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Security

Security by design.

Monavel is built with tenant isolation, secure authentication, role-based access, and modern cloud infrastructure to protect every hotel workspace.

Security Overview

Monavel Platform

Protected

Security status

Active

Encryption, tenant isolation, and access control enforced

Protection coverageAll active

Authentication

Rate-limited

Failed sign-ins blocked

Tenant isolation

Verified

Workspace boundaries

Encryption

Active

At rest and in transit

Uptime monitoring

Active

Every endpoint checked

Security events

Recent verified activity

Updated now

Administrator signed in

Identity verified

2m

Access policy updated

Role permissions changed

18m

API token rotated

Credential secured

1h

Workspace boundary checked

Tenant isolation verified

3h

Illustrative example, not a specific customer result

Security principles

Security principles that guide the platform.

Security is designed into every layer of Monavel, from authentication and tenant isolation to infrastructure and daily operations.

  • Tenant isolation

    Every hotel operates inside its own isolated tenant. Data, permissions, and operations remain scoped to your workspace.

  • Secure authentication

    Authenticated sessions protect access to the platform and ensure only verified users can reach hotel workspaces.

  • Role-based access

    Granular permissions allow staff members to access only the areas and actions required for their responsibilities.

  • Data protection

    Operational safeguards, isolated storage, and encrypted connections help protect hotel and guest information.

Access control

Access only where it's needed.

Authentication, permissions, and tenant isolation work together so every user only accesses the data they're authorized to use.

  • Access01

    Authentication

    Verified user authentication is required before accessing the platform, APIs, or hotel workspaces.

  • Access02

    Permissions

    Role-based permissions define which records, features, and operational actions each team member can access.

  • Access03

    Workspace isolation

    Every hotel workspace is isolated at the data layer to prevent cross-tenant access or data exposure.

Infrastructure

Cloud infrastructure designed for reliability.

Modern managed infrastructure provides secure connectivity, scalable services, and dependable platform availability.

  • Cloud hosted

    Monavel runs on modern managed cloud infrastructure with dedicated services for application hosting, authentication, and databases.

  • Encrypted connections

    Traffic between clients and the platform is protected using encrypted transport to safeguard data in transit.

  • Continuous updates

    Platform and infrastructure components are continuously maintained with security patches and reliability improvements.

  • Scalable architecture

    The platform scales with hotel operations while maintaining strict tenant separation across all workspaces.

FAQ

Common security questions.

Answers to the questions hotels ask most often before deploying Monavel.

01
Where is hotel data stored?
Hotel data is stored within managed cloud database services using isolated tenant architecture so every workspace remains separated.
02
Can multiple hotels use the same platform?
Yes. Monavel is a multi-tenant platform where every hotel operates in its own isolated workspace with separate data boundaries.
03
Who can access our hotel data?
Only authenticated users with the appropriate permissions for your workspace can access hotel information.
04
How are permissions managed?
Administrators assign role-based permissions that determine which features, records, and operational actions each team member can perform.
05
How is customer data separated?
Every hotel runs inside its own tenant. Application logic, database access, and workspace permissions are scoped to that tenant to prevent cross-hotel access.
06
How is guest information protected?
Guest conversations and operational data remain inside your isolated workspace and are protected through authentication, authorization, encrypted connections, and platform-level security controls.