What is Micro-Authorized Access?
Micro-Authorized Access is a security model where every access session is independently authenticated, individually scoped, and automatically time-limited. Unlike traditional access models that grant broad, persistent access (VPN) or session-based access to multiple resources (ZTNA), micro-authorized access creates a unique, isolated access window for each user-resource pair. Key properties: - **Per-resource isolation**: Each resource access is independently authorized. Access to Resource A does not grant any visibility into Resource B. - **Per-session authentication**: Every session requires fresh cryptographic authentication. There are no persistent tokens or cached credentials. - **Automatic expiration**: Access windows close automatically after a configured time. No manual revocation needed. - **No lateral movement**: Because each access is independently scoped, compromising one session reveals nothing about other resources. Micro-authorized access addresses the lateral movement problem that plagues VPNs and traditional networks. In a conventional network, once an attacker gains access (through a compromised credential, phishing, or exploit), they can often move laterally to discover and compromise other systems. Micro-authorized access eliminates this by ensuring each access session is an isolated, ephemeral connection with no awareness of other resources.
How LayerV Implements This
Every QURL that LayerV creates implements micro-authorized access. Each QURL is scoped to exactly one resource, authenticated against exactly one identity, and expires automatically. There is no concept of "being on the network" with LayerV — each resource access is a discrete, auditable event. This means even if a QURL were somehow compromised, the attacker would gain access to one resource for a limited time, with zero visibility into any other protected resource.