Phoenix Security - AI Security Governance Control

Security from generation to remediation.

Phoenix Security connects code to runtime, auto-assigns ownership, prioritizes reachable exposure, and uses AI agents to drive opt-in fixes and remediation campaigns - at scale, with humans in control.

Full asset attribution (ClearBank) • Critical vulnerabilities reduced within weeks (Bazaarvoice) • 78% reduced container and SCA noise (Ad-tech)

THE PROBLEM

Modern Software Building Is Changing Rapidly: Business, Security, And Engineering must Align to Survive

Business

Business sets goals, but can’t see progress

Risk is measured at the board level, but disconnected from actual fixes

Security

Security prioritizes, but can’t execute

Too many findings.
No ownership, no clear remediation path

This is the gap Phoenix is built to close

Prioritization without attribution & remediation is just a nicer spreadsheet.

Engineering

Engineering wants fixes not vulnerability lists

Tickets arrive without context
Effort doesn’t map to real risk redu

Trusted by over

380 companies

SOLUTION FRAMEWORK

The 3 pillars of remediation at scale

Phoenix Security turns high-effort vulnerability work into concrete remediation actions - across code, containers, cloud & runtime.

CISO Objective:

be in control of application risk — from generation to remediation.

Ownership Attribution

Maintain a living ownership graph so every issue routes to the right team, repo, and service—not a shared queue.

Who owns what?

Exposure-Based Prioritization

Prioritize what’s deployed, running, and reachable—enriched with threat intel and business context.

Why does it matter?

Agentic Remediation

AI agents generate minimum-impact fix plans and can open opt-in PRs, run campaigns, and measure risk reduction.

How do we fix it?

PLATFORM WORKFLOW

How Phoenix Security works

Ingest

Attribute

Enrich

Fix

Ingest

Attribute

Enrich

Fix

Platform Overview

From vulnerability noise to shipped fix — automatically.

Phoenix ingests findings from every source, attributes ownership, prioritizes real exposure, and ships remediation — with AI agents and humans in control at every step.

Scan / Ingest

Attribute

Prioritize / Deduplicate

Auto Triage

Remediate

40M

920

420

300

1. Scan / Ingest

Ingest or scan code, SCA, cloud, containers, and augment with development context and runtime context, containers, cloud, runtime, and AI-generated code into one normalized model — deduped and traceable from repo to deployment. Scan with AI to find with full context, trace dependencies, and find toxic combinations in code.

320+ sources. One attack surface.

2. Attribute Ownership

Auto-assign ownership using a living graph that stays accurate as systems and orgs change. Map assets to teams, repos, services, and programmatically embed the configuration in code with Phoenix PYRUS code CMDB.

Every finding has an owner.

3. Prioritize Real Exposure

Validate real exploitability with agentic runtime reachability, threat intel, and business context. Remove noise from non-running assets. Focus on what's actually deployed and reachable — not scanner severity labels.

Reachable exposure only.

4. Auto Triage

Triage Code, Container, Cloud, prioritizing a real, validated exploit. Phoenix Security (phoenix purple) minimizes false positives with 20% more accurate detection than Claude and 30% more accurate than Codex, focusing exclusively on real vulnerabilities with verified exploits. This is achieved by combining deep taint graph analysis with our multi-pass agentic verification pipeline. The result is a definitive list of risks—validated by Exploit Developer AI personas—that are genuinely reachable and exploitable in your codebase.

Only real vulnerabilities are identified.

5. Plan & Ship Fixes

Remediate Code, Cloud Critical findings with AI agents proposing the best path to remediation and triage like a security engineer, code augmented with cloud context, open PRs automatically, and run campaigns across thousands of repos — with human approval at every step.

Fixes shipped, not tickets filed.

Scan / Ingest

40M

1. Scan / Ingest

Unify findings from SAST, SCA, containers, cloud, runtime, and AI-generated code into one normalized model — deduped and traceable from repo to deployment.

320+ sources. One dataset.

Attribute

10 M

2. Attribute Ownership

Auto-assign ownership using a living graph that stays accurate as systems and orgs change. Map assets to teams, repos, services, and on-call.

Every finding has an owner.

Prioritize / Deduplicate

3. Prioritize Real Exposure

Validate exploitability with runtime reachability, threat intel, and business context. Focus on what's actually deployed and reachable.

Reachable exposure only.

Auto Triage

300

4. Auto Triage

AI-powered triage removes false positives, enriches context, and routes findings to the right team — automatically.

