Categoria: Revisões de Ferramentas

For Terraform and CloudFormation in pt_BR environments, start with Checkov as your main open-source IaC security scanner, add tfsec for Terraform-heavy stacks, and cfn-nag for CloudFormation-focused projects. Combine them with pre-commit hooks and CI pipelines so every pull request gets a fast, consistent static security review of your infrastructure code. Executive snapshot: immediate verdicts for…

Automating security for Infrastructure as Code means every Terraform and CloudFormation change is scanned, checked against policies, and blocked or approved automatically in CI/CD. You define security rules as code, run a scanner on each pull request, fail builds on violations, and provide developers with clear remediation steps directly in their workflow. Security automation snapshot…

Secure virtual networking in cloud means designing VPC/VNet layouts that isolate tenants and environments, using strict subnet zoning, least-privilege routing, layered firewalls, and microsegmentation to control east-west traffic. For pt_BR teams, focus on simple patterns: clear IP plans, default deny policies, minimal public exposure, and automated, auditable rules. Security snapshot: core VPC/VNet controls Use separate…

CWPP selection in pt_BR environments should start from workload reality: mix of VMs, containers and managed PaaS across at least one hyperscaler. Compare deep runtime protection, cloud-native integrations, and total operational effort, then run a focused cwpp software avaliação e cases de uso pilot before any large multi‑year contract. Executive summary: how CWPP platforms differ…

To build a secure DevSecOps pipeline for cloud-native applications, start by designing your CI/CD around security stages, then integrate automated SAST, DAST and SCA in continuous integration, add shift-left tests in developer workflows, enforce policy-as-code in delivery, and monitor runtime in Kubernetes or serverless across AWS, Azure or other clouds. Security milestones overview for a…

Por que grandes incidentes em cloud mudaram de figura Nos primeiros anos da computação em nuvem, a maior dúvida das empresas era quase filosófica: “posso confiar meus dados a alguém que não vejo e não controlo fisicamente?”. Hoje o cenário é outro. A nuvem venceu essa discussão, mas as manchetes de notícias sobre vazamento de…

Alining cloud, regulation and security in 2026 sounds scary, but it doesn’t have to be. If you treat LGPD, GDPR and ISO 27001 as design constraints from day zero of your cloud journey, they actually simplify a lot of architectural decisions instead of blocking everything. Why compliance and cloud native are fighting the wrong battle…

APIs are the new perimeter, and in 2026 that perimeter mostly lives in the cloud. Microservices, serverless, public SDKs, partner integrations, AI plugins – all of them talk over HTTP, often directly exposed to the Internet. If a few years ago you could “hide” behind a WAF and some IP whitelists, now segurança de apis…

Por que erros de configuração continuam explodindo na segurança cloud Over the last three years, cloud breaches caused by bad configuration have stopped being an exception and become the norm. Verizon’s Data Breach Investigations Reports from 2022 to 2024 consistently show configuration mistakes and other “error” actions as one of the top causes of cloud…

Por que incidentes em cloud hoje são um jogo totalmente diferente Se você trabalha com segurança ou está começando a montar um SOC, já percebeu: incidentes em cloud não se parecem em nada com aquele velho modelo de “firewall + antivírus + SIEM on‑premise”. Hoje, um vazamento de credenciais no GitHub, um token exposto em…