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Most cloud breaches are a setting. Get the settings right.

Secure-by-default landing zones, identity, encryption and posture management built into the cloud foundation.

Let's Build Together

One call with a senior engineer. A straight answer on what it would take.

Illustration: Cloud security architecture

Where you are. Where you’ll be.

You need this if

  • Developers have admin rights in production accounts
  • You've found a public storage bucket that shouldn't be
  • Cloud security reviews happen after launch

What changes for your business

  • Risky configurations blocked before they deploy
  • Least-privilege access without slowing teams
  • Continuous evidence of a secure posture for auditors

What we hand over

  1. Secure landing zone and guardrail design
  2. Cloud IAM and least-privilege role architecture
  3. Encryption and key management standards
  4. Continuous posture monitoring and remediation

What it is

Cloud security architecture is the design of accounts, identities, networks, encryption and guardrails that keeps a cloud estate secure by default. Its main job is preventing misconfiguration, such as public storage, over-permissioned roles and exposed keys, which causes more cloud breaches than sophisticated attacks.

Public buckets, over-permissioned roles and exposed keys cause more cloud incidents than sophisticated attacks. We design the foundation so the secure option is the default one: guardrails that block risky configurations, least-privilege roles, encryption everywhere and continuous posture checks that alert before a misconfiguration becomes a headline.

Why now
29% of IaaS and PaaS spend is wasted, the first rise in five years. Flexera State of the Cloud, 2026 (opens in a new tab)
Last reviewed

How it runs

  1. 01

    Diagnose

    Typically 2–4 weeks

    We map the problem, your data and your systems, and agree the one number that defines success.

  2. 02

    Prove

    Typically 4–8 weeks

    A working pilot on your real data, measured against that number. Not a slide demo.

  3. 03

    Ship

    Scoped to the outcome

    Production build with security, monitoring, cost controls and documentation included, not upsold.

  4. 04

    Run

    Ongoing, optional

    We operate what we built against clear service levels, or train your team to. Your call. No lock-in.

Questions you’ll ask

What causes most cloud security incidents?
Misconfiguration far more often than sophisticated attacks: storage left public, roles with more permission than needed, keys committed to code. Guardrails that make those mistakes impossible prevent most of them.
Won't guardrails slow our developers down?
Well-designed ones speed them up. Developers get pre-approved patterns that deploy without a security review, and only genuinely risky changes get blocked, with a clear message about why.
Do you fix existing misconfigurations or only design new ones?
Both. We scan the current estate, fix critical exposures first, then put guardrails in place so the same mistakes can't come back.

Sound familiar? Let’s fix it.

One call with a senior engineer. You’ll leave with a straight answer on what it would take.

Let's Build Together

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