Encrypted on the wire
All traffic to Atomburst is encrypted in transit with TLS, and atomburst.io enforces HTTPS with HSTS (preload). Plain-HTTP access is never served.
A detection and response platform only works if you trust it with sensitive signal. Here's exactly how Atomburst handles, protects, and retains your data — and where we are on formal compliance, stated plainly.
How the platform and console handle customer signal today.
All traffic to Atomburst is encrypted in transit with TLS, and atomburst.io enforces HTTPS with HSTS (preload). Plain-HTTP access is never served.
Console data lives in a managed Postgres encrypted at rest by our hosting provider. Session cookies are additionally encrypted at the application layer — not merely signed.
Authorization is default-deny: an identity reaches a tenant only if it matches that tenant's explicit access rules, and every query is scoped to the tenant. Nobody gets in because they merely have an account.
Sign-in is GitHub-based — we never store passwords. Auth endpoints are rate-limited, admin actions are logged with actor and timestamp, and reviewer decisions carry a named identity by design.
The Atomburst GitHub App holds least-privilege read scopes only. It cannot write to your organization, your repositories, or your settings — the access review reads state, it never changes it.
Scans read access metadata — members, 2FA status, outside collaborators, app grants — never repository contents. Reviews are kept as your evidence of record until you delete the tenant, which removes them.
We publish status, not aspiration dressed as fact.
If you believe you've found a security vulnerability in any Atomburst or NSCA product, we want to hear from you. Report it privately and give us reasonable time to remediate before any public disclosure. We won't pursue legal action against good-faith research that respects user privacy and avoids service disruption.
Report to [email protected].