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Pluto Security
// Cyber Risk Management

Security Architecture Review USA

Identify design flaws before they become breaches. Pluto Security's security architecture review services assess your network, cloud, and application design against real attack scenarios.

// Overview

Why a Security Architecture Review Matters

A lot of security problems are not bugs, they are design decisions made years ago that nobody revisited. Flat networks, overly broad trust relationships, missing segmentation between production and development, or a cloud environment that grew faster than the security controls around it. These issues do not show up in a typical vulnerability scan, but they are often the reason a small compromise turns into a full-scale breach. PlutoSec's security architecture review services take a step back from individual vulnerabilities and look at how your systems, networks, and cloud environments are designed to work together, and whether that design actually limits an attacker's options if something goes wrong.

Review of network topology, segmentation, and trust boundaries between systems
Assessment of cloud architecture against AWS, Azure, and Google Cloud security best practices
Identity and access architecture review, including privilege separation and authentication flows
Data flow analysis to identify where sensitive data moves through your environment and how it is protected
Review against established frameworks including NIST, ISO 27001, and MITRE ATT&CK
// Why it matters

What an Architecture Review Helps You Avoid

1

Identify Critical Security Design Flaws

Catching design flaws that would otherwise only surface during a real incident

Assessment pipelineRUNNING
RAW SIGNALSMANUAL VALIDATIONPRIORITIZED RISKranked by real business impact
1.2kSIGNALS
18VALIDATED
2CRITICAL
proven, not just flagged
// Methodology

Our Security Architecture Review Process

We combine documentation review, technical discovery, and conversations with your engineering and IT teams to build an accurate picture of how your environment is actually structured, not just how it was designed to look on a diagram.

  1. 1

    We review existing network diagrams, cloud configurations, IAM policies, and any prior assessments to understand your current architecture

  2. 2

    Our team validates the documentation against the live environment, since architecture diagrams often do not match reality after years of changes

  3. 3

    We map likely attack paths through your architecture based on real-world tactics from MITRE ATT&CK and our own penetration testing experience

  4. 4

    We identify where the current design falls short of security best practices and where it creates unnecessary risk

  5. 5

    We deliver a prioritized set of architectural recommendations your team can implement in phases, with the highest-impact changes first

// Get started

Ready to Put Your Defenses to the Test?

Get a fixed-scope quote from the engineers who will actually run your test.

// What we deliver

What Our Architecture Review Covers

Network Architecture Review

Assessment of segmentation, firewall rules, and trust boundaries across your on-premise and hybrid environments

Cloud Architecture Review

Review of your AWS, Azure, or Google Cloud setup against the shared responsibility model and cloud security benchmarks

Identity Architecture Review

Assessment of how authentication, authorization, and privileged access are structured across your environment

Application Architecture Review

Review of how applications, APIs, and data stores interact, and where security controls sit in that flow

Remediation Roadmap

A phased plan that helps you prioritize architectural changes based on risk and business impact

// Why Pluto Security

Why Pluto Security for Security Architecture Review

Architecture Reviewed by People Who Actually Attack Systems

Most architecture reviews are done by people who design systems, which means they tend to review against best practice checklists. Our reviews are led by the same certified professionals who run our penetration testing engagements, so we bring an attacker's perspective to the design conversation. We are not just asking whether your architecture follows a framework, we are asking how an attacker would move through it if one control failed. That perspective, combined with credentials including OSCP, CISSP, and GIAC, means the recommendations we give you are grounded in how breaches actually happen, not just how documentation is supposed to look.

// FAQ

Questions,
Answered

Still unsure? Talk to an engineer.

// Get started

Find Your Gaps Before an Attacker Does

// a senior engineer replies within one business day