Security Architecture Review
We assess existing and proposed architectures to identify insecure trust assumptions, exposed interfaces, weak segmentation, excessive privilege and other design conditions that can create exploitable attack paths.
Get in touch →Build security into systems before weaknesses become attack paths.
We design and review security architectures across applications, platforms and enterprise environments, then help translate those designs into practical controls. Our work considers trust boundaries, data flows, identities, integrations and realistic attacker paths so security decisions remain effective when systems move from diagrams into production.
We assess existing and proposed architectures to identify insecure trust assumptions, exposed interfaces, weak segmentation, excessive privilege and other design conditions that can create exploitable attack paths.
We analyse assets, trust boundaries, data flows and likely attacker behaviors to identify security requirements early and prioritize controls around realistic threats rather than generic checklists.
We define practical preventive, detective and response controls across identity, network, endpoint, application and cloud layers, with clear consideration for how those controls interact.
Where required, we move beyond design recommendations and support implementation, configuration and integration of security controls within the target environment.
We identify opportunities to reduce attack surface, strengthen isolation, remove unnecessary trust and improve resilience without introducing controls that are impractical to operate.
We validate important assumptions and implemented controls through technical review, configuration assessment and, where appropriate, attacker-informed testing to confirm that the architecture behaves as intended.
We combine architecture analysis with an attacker-informed view of how systems can actually be abused. Recommendations are designed around the organization's technology and operational constraints, not an idealized reference architecture.
The goal is secure architecture that survives implementation: clearly defined trust, defensible attack paths, practical controls and security decisions that remain effective as the environment evolves.