Security Architecture Engineering
Replace fragile perimeter assumptions with mathematical zero-trust principles. We engineer high-performance, fault-tolerant security backbones for Fortune 500 enterprises.
A resilient architecture accepts that endpoints and network perimeters will be breached. By enforcing continuous cryptographic workload attestation, ephemeral mutual TLS, and software-defined microsegmentation, we ensure that an adversary who gains a foothold inside a DMZ pod is completely trapped with zero lateral movement paths.
Zero Trust Core Topologies
Continuous verification of every device, workload, and human session with mutual TLS and cryptographic identity attestation (SPIFFE/SPIRE standards).
Software-Defined Microsegmentation
Granular network isolation that limits lateral movement and restricts breach blast radius to isolated computational enclaves with zero shared trust.
Identity & Access Management (IAM)
Universal passwordless authentication, FIDO2 biometric integration, ephemeral credential issuance, and just-in-time privilege elevation.
Resilient Disaster Recovery
Immutable, air-gapped backup architectures capable of full enterprise restoration following catastrophic ransomware incidents with verified recovery time objectives (RTO).
Share your goal — let's engineer the solution.
Whether evaluating sovereign data posture, preparing for complex regulatory audits, or re-architecting enterprise infrastructure around mathematical zero-trust principles, our principal security architects provide objective, actionable guidance.
We operate with strict executive confidentiality. Initial consultation sessions are conducted under mutual NDA, providing deep technical insight without sales pressure or generic templates.
New York, NY 10007
+1 (800) 482-9174
London EC3A 8EP, UK
+44 20 7946 0892
24/7 Threat Operations: support@rivialdatasecurity.org