently in a shared environment.