Signal over noise.

Remediate

5. Plan & Ship Fixes

AI agents propose minimum-impact fix plans, open opt-in PRs, and run campaigns across thousands of repos — with human approval at every step.

Fixes shipped, not tickets filed.

Testimonials

Trusted by teams who measure outcomes

Not “better dashboards” - measurable reduction in critical exposure and time-to-remediation.

Phoenix Security has enabled our engineering teams to address vulnerabilities faster by providing a single pane of glass to their security risk
Read a case study

Tom LingSecurity Engineer ClearBank

Cybersecurity is complex. Combining CSPM and ASPM together provides a complete view, helping to prioritise threats effectively.
Read a case study

Neil ReedPrincipal Security Engineer ClearBank

Ciso and engineers don’t align easily on software security. Phoenix connect CISO and engineer on same risk objectives.
Read a case study

Jim NewmanCISO at Capco

With Phoenix I can keep track of the development team’s performance and discuss with the product owners in terms of risks

Robbie TyreHead of Application Security @FNZ

DevSecOps programs are struggling to keep up with the sheer number of vulnerabilities across multiple build pipelines. Phoenix allows us to focus on the exploitable items first

Chris RomeoCo-Founder Security Journey

With Phoenix Security i can see the full stack for vulnerabilities in my application/codebase and where i deploy them. High performing but niche team can leverage phoenix to reach effectively to all developers in the organization in an efficient way

Sean TurnerCISO at Twinstake

Five Products. One Platform.

Composable security coverage across your entire software lifecycle. Deploy what you need, when you need it.

Orange Live

Unified Vulnerability Management

Mission control for your attack surface.

Ingest from 30+ scanners (Snyk, Wiz, Qualys, Prisma)
Reachability analysis — 78% noise reduction
Container lineage — 98% vuln reduction
Board-level risk reporting across 10 categories

Purple Alpha

Agentic Code Analyzer

The surgeon. Full-context, graph-powered code security.

Knowledge-graph AI SAST with 10X token reduction
Multi-repo analysis with cross-repo correlation
Triple-pass exploit verification (Hunt → Judge → Verify)
Pipelineless PR scanning with full repo context

Blue Alpha → Beta

Threat Intel & Supply Chain Firewall

Intelligence that blocks before damage is done.

300K+ CVE records, 6 proprietary scoring systems
MPI v3.1: 52-signal malware detection across 12 ecosystems
Supply Chain Firewall enforces at npm/pip install time
0-Day detection before CVE assignment

Green Beta

Agentic Remediation

From finding to fix in a pull request.

AI-generated verified fixes pushed as PRs
Holistic upgrade plans for SCA dependencies
Direct vs transitive dependency analysis
98% container vuln reduction proven

Red Vision

Agentic Red Teaming

Continuous AI penetration testing.

Automated attack surface simulation
OSINT → DAST → Exploit → Remediation loop
Validates findings from Purple and Blue
Attack path mapping with compensating controls

VALUE BY ROLE

One platform. Benefits for every stakeholder

Manager, IT Security and Risk Management

“Phoenix is a User Friendly Product That Provides A Wide Range of Powerful Functionality.”

The product is easy to use It has a lot of functionality, which is also easy to navigate between The functionality within the platform is powerful and connects up to give a platform that can improve risk management at every level.

Banking

Cloud (SaaS or PaaS or IaaS)

Principal Security Engineer

“Essential product for security teams – AppSec and CSPM in a single view.”

The Phoenix team is quick to respond and always willing to help. They have implemented custom features and listened to our feedback. The product is progressing so quickly for a startup and I love having input into what we need next. What makes them unique is that they have done our job so understand the pain AppSecOPS teams go through.

Banking

Cloud (SaaS or PaaS or IaaS)

Global Compliance Program Manager

“Effortless Customization Reduces User Workload, But Costs Unclear”

It has a simple and intuitive UI. Excellent, user-friendly interface with lots of customization options makes it fruitful to use and helps achieve our specific security requirements easily.

IT Services

Cloud (SaaS or PaaS or IaaS)

Global Compliance Program Manager

“Contextualized and unified references with application architecture.”

Comprehensive coverage and real-time threat detection. It helps manage compliance requirements and can integrate with other tools especially feeding SIEM. Certain tasks such as vulnerability scanning and patch management can be automated through scheduling. Depending on use case its checks on ACT risks and API deploy are valuable to check for errors or patterns.

