Ritav.ai Security Principles
High-level security commitments and user-facing expectations for Ritav.ai. Sensitive implementation details are intentionally omitted.
Deterministic security
Security decisions are intended to remain outside the authority of an AI model.
Least privilege
Capabilities should receive only the authority required for an intended task.
Fail closed
Uncertain or invalid security conditions should deny or stop rather than silently broaden authority.
User control
Important permissions and high-impact behavior should remain subject to explicit user-controlled boundaries.
Security boundary
Ritav.ai is designed so AI systems can understand, plan and propose while deterministic controls govern whether an external action can execute. Authorization is scoped to the intended action rather than being a blanket permission to the model.
High-risk information
The current security design includes a dedicated sensitive-information defense for high-risk secrets such as passwords, authentication codes, payment secrets, recovery codes, private keys and comparable credentials. Users should still avoid placing secrets into prompts or support communications.
Financial safety
Financial and UPI-style consequential actions are deliberately restricted by deterministic controls. Ritav.ai does not claim unrestricted banking automation.
Emergency Stop
The security design includes an authoritative Emergency Stop concept intended to prevent protected execution when the stop state is active, including protection against race conditions around final dispatch.
Storage and audit
Supported implementation paths include protected local storage and bounded audit infrastructure designed to reduce accidental exposure and uncontrolled retention.
Untrusted content
External content and model-provided information are treated as untrusted inputs to security-sensitive decisions. Prompt-injection and network-egress boundaries are part of the current security foundation.
Responsible disclosure
Report suspected security issues to hello.ddtechlabshub@gmail.com. Do not send passwords, private keys, recovery codes or live credentials. Provide a safe reproduction summary instead.
No perfect-security promise
These controls reduce risk but cannot guarantee that every future implementation, platform, device or connected service will be vulnerability-free.