> ## Documentation Index
> Fetch the complete documentation index at: https://docs.synapsai.cloud/llms.txt
> Use this file to discover all available pages before exploring further.

# Security Policy

> Structural architecture, transport encryption, and process isolation protocols.

Last updated: July 6, 2026

SynapsAI Cloud implements aggressive physical, architectural, and software isolation layers to safeguard high-performance compute workloads and customer storage targets.

## 1. Infrastructure Architecture & Multi-Tenant Isolation

* **Enterprise Tier Environments:** SynapsAI Cloud schedules compute workloads across modern Tier 3 and Tier 4 datacenter structures maintained by established global infrastructure providers. Production compute deployments are hosted across verified North American zones.
* **Process-Level Workload Isolation:** While physical hardware clusters operate under high-density multi-tenant frameworks, individual client model deployments are strictly segmented at the Linux operating system process level using hardened sandboxing mechanisms.
* **Resource Optimization Shields:** Custom traffic controllers and resource allocations (such as Linux cgroups) prevent cross-tenant resource starvation, ensuring that noisy-neighbor execution spikes cannot degrade or inspect adjacent customer pipelines.

## 2. Transport Layer Security (TLS) & Network Protections

* **In-Transit Encryption:** All external network connections entering SynapsAI Cloud control planes or model endpoints are secured using high-grade TLS (HTTPS) transport layer encryption. Unencrypted HTTP interfaces are universally disabled.
* **Internal Network Hardening:** Data paths traversing internal datacenter nodes or service-to-service communication meshes utilize encrypted routing channels and explicit authentication handshakes to negate intercept risks.

## 3. Credential Security & API Authentication Keys

* **Client Token Responsibility:** Access to model inference endpoints and control panel APIs is restricted through cryptographic API tokens generated inside the client workspace dashboard. Clients are solely responsible for the structural protection, distribution, secret storage, rotation, and scope restriction of these API keys and deployment configurations. SynapsAI is not responsible for unauthorized access, charges, or downstream harm resulting from compromised Client credentials.
* **Administrative Access Control:** SynapsAI staff access to internal orchestration frameworks is bound by the Principle of Least Privilege, mediated by Role-Based Access Control (RBAC), and protected by required Multi-Factor Authentication (MFA).

## 4. Weight Storage & Artifact Protection

* Model weights and architectural configurations required for permanent caching are stored on encrypted block volumes scoped explicitly to individual tenant credentials.
* These artifacts are inaccessible to other tenants. Clients requiring custom encryption mechanics, isolated dedicated physical nodes, or specialized hardware security options should initiate a formal consulting inquiry with our systems team.

## 5. Proactive Patching & Incident Tracing

Our operational environments undergo routine automated vulnerability assessment sweeps, dependency version tracking, and rapid OS kernel patching schedules. Detailed, isolated system audit trails are continuously analyzed for anomalies, with alerting triggers instantly routing system event flags to on-call infrastructure engineers. Structural vulnerabilities or systemic security indicators should be confidentially reported to **[support@synapsai.cloud](mailto:support@synapsai.cloud)**.