Compliance is not optional. It is foundational.
Security applied across the five areas of the AWS model: identity, detection, infrastructure protection, data protection and incident response.
Cloud security rarely fails because of a sophisticated attack. It fails because of an exposed bucket, a long-lived credential forgotten in a repository, an IAM policy with broad permission granted in a hurry and never reviewed. The work that matters is less about buying tools and more about closing those gaps in a systematic, verifiable way.
AWS organizes security into five areas: identity and access management, detection, infrastructure protection, data protection and incident response. Each area has its own services, and a mature posture covers all of them. Covering three of the five and calling security done is the pattern we find most often when taking over an environment.
The AWS Security Reference Architecture proposes layered defense on top of a multi-account organization, with a Security Tooling account receiving delegated administration of the security services. That centralizes monitoring and guardrails without depending on manual configuration account by account: every new account is born inside the policy.
If two or more of these scenarios sound familiar, it is worth a conversation.
Initial assessment at no cost
The exact composition depends on your environment and on the requirements identified during the assessment. This is the baseline we work from for this solution.
Access control to services and resources with least privilege
Federated access with single sign-on, removing long-lived local credentials
Continuous threat detection from logs, DNS and network behavior
Consolidation of findings and assessment against recognized security standards
Continuous vulnerability scanning of workloads and container images
Incident investigation with automatic event correlation
Audit trail of API calls, the basis of any forensic investigation
Configuration recording and compliance evaluation against defined rules
Cryptographic key management for data at rest and in transit
Discovery and classification of sensitive data stored in Amazon S3
Web application protection and network traffic inspection
Orchestration of automated response driven by security events
We review the existing configuration across the five security areas and produce an inventory of findings classified by severity and remediation effort.
We move to federated access through IAM Identity Center, eliminate long-lived credentials and review policies for least privilege. Identity is the new perimeter.
We turn on GuardDuty, Security Hub, Config and Inspector with delegated administration, and define who responds to each type of finding. A tool switched on without an owner is not detection.
We classify sensitive data with Macie, apply encryption with keys managed in KMS and review access policies for buckets and databases.
We write playbooks per incident type, automate containment where it is safe to do so and exercise the scenarios with your team.
We establish a review cadence, compliance reports and tracking of how findings decrease over time.
Downward trend of high and critical severity findings in Security Hub
Number of remaining static access keys, with zero as the target
Share of accounts and regions with detection services active
Interval between detection and effective containment
Market references documented by AWS itself in equivalent scenarios. Each card links to the original story published on the AWS site.
The bank built a secure framework for digital assets using AWS Nitro Enclaves, which creates isolated compute environments to process highly sensitive data.
Published result
Case published by AWS on isolation architecture for digital assets in a regulated environment.
Migration program in which improving the security posture was treated as an expected outcome from the design stage, alongside cost and disaster recovery.
Published result
AWS reports improvement in the security capabilities of the company.
The cases above are customer stories published by Amazon Web Services. The results cited belong to the companies mentioned and serve as a reference for what is technically achievable on AWS. They do not represent results delivered by Núvoli, nor a guarantee of equivalent performance, since every environment has its own context.
Our approach is not opinion. It follows guidance documented by AWS, and you can check the source yourself.
The first step is an assessment of your current setup, at no cost and with no commitment. You come out of it with risks mapped and priorities defined, even if you decide not to move forward with Núvoli.
