Fewer Exploitable Paths
Design decisions close identity, network, and data shortcuts attackers rely on.
Controls work best when they’re designed in, not bolted on. This review analyzes how your system actually works—entry points, trust boundaries, data classifications, workload identities, and the assumptions teams rely on during failure. We trace credible attack paths (identity abuse, lateral movement via services, misused secrets, noisy/quiet exfil routes) and show where small architecture choices create big risk. The emphasis is on defense-in-depth that developers and operators can run: sane identity models, least-privilege access, segmentation that follows the app, and data protections that fit performance and reliability needs.
We also make architecture operational. That means reference patterns your engineers recognize, IaC guardrails that prevent drift, and validation steps tied to CI/CD and cloud policy. You’ll see which decisions pay off immediately (e.g., private connectivity, managed identities, egress controls) and which deserve a phased redesign. The outcome is a design that resists abuse, supports incident response, and scales without reinventing security for every new service.
Design decisions close identity, network, and data shortcuts attackers rely on.
Reference patterns and policy-as-code that fit CI/CD and cloud realities.
Managed identities replace long-lived secrets across services and automation.
Segmentation and private access shrink blast radius without breaking flows.
Validation in pipelines and evidence packs show the design actually holds.
Clear boundaries and telemetry make detection and response more effective.