Security Architecture

Enterprise-grade protection for your code and infrastructure.

1. Compute Isolation Architecture

The fundamental architecture of the Clawder.eu requires the automated execution of generated logic. To mitigate cross-tenant vulnerabilities, Monzed Labs OÜ ("Company") employs rigorous compute isolation protocols.

  • Every workspace is provisioned within a dedicated, hardware-virtualized cloud environment.
  • Network architecture strictly prohibits lateral movement; there is zero shared state, memory allocation, or network routing overlap between tenant environments.
  • Autonomous agents are strictly bound to the constraints of their assigned virtualized environment, lacking any elevated privileges or host-level access.

2. Identity and Access Management

The Company enforces robust identity verification and granular access controls to guarantee the confidentiality and integrity of User workspaces.

  • Authentication flows utilize cryptographic protocols, supporting industry-standard OAuth delegations and secure token-based logins.
  • Data persistence layers are governed by strict, cryptographically bound data isolation policies. Read and write operations are uniquely mapped to the authenticated session, preventing any unauthorized cross-tenant data access.
  • Enterprise subscription tiers support integration with Security Assertion Markup Language (SAML) for centralized organizational Single Sign-On (SSO) governance.

3. Cryptographic Standards

Data confidentiality is maintained through the mandatory application of industry-standard cryptographic protocols throughout the data lifecycle.

  • In Transit: All client-server communications, Application Programming Interface (API) transmissions, and bi-directional WebSocket streams are encrypted utilizing Transport Layer Security (TLS) 1.3 or higher.
  • At Rest: Persistent data stores and object storage buckets are encrypted using Advanced Encryption Standard (AES) with 256-bit keys.
  • Authentication tokens, environment variables, and proprietary credentials injected into the virtualized environments are maintained exclusively in volatile memory and are explicitly excluded from plaintext diagnostic logging.

4. Runtime Constraints and Threat Mitigation

Automated agents are designed with strict operational boundaries to prevent unauthorized system modification or platform abuse.

  • Execution capabilities are restricted to user-space operations within the isolated compute instance.
  • Server-side validation layers independently verify all agentic actions to preclude the execution of restricted system binaries or the manipulation of metering and billing infrastructure.