Ziad Ghalleb is a Technical Product Marketing Manager at Wiz, specializing in application security posture management and developer security. With over five years of experience in IT, Ziad has honed his expertise in developer tools, automation, and security, working with organizations in the secrets management and NHI security sectors. Outside work, you can find Ziad skateboarding in the streets of Paris and exploring its record stores!
Security as Code (SaC) is a methodology that integrates security measures directly into the software development process. It involves codifying security policies and decisions, and automating security checks, tests, and gates within the DevOps pipeline.
Web application security is the practice of protecting against common web app vulnerabilities that can lead to unauthorized access, misuse, data exposure, and service interruption.
In this Academy article, we'll dig into SAST and DAST security testing methods, exploring how they work and their core aspects
L'analyse de code sécurisée (ou revue de code) consiste à évaluer le code source pour identifier les failles de sécurité et les problèmes de qualité potentiels.
Regardez comment Wiz transforme la visibilité instantanée en une remédiation rapide.
L’analyse statique du code détecte les vulnérabilités sans exécuter le code. Découvrez les outils SAST et leur rôle en DevSecOps.
GenAI appsec tools secure the full AI application stack, from model infrastructure and guardrails to agents, tools, and training data.
La sécurité du code, également connue sous le nom de codage sécurisé, fait référence aux pratiques, méthodologies et outils conçus pour garantir que le code écrit pour les applications et les systèmes est protégé contre les vulnérabilités et les menaces.
Le policy as code (PaC) consiste à utiliser du code pour définir, automatiser, appliquer et gérer les politiques qui régissent le fonctionnement des environnements cloud-native et de leurs ressources.
Le SSDF du NIST est une approche structurée offrant des directives pour intégrer la sécurité tout au long du cycle de vie du développement logiciel (SDLC).
Le test de sécurité statique des applications (SAST) est une méthode permettant d’identifier les vulnérabilités de sécurité dans le code source, le bytecode ou le code binaire d’une application avant que le logiciel ne soit déployé ou exécuté.
Le codage sécurisé s’attaque rapidement aux vulnérabilités telles que les XSS et les fuites de mémoire, ce qui renforce la résilience des logiciels et réduit les risques.
Explore the top OSS application security tools of 2026. Compare their features, benefits, and use cases to secure your apps and streamline DevSecOps workflows.
Le SAST (Static Application Security Testing) analyse le code source personnalisé pour identifier les vulnérabilités de sécurité potentielles, tandis que le SCA (Software Composition Analysis) se concentre sur l'évaluation des composants tiers et open source pour les vulnérabilités connues et la conformité aux licences.
While DevOps delineates collaboration and automation practices that emphasize infrastructure provisioning and continuous monitoring, GitOps extends its concepts by employing Git as the single source of truth for both application and infrastructure settings.
The best Infrastructure as Code (IaC) tools, curated by use case and categorized into CSP-specific and CSP-neutral providers.
A buffer overflow is a memory corruption vulnerability that allows threat actors to execute malicious code and take control of a program
Open-source security is the collection of tools and processes used to secure and manage the lifecycle of open-source software (OSS) and dependencies from development to production.
Snyk is a development security platform that supports risk identification and remediation across the application lifecycle. While it’s a capable tool for developer-centric use cases, there are crucial limitations when it comes to broader cloud security.
Application security controls are technology-independent collections of policies, procedures, and standards to secure software, devices, users, network, and data.
Application security testing (AST) is a set of processes designed to detect and address security gaps during the early phases of the software development lifecycle (SDLC). In other words, teams take steps in pre-production to identify and mitigate risks before applications are released into operational environments.
Code vulnerabilities are weaknesses in software that attackers can exploit, potentially compromising security.
La sécurité des applications fait référence à la pratique consistant à identifier, atténuer et protéger les applications contre les vulnérabilités et les menaces tout au long de leur cycle de vie, y compris la conception, le développement, le déploiement et la maintenance.
Application detection and response (ADR) is an approach to application security that centers on identifying and mitigating threats at the application layer.
Source code security refers to the practice of protecting and securing the source code of an application from vulnerabilities, threats, and unauthorized access.
SecDevOps is essentially DevOps with an emphasis on moving security further left. DevOps involves both the development team and the operations team in one process to improve deployment performance and service customers faster.
Secrets detection is the process of identifying and managing sensitive information like API keys, passwords, and tokens within codebases to prevent unauthorized access and data breaches.
How Wiz helps organizations adopt an AI Operating Model for AI Threat Readiness
Providing Application Security teams with visibility and guardrails to secure agentic software development and the modern software supply chain
Threat actors have moved upstream, and while security teams have focused on the code developers write, the systems that build and deliver that code have remained a blind spot.
Learn how Wiz is fundamentally changing AppSec by using the Security Graph to connect validated runtime vulnerabilities directly back to source code. Stop chasing alerts and fix what’s truly exploitable.
See every risk, from the first line of code to what’s running in production. No resource tagging. No CI/CD hacks. Just automatic, reliable traceability both developers and security teams can act on.
Wiz closes the loop on exposed secrets with blast radius context, ownership intelligence, and actionable, AI-powered fixes.
Learn how Wiz for ASPM extends security to developer infrastructure by continuously enforcing secure defaults and detecting threats across the software supply chain.
Wiz Code helps developers integrate security into their workflow, with real-time guidance from code to cloud. Reduce last-minute fixes. Build with confidence.
Secure your code and the entire development pipeline with the Wiz Security Graph, comprehensive configuration checks, and advanced code scanning.
Learn how Wiz's latest feature identifies outdated EKS clusters, helping organizations save millions on cloud spend. Find out how to optimize costs and reinvest savings in strategic initiatives.