IT Services

Cloud (SaaS or PaaS or IaaS)

Stop prioritizing vulnerabilities. Start shipping remediation.

OUTCOMES

Remediate risk with AI agents and human control

Phoenix Security accelerates triage, ownership, and remediation while keeping engineering workflows clean and auditable.

Vulnerabilities removed*

*Tracked across code, containers, cloud, and runtime.

5.43M

Assets attributed in real time (code → cloud → runtime)

78%

Code to Container vulnerabilities removed with agentic correlation

98%

Critical removed
with agentic attribution

INSIGHTS and RESEARCH

From research to remediation

Practical guidance on agentic remediation, exposure prioritization, and modern application security.

devsecops, ASPM, application security, vulnerability management, exposure management, reachability analysis, attack surface management, supply chain attack, npm malware, Mini Shai-Hulud, SAP CAP compromise, mbt npm, Bun runtime malware, Claude Code persistence, GitHub Actions credential theft, OIDC trusted publishing, npm worm, sandworm

Mini Shai-Hulud: SAP CAP and mbt npm Packages Backdoored via Bun-Loaded Credential Stealer with Claude Code Persistence

Francesco Cipollone 30th April 2026

A coordinated npm supply chain attack hit SAP’s Cloud Application Programming Model toolchain on April 29, 2026, branding itself “Mini Shai-Hulud.” Four packages totalling 570,000 weekly downloads were poisoned in a 2-hour window. The payload uses Bun as a runtime to evade Node.js detection, pulls 134 credential paths from infected hosts, dumps GitHub Actions runner memory, and persists through Claude Code SessionStart hooks and VS Code tasks.json folderOpen triggers. Over 1,197 victim repositories were live on GitHub within hours. Zero CVEs assigned.

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Frequently asked questions

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What is ASPM, and how is it different from scanning tools?

Scanning tools find vulnerabilities. ASPM tells you which ones actually matter. Application Security Posture Management connects findings from SAST, SCA, containers, and cloud into one normalized model — then adds runtime context, ownership, and business risk. The result: 98% less noise, and a clear path to remediation. Scanners give you a list. ASPM gives you a plan.

Does Phoenix replace our existing scanners?

No. Phoenix ingests findings from 30+ scanners — Snyk, Wiz, Qualys, Prisma, and more — without ripping anything out. You keep your existing tools. Phoenix deduplicates, normalizes, and adds the context your scanners can’t provide: reachability, ownership, and exploit intelligence. Most teams reduce their critical backlog by over 90% without changing a single scanner.

How does Phoenix “auto-assign ownership” accurately?

Phoenix builds a living ownership graph from your repos, pipelines, service catalogs, and on-call data. It maps every vulnerability to the team responsible — not a shared queue. As your org changes, the graph self-heals. No more “who owns this?” tickets. Every finding has an owner before it reaches a developer.

What does “exposure-based prioritization” mean?

Most teams prioritize by CVSS score. Phoenix prioritizes by what’s actually running and reachable in production right now. A critical CVE in a container that never runs is not your problem. A medium CVE in a reachable service with a public exploit is. Phoenix combines runtime reachability, CISA KEV, EPSS, and threat intel to surface the 2–3% of findings that represent real risk.

How do AI agents create fixes safely?

Phoenix AI agents analyze the full dependency graph, identify the minimum-impact upgrade path, and generate a fix plan. They open opt-in PRs — nothing merges without developer approval. Agents run campaigns across thousands of repos simultaneously, but every fix goes through your existing review process. Humans stay in control at every step.

Can Phoenix remediate more than dependencies (SCA)?

Yes. Phoenix remediates across code (SAST), containers, cloud misconfigurations, and infrastructure. The AI agent understands the full stack — it doesn’t just bump a package version. For container vulnerabilities, teams have seen 98% reduction. For cloud critical findings, Phoenix generates fix plans that account for blast radius and compensating controls.

How fast can we get value?

Most teams connect their first scanner in under 30 minutes. Within 24 hours, Phoenix has deduplicated findings, assigned ownership, and surfaced the top 10 risks by reachable exposure. ClearBank reduced their critical container vulnerability count to zero within weeks. Bazaarvoice cut their critical exposure by 94%. You don’t need a 6-month implementation to see results.

Get Started

Ready to ship fixes — not just findings?

See Phoenix Security turn fragmented vulnerability data into a team-owned fix backlog with attribution, reachability context, and agentic remediation—measured by vulnerabilities removed and exposure reduced.