Auralytics is built for institutional environments where data integrity and confidentiality are non-negotiable.
Last updated April 1, 2026
Our security model is designed around a single principle: your data should be invisible to everyone except you. The platform is built on infrastructure that enforces encryption, network isolation, and access controls by default – not as optional add-ons.
Below is an overview of the security architecture and the protections in place to keep your data safe.
All production systems run on dedicated virtual private cloud environments with strict network ingress and egress controls. Infrastructure access is logged and subject to automated anomaly detection.
Your data is logically segmented at the application layer. No cross-tenant data access is architecturally possible. Internal access to customer data requires explicit authorization and is fully logged.
All data in transit is encrypted using TLS 1.2 or higher. Data at rest is encrypted using AES-256. Encryption keys are managed through dedicated key management infrastructure and rotated on a defined schedule.
Production database access is governed by row-level security policies enforced at the database layer. Application-level access follows the principle of least privilege, with credentials scoped to only what each service requires.
Auralytics is deployed on enterprise-grade cloud infrastructure. All components – application, database, and static frontend – run on platforms that enforce network isolation, automated TLS certificate management, and edge-level DDoS mitigation as baseline behaviour, not optional configuration.
Auralytics enforces complete organizational data isolation at the application layer. Your organization's data – including company research, saved searches, interaction history, and user profiles – is logically segmented and structurally inaccessible to other tenants.
We do not aggregate, cross-reference, or use your data to train models or derive insights benefiting other customers. Internal personnel access to production customer data is strictly governed:
All data transmitted between your browser or API client and Auralytics is encrypted using TLS 1.2 or higher. We enforce HTTPS across all endpoints and do not accept unencrypted connections. Certificates are managed and rotated automatically.
All data stored within the platform – including database records and backups – is encrypted at rest using AES-256. Key management is handled by the underlying database infrastructure, which enforces encryption at the storage layer by default.
Service-to-service communication within the platform's internal network is encrypted in transit, regardless of network boundary protections.
Access to production data follows the principle of least privilege. Row-level security (RLS) policies are enforced at the database layer, ensuring each application context can only access the data it is explicitly authorised to read or modify. Service credentials are scoped to minimum required permissions.
Security considerations are part of how the platform is built, not an afterthought. This includes:
In the event of a security incident affecting the confidentiality, integrity, or availability of customer data, we will notify affected users as promptly as practicable. Where GDPR applies, notification to the relevant supervisory authority will occur within 72 hours of becoming aware of a qualifying breach, consistent with Article 33 of the GDPR.
Notifications will describe the nature of the incident, the categories of data involved, and the steps taken or planned to address it.
We take security vulnerability reports seriously. If you believe you have identified a security issue in Auralytics, please report it to us before public disclosure.
We will acknowledge valid reports promptly and keep you informed throughout the investigation. We do not pursue legal action against researchers acting in good faith under these guidelines.
To report a vulnerability, use the contact information available on our website.
For security-related questions, contact us using the details available on our website. For privacy inquiries, see our Privacy Policy.