Search results for: 'Radar Support Frost Radar: Low-Code Application Platforms'

Modern cloud-native security requires a paradigm shift to a shift-left model to protect applications by moving security closer to identified dynamic workloads and applications based on attributes and metadata, such as labels and tags. It requires early security integration and throughout the ADLC (instead of injecting security into later life cycle...

The widespread adoption of containers and Kubernetes has made cloud-native applications the cornerstone of many business operations. While they enable rapid application development and delivery, their nature to scale up and disappear in seconds is beyond the static, monolithic applications that traditional monitoring tools were built for. This crea...

Cloud adoption globally continues to expand the enterprise attack surface, making cloud risk more dynamic, distributed, and operationally complex than earlier posture-centric models assumed. Modern cloud-native security needs more than a traditional shift-left approach that requires early security integration throughout the application development ...

Application environments are becoming more complex as organizations adopt cloud-native architectures, microservices, API-driven applications, and distributed engineering practices. This has led to fragmented security workflows, duplicated findings across tools, and limited visibility into how risks evolve across the software development lifecycle. ...

The risk intelligence industry is undergoing rapid transformation as organizations seek more holistic, data‑driven visibility into geopolitical, physical security, cyber, supply chain, and compliance risks. This Frost Radar analysis evaluates leading vendors that deliver comprehensive risk intelligence platforms, assessing their innovation strategi...

The dynamic threat environment has made it difficult for enterprises to continuously validate whether their infrastructure and security controls remain effective. This is because traditional assessment methods, such as annual penetration tests, compliance audits, and vulnerability scanning, were not designed to address identity sprawl, threat compl...

Cyber adversaries use a combination of sophisticated technologies to launch advanced and targeted attacks against organizations. As a result, organizations must proactively identify security blind spots to prevent major damage. At the same time, security control validation takes time when organizations resort to traditional penetration testing,...

The rapid proliferation of SaaS applications has outpaced many organizations’ ability to maintain visibility and control, exposing critical security gaps and increasing the risk of data breaches due to insufficient SaaS-specific protections. This has accelerated growth in SaaS security posture management (SSPM) solutions that feature broad, pre-bui...

Cloud computing has become a pivotal element in the modern business paradigm, offering diverse cloud models and services that streamline IT infrastructure and drive digital transformation. The transition to cloud computing introduces a huge number of new cyber risks and attack vectors, leaving organizations susceptible to a variety of cybersecurity...