Phoenix Security is Now Phoenix security – contextual-based vulnerability prioritization from code to cloud.

AppSec Phoenix is now Phoenix Security

The evolution and reborn of the phoenix

We initially chose the phoenix as a symbol of renewal and reborn; the phoenix platform has evolved from appsec cloudsec complete endpoint management.

As our second year comes to a close, we decided to evolve the name as the platform has massively evolved from the original release in September 2022. With the imminent launch of V3 we wanted an evolved name to cover all the functionalities that the platform and us can do for our clients

Now that the platform covers all those areas identifying vulnerabilities from code to cloud, we thought it appropriate to evolve the name,

From Phoenix Security to Phoenix Security

From appsec Phoenix, we evolve into Phoenix security, a unified platform covering code to cloud with vulnerability prioritization and traceability of user fixing. 

We maintain the same philosophy of cyber risk quantification, risk-driven action and vulnerability prioritization.

Why phoenix security?

We choose phoenix security as a community experiment, including the domain name. 

Many voted across multiple platforms to make this name happen. 

We believe in the power of community, and what people love, so we let the community decide on the name. 

The world has changed.

Cloud and DevOps have shifted how applications and software are built. 

Open-source and no-code have changed the speed and time it takes to create software.

In the same way, the Cloud and Containers have changed how software is run. 

In all this landscape change, we are still trying to address vulnerabilities in the same antiquated ten-year-old method, with manual triage and manual assessment calls. What’s the result? Security teams are drowning in a sea of red/critical alerts that are un-contextualised and spending time arguing with businesses on all the problems that need to be solved. The business leaders don’t speak the vulnerability language and only understand risk and the money spent to reduce risk. 

Now is the time for a paradigm shift and to tear down the language barriers. 

Where you can find everything:

We choose a new name and domain in the .security domain space phoenix.security is our new home. We will maintain as well the appsecphoenix.com and securityphenix.com as secondary domains

Where can you find the resources

Demo: 

Whitepapers:

https://phoenix.security/whitepapers-resources/data-driven-vulnerability-management-are-sla-slo-dead/

The app will be reachable at

Securityphoenix.cloud  phenixsecurity.app

Support teams:

Support Slack: https://phoenixsec.slack.com/ 

Support e-mail support at phoenix.security

https://kb.phoenix.security/

Francesco is an internationally renowned public speaker, with multiple interviews in high-profile publications (eg. Forbes), and an author of numerous books and articles, who utilises his platform to evangelize the importance of Cloud security and cutting-edge technologies on a global scale.

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From our Blog

The journey of securing an organization’s application landscape varies dramatically, depending on where a company stands in its maturity. Early-stage startups with small security teams face challenges not only with vulnerabilities but also with scaling their security processes in line with their growth. On the flip side, established enterprises struggle with managing complex environments, prioritizing remediation, and dealing with vast amounts of vulnerabilities while staying ahead of sophisticated threats. For startups, the focus is clear—establish visibility and ensure core security practices are in place. Application Security Posture Management (ASPM) tools provide a straightforward, automated approach to detecting vulnerabilities and enforcing policies. These solutions help reduce risk quickly without overburdening small security teams. Mature organizations, on the other hand, are tackling a different set of problems. With the sheer number of vulnerabilities and an increasingly complicated threat landscape, enterprises need to fine-tune their approach. The goal shifts toward intelligent remediation, leveraging real-time threat intelligence and advanced risk prioritization. ASPM tools at this stage do more than just detect vulnerabilities—they provide context, enable proactive decision-making, and streamline the entire remediation process. The emergence of AI-assisted code generation has further complicated security in both environments. These tools, while speeding up development, are often responsible for introducing new vulnerabilities into applications at a faster pace than traditional methods. The challenge is clear: AI-generated code can hide flaws that are difficult to catch in the rush of innovation. Both startups and enterprises need to adjust their security posture to account for these new risks. ASPM platforms, like Phoenix Security, provide automated scanning of code before it hits production, ensuring that flaws don’t make it past the first line of defense. Meanwhile, organizations are also grappling with the backlog crisis in the National Vulnerability Database (NVD). A staggering number of CVEs remain unprocessed, leaving many businesses with limited data on which to base their patching decisions. While these delays leave companies vulnerable, Phoenix Security steps in by cross-referencing CVE data with known exploits and live threat intelligence, helping organizations stay ahead despite the lag in official vulnerability reporting. Whether just starting their security program or managing a complex infrastructure, organizations need a toolset that adapts with them. Phoenix Security enables businesses of any size to prioritize vulnerabilities based on actual risk, not just theoretical impact, helping security teams navigate the evolving threat landscape with speed and accuracy.
Francesco Cipollone
The cybersecurity world is reeling as MITRE’s funding for the CVE and NVD systems expires, disrupting the backbone of global vulnerability management. As traditional sources like the National Vulnerability Database collapse under funding cuts and submission backlogs, security teams face delays, incomplete data, and loss of automation in remediation pipelines. This isn’t just a data problem—it’s a structural crisis for application security and vulnerability correlation. In this landscape of uncertainty, Phoenix Security’s ASPM platform steps up with a code-to-cloud correlation engine that doesn’t depend on outdated data workflows. By connecting code-level insights (including tools like Semgrep) to runtime and cloud environments, Phoenix enables faster, context-aware vulnerability remediation—even as NVD and CVE pipelines deteriorate. This article dives into the implications of the CVE shutdown and how Phoenix Security is helping security and development teams transition to a resilient, correlation-first approach to cybersecurity.
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Learn how to predict ransomware risks and vulnerability exploitation using a threat-centric approach. Explore data-driven insights, verified exploit trends, and methods for assessing the likelihood of attacks with key references to CISA KEV, EPSS, and Phoenix Security’s 4D Risk Formula.
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Remote Code Execution flaws continue to undermine Kubernetes ingress integrity. IngressNightmare (CVE-2025-1097, CVE-2025-1098, CVE-2025-24514, CVE-2025-1974) showcases severe threat vectors in NGINX-based proxies, leading to cluster-wide exposure. ASPM, robust remediation tactics, and strong application security solutions—like Phoenix Security—mitigate these vulnerabilities before ransomware groups exploit them.
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Remote Code Execution flaws continue to undermine Kubernetes ingress integrity. IngressNightmare (CVE-2025-1097, CVE-2025-1098, CVE-2025-24514, CVE-2025-1974) showcases severe threat vectors in NGINX-based proxies, leading to cluster-wide exposure. ASPM, robust remediation tactics, and strong application security solutions—like Phoenix Security—mitigate these vulnerabilities before ransomware groups exploit them.
Francesco Cipollone
The recent Google acquisition of Wiz for $32 billion has sent shockwaves through the cybersecurity industry, particularly in the realm of Application Security Posture Management (ASPM). This monumental deal highlights the critical importance of cloud security and the growing demand for robust ASPM solutions. While the acquisition promises potential benefits for Google Cloud users, it also raises concerns about vendor lock-in and the future of cloud-agnostic security. Explore the implications of this acquisition and discover how neutral ASPM solutions like Phoenix Security can bridge the gap in multi-cloud environments, ensuring continuous, collaborative, and comprehensive security from code to cloud.” – Find Assets/Vulns by Scanner – Detailed findings Location information Risk-based Posture Management – Risk and Risk Magnitude for Assets – Filter assets and vulnerabilities by source scanner Integrations – BurpSuite XML Import – Assessment Import API Other Improvements – Improved multi-selection in filters – New CVSS Score column in Vulnerabilities
Alfonso Eusebio
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