Vivek, Artem share 7 cloud skills

Vivek and Artem Polynko used nearly identical X posts on May 23 to lay out what they described as the seven core skills cloud security engineers need if they want to move toward architect-level work. Their lists were practical rather than product-led: identity and access management, cloud networking security, logging and monitoring, infrastructure-as-code security, incident response in cloud, data protection, and automation and remediation. The framing was as notable as the list. Both posts argued that cloud security work is less about collecting tools than about controlling identity, reducing exposure, improving visibility, and automating response. That emphasis tracks with broader hiring and training material from industry groups and cloud providers that continue to place cloud security among the most in-demand technical capabilities in 2026. ### Why did two practitioners post the same seven-skill list? May 23 was the date attached to both posts, and the wording described the same progression path from hands-on cloud security engineering toward architecture roles. The overlap suggests a shared framework rather than a debate over priorities. Artem Polynko and Vivek both centered the list on operating fundamentals, not vendor-specific features. That matters because architect-track roles are usually judged on whether someone can design guardrails and operating models across environments, not just run one platform’s console. (isc2.org) ### Why does IAM come first on their list? Identity and access management led both versions of the framework, and that ordering matches how cloud attacks often unfold. In cloud environments, credentials, roles, trust relationships and over-broad permissions can expose control planes faster than traditional host compromise. AWS training material published in 2025 described cloud security career growth as increasingly tied to understanding access models, platform responsibilities and architectural controls across services. ISC2 said in an April 2026 research deep dive that cloud security remains a top skills need for employers. ### Why pair networking, logging and IaC in the same roadmap? Cloud networking security, logging and monitoring, and infrastructure-as-code security formed the middle of the list because they are the parts that show how a cloud environment is actually built and observed. VPC design, private endpoints, segmentation and routing decisions define exposure. Centralized logs and anomaly detection define whether defenders can see misuse. Terraform and other IaC controls define whether bad patterns are repeated at scale. (aws.amazon.com) AWS said cloud security roles increasingly require knowledge that crosses security, operations and architecture rather than sitting in a single silo. That is consistent with Vivek’s and Artem’s decision to group design, visibility and deployment discipline in one progression path. ### Why include incident response and data protection instead of more tools? Incident response in cloud and data protection were two of the seven items because senior roles are expected to handle failure as well as prevention. Cloud incident response usually means tracing identity abuse, API activity, storage access and control-plane changes. Data protection means encryption, key management and decisions about where sensitive data can move. Coursera’s cloud security engineer guide says the role already spans prevention, monitoring and response, while AWS training material describes architect-track progression as broader than a narrow defensive specialty. (aws.amazon.com) ### Why does the list end with automation and remediation? Automation and remediation closed both posts because engineers moving toward architecture are often expected to reduce manual security work. Auto-remediating misconfigurations, enforcing policy in code and shrinking response times are now standard expectations in larger cloud estates. The two posts’ main argument was that cloud security is an operating model built around identity, exposure, visibility and automation. (coursera.org) That is also how many employers now describe the field: not as a separate tooling stack, but as a layer across infrastructure, deployment and governance. ISC2’s April 2026 research said demand for cloud security capabilities continues to outstrip the available skills pool. May 23 is the key date for the posts themselves, and the next public reference point remains those X threads from VivekIntel and ArtemPolynko, where both accounts published the same seven-part framework. (isc2.org)