The challenge behind the engagement.
Hardening turns a findings list into changes made and proven. Each finding becomes a change with an owner, a target state, a rollback, and a way to evidence it, ordered by blast radius. The broadest guardrails come first: the organization-wide policies that keep accounts inside your control, keep logging switched on, and refuse unsafe network and data access. Baseline enforcement follows, then individual resource fixes across encryption, network exposure, metadata protection, private connectivity, and container settings. We stage the broad guardrails in an isolated scope or in report-only mode first, watch for anything they would wrongly block, and deliver the fixes as reviewed change requests your engineers approve. You receive the change list, the guardrail set, and the evidence pack, and you can pause at any step.
For platform teams that already have a findings list, from our review, an auditor, or a native posture service, and need the changes made without breaking workloads. Typical triggers: a remediation deadline before a SOC 2 or CMMC assessment, or a merger that brought in a second cloud environment to govern.
What we do.
What you can use.
Turn findings into a staged change list
We take your findings register or agreed baseline and write one change per item with an owner, a target state, a rollback, and how it will be evidenced. You choose the model: a time-boxed access grant under your change process with full logging, or pair-working where your engineer applies each change while we guide and capture evidence.
Stage guardrails before resource fixes
The broadest controls go first and are staged the way the platform recommends: applied to an isolated scope before the whole environment, or run in report-only mode before they start enforcing, with broad allow rules never removed until a replacement is in place. We watch for anything wrongly blocked before promoting, then individual resource fixes follow as reviewed change requests your engineers approve.
Prove each change with evidence
Every change closes with the failing check, the commit or ticket reference, the passing check, and the date. At the end we re-run the benchmark and hand over the delta. With it come the guardrail definitions with a rationale for each rule, an exceptions runbook, and the evidence pack your auditor will ask for.
Who it’s for.
When you need it.
- Platform teams holding a findings list from a review, an auditor, or a native posture service
- Organizations that need configuration changes made without breaking running workloads
- Teams that want fixes kept as their own reusable configuration, not one-off manual edits
- Groups standardizing guardrails across many accounts or environments at once
- A remediation deadline falls before a SOC 2, PCI DSS, or CMMC assessment
- A merger or acquisition added a second cloud environment to govern
- Findings keep reappearing because nothing enforces the baseline at the top of the environment
- Leadership approved closing known misconfigurations but engineers lack the bandwidth to do it safely
What the scope can include.
- 01
Preventive guardrails written and staged, such as keeping accounts inside your control, keeping logging on, and refusing public exposure
- 02
Detective controls enabled centrally so every account is monitored from one place under a single administrator
- 03
Resource fixes across storage and data policies, encryption keys, network exposure, metadata protection, and private connectivity
- 04
Container platform hardening: workload isolation, access cleanup, network policy, and a private control plane
- 05
Logging and encryption brought to a defined end state: central audit collection, data-access logging on, and key rotation
- 06
A closing benchmark re-run and per-change evidence: failing check, change record, passing check, and date
What it typically costs.
One rate: $150/hour.
Every engagement is priced by the hours it takes at one flat rate, with scoping, the work, and the final deliverables included. Find the size closest to yours.
Close the findings in one cloud account, a few dozen changes
About 40–80 hoursOrganization-wide guardrails plus fixes across several accounts
About 100–180 hoursStaged rollout across dozens of accounts or two providers, many change windows
About 200–360 hours- Number of findings and accounts to fix
- Whether changes are kept as reusable configuration code or made by hand
- How many change windows and approvals your team requires
- Risk of breaking running workloads, which slows staging
2–4 weeks for a single account; 6–12 weeks for a large estate, paced by your change windows
Get a fixed quote for your scopeRanges are planning estimates at $150/hour, not a quote. Your price is confirmed in writing after a scoping call, before any work begins.
What you take forward.
- Change list with status, owner, and rollback for every finding, plus reviewed configuration changes your team keeps
- Guardrail set with a rationale for each rule, ready to apply across your accounts and environments
- Exceptions runbook covering approved deviations, break-glass paths, and how to request a new exception
- Evidence pack per change and a closing benchmark re-run showing the delta against the opening run
Final coverage, deliverables, timing, and any retesting or implementation work are confirmed before the engagement begins.
Before we get started.
Could a guardrail lock us out of our own accounts?
It can if applied to the whole environment in one step, which is why we do not. Broad guardrails are staged on an isolated scope first, then a non-production one, with logs watched for anything wrongly blocked before we promote them. Enforcement runs in report-only mode before it starts denying. We never bind the accounts and system roles that must stay reachable, and we check what each policy leaves uncovered before it goes in. Every change has a written rollback and a named approver, and you can stop the rollout at any step.
Will you make the changes, or tell us what to change?
Either, and we agree which before work starts. Most clients prefer pair-working: your engineer holds the access, applies each change from the reviewed request or documented steps, and we guide and capture evidence. Where you want us to apply changes, we work from a scoped, time-boxed access grant under your change process with full logging. Either way the fixes live in your own configuration repositories, so you keep them after we leave. Hardening to a benchmark does not by itself make you SOC 2, PCI DSS, or CMMC compliant; that judgment belongs to your assessor.
- CIS Critical Security Controls Version 8.1
- CIS Amazon Web Services Benchmarks
- Security Pillar - AWS Well-Architected Framework
- The AWS Security Reference Architecture
- Overview of the Microsoft cloud security benchmark v2 (preview)
- What is an Azure landing zone? - Cloud Adoption Framework
- Enterprise foundations blueprint | Cloud Architecture Center