Zero Trust Network Architecture

MicrocosmWorks implements device posture assessment that evaluates each personal device's OS patch level, encryption status, antivirus presence, and jailbreak detection before granting any resource access. Even after initial authentication, the system continuously re-evaluates device trust signals and applies adaptive access policies that can restrict sensitive resource access to managed or compliant devices only.

MicrocosmWorks typically plans zero trust migrations in 3-6 month phases, starting with identity-centric controls and micro-segmentation of critical assets before expanding to full network coverage. For a mid-size enterprise with 500-2,000 employees, the complete transformation usually takes 12-18 months with development and consulting rates between $30-$50/hr.

The MicrocosmWorks blueprint implements granular micro-segmentation at the workload level, where every application, database, and service communicates through policy-enforced encrypted tunnels with mutual TLS authentication. Even if an attacker compromises one workload, they cannot discover or access adjacent systems because there is no implicit trust between any network segments.

Yes, MicrocosmWorks deploys identity-aware proxies and application connectors that sit in front of legacy applications, translating modern OIDC/SAML authentication into whatever the legacy system supports (NTLM, Kerberos, header-based auth). This approach brings legacy systems under zero trust policy enforcement without requiring any code changes to the existing applications.

MicrocosmWorks implements risk-based continuous authentication that evaluates behavioral biometrics, device signals, network context, and session anomalies silently in the background. Step-up authentication is only triggered when the risk score exceeds a configurable threshold, so legitimate users experience seamless access while suspicious sessions are challenged or terminated automatically.