The industry default
Most AI platforms bolt security on after the fact. Shared layers, broad access, and policy promises instead of structural guarantees.
PLATFORM
SOC 2 Type II certified. Tenant isolation by design. Sensitive field encryption. Secure managed VPC deployment. Enterprise controls for production AI agents.
Why MightyBot
MightyBot secures regulated AI-agent workflows with tenant isolation, sensitive field encryption, scoped agent access, evidence-linked audit trails, customer-data isolation from shared model training, and governed human override. SOC 2 Type II is the baseline; the architecture has to protect data while agents read documents, enforce policies, call APIs, and write outcomes back to enterprise systems.
The platform supports secure managed VPC deployment plus JWT, API key, and OAuth2 authentication, so teams can control access without turning security into an after-the-fact review process.
Most AI platforms bolt security on after the fact. Shared layers, broad access, and policy promises instead of structural guarantees.
Multi-tenant isolation, encryption, and scoped access controls are part of the core architecture. They are not optional add-ons.
Does the architecture enforce tenant isolation, encryption, scoped access, and auditability by design, or does it only document what should happen?
In MightyBot, customer data, policies, and execution contexts remain isolated by design. Your data and policies are yours alone.
Type I confirms controls exist at a point in time. Type II confirms those controls have been operating effectively over an extended audit period. MightyBot holds Type II certification.
The audit covers the entire platform: data storage, processing pipelines, access controls, encryption practices, incident response, change management. Not a subset. The whole stack.
Audit reports available under NDA.
Each customer's data resides in logically separated storage with independent access controls. Agent execution occurs within isolated compute contexts. No shared data layer between tenants.
One customer's documents, policies, and decision records are architecturally inaccessible to another customer's agents or users. This isolation extends to the search layer - per-workflow repositories scope results to the authenticated tenant's data.
Your data and policies are yours alone. Architecturally guaranteed.
Scoped permissions, encrypted tokens. For connecting MightyBot to your enterprise systems with full auditability.
Signed tokens with short expiration and scoped claims. Internal service communication authenticated at every hop.
Scoped to tenants, rotatable, usage logged. Full audit trail on every API call. Rotation without service interruption.
Role-based access control granular to the workflow, document, and field level.
Your data is yours. Customer data is not used for training models, not shared with other customers, and not used outside the contracted service scope.
Retention periods are configurable per data type. When periods expire, data is archived to customer-controlled storage or securely deleted. Your choice.
FAQ
Yes. MightyBot is SOC 2 Type II certified, uses tenant isolation, encrypts data at rest and in transit, supports secure managed VPC deployment, and keeps customer data out of shared model training.
Customer data resides in logically separated storage with independent access controls and isolated compute. There is no shared data layer between tenants. Isolation is enforced at the infrastructure level.
Yes. TLS 1.2+ in transit, AES-256 at rest, and field-level encryption for designated sensitive values with granular access controls.
The standard model is a secure managed VPC deployment. If you have specific deployment constraints, MightyBot can review those requirements with your team.
No. Customer data is processed only for the contracted service scope. It is not used to train shared models and is not shared with other customers.
Credentials are encrypted at rest, access is restricted to the components that need them, usage is logged, and rotation can occur without service interruption.