Your RSA-2048 keys break in 2030. Find every one of them before attackers do.
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Like the ozone protects Earth,
O3 protects everything you ship.

+30%MoM rise in supply chain attacks

Attackers only need to be right once. You have to be right every time.

Start Securing Your Entire Software Supply Chain. Today.

From IDE to code, build to runtime, O3 covers every stage with AI agents built for the AI and post-quantum era.

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Backed & supported by
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Security embedded at every stage of your development lifecycle.

A vulnerability caught in the IDE costs minutes. The same vulnerability in production costs millions. O3 agents make sure it never gets that far.

  1. Threat Modeling

    Most security problems are baked in before a single line of code is written.

  2. AI Coding Agents

    AI writes 40% of your code now. Nobody is reviewing what it silently introduces.

  3. IDE + Code Editor

    By the time a vuln reaches code review, fixing it costs 10x more than catching it here.

  4. Code Commit

    One AWS key committed to a public repo. Your entire cloud, compromised in minutes.

  5. Open Source Dependencies

    You have thousands of dependencies. Only a handful can actually be exploited. Nobody tells you which.

  6. Pull Request Review

    Developers merge 20 PRs a day. Security reviews 3. The other 17 go straight to prod.

  7. CI/CD Build Runner

    SolarWinds was breached inside the build. Your pipeline has root access to everything.

  8. Container Image

    You cannot tell which images in your registry were built by your pipeline vs. tampered with.

  9. Deployment to Production

    Your team deploys 10 times a day. Nobody checks if what shipped has a critical CVE.

  10. Running Workloads

    A zero-day exploit has no CVE. Your scanner has nothing to match against. You find out from a breach report.

  11. Live Network Traffic

    Data is leaving your network right now. You only see it in a SIEM log, three days later.

Code Auditor

skill —Traces every exploitable path in your codebase, flags only what's actually reachable.

Agent
Supply Chain Analyst

skill —Tracks every third-party function your code calls, catches live open-source risk.

Agent
Patch Reviewer

skill —Validates every package upgrade before it ships, stops breaking changes cold.

Agent
Cluster Inspector

skill —Maps every workload and misconfiguration across your Kubernetes environment, continuously.

Agent
Runtime Inspector

skill —Monitors every CI run and production workload, catches anomalies before they escalate.

Agent
Logic Auditor

skill —Reverse engineers your business logic, builds a full threat model automatically.

Agent
Traffic Analyst

skill —Intercepts every outbound request via eBPF, catches supply chain exfiltration live.

Agent
Risk Correlator

skill —Connects every vulnerability and risk signal across your stack, nothing hides.

Agent

A swarm of specialized security AI agents.

Specialized AI agents that grow with your stack - matching attacker speed, matching attacker precision, never standing down.

One living security graph. Every vulnerability, behaviour, and risk — connected.

Security Graph

O3 maps every asset, vulnerability, and attack path into one live security graph — then traces the exploitable routes an attacker could actually take.

CriticalHighMedium— Attack path

O3 Security Assistant

U
Create a report of all the licenses which can impact our business.
I have built a license compliance dashboard for all your dependencies. Your compliance report is ready below.
LICENSE COMPLIANCE AUDIT4 HIGH RISK
License TypeRiskPackages
GPL-3.0 / AGPL-3.0High4
LGPL-2.1 / MPL-2.0Medium18
MIT / Apache-2.0Low284
U
How many of our projects are vulnerable to the recent Log4j attack and how many are really impacted?
Here are the Log4j (CVE-2021-44228) reachability analysis results:
REACHABILITY MAPCVE-2021-44228
42
Declared
2
Reachable
40
Safe
💡 Reachability Gyan:O3 traces execution call paths. Since 40 projects never invoke the logger's vulnerable JNDI lookup path, they are marked as safe, saving your team days of false alarm triage.
There is a recent supply chain attack around axios, are we compromised?
AI Security Assistant

Cut the investigation time.
Ask O3.

Get instant answers, correlate any risk, build live dashboard views — every insight your team waited days for, surfaced in seconds.

Fewer false alarms. Faster response. Complete visibility. Security that scales with your organization.

0
noise reduction

vs legacy scanners

0
MTTD

mean time to detect

0
coverage

IDE · PR · CI · Runtime

0
triage speed

faster remediation

Security embedded at every stage of your development lifecycle.

A vulnerability caught in the IDE costs minutes. The same vulnerability in production costs millions. O3 agents make sure it never gets that far.

SAST

Secret Detection

SCA

Dependency Analytics

Third Party Visibility

Threat Modeling

API Inventory

GitHub Actions

Jenkins

GitLab CI

CI Behaviour Monitoring

Image Analysis

AWS CodeDeploy

IaC Scanning

Container Scanning

Kubernetes

Containers

EC2 Instances

VMs

Runtime Behaviour

Deep Packet Inspection

SBOM

AIBOM

HBOM

QBOM

SAST

Secret Detection

SCA

Dependency Analytics

Third Party Visibility

Threat Modeling

API Inventory

GitHub Actions

Jenkins

GitLab CI

CI Behaviour Monitoring

Image Analysis

AWS CodeDeploy

IaC Scanning

Container Scanning

Kubernetes

Containers

EC2 Instances

VMs

Runtime Behaviour

Deep Packet Inspection

SBOM

AIBOM

HBOM

QBOM

Plugs into the stack you already trust.

Findings flow into the tools your team already uses — so adopting O3 doesn't mean adding another dashboard.

GitHub
GitLab
Bitbucket
Jira
Slack
VS Code
Cursor
Kubernetes
GitHub
GitLab
Bitbucket
Jira
Slack
VS Code
Cursor
Kubernetes
GitHub
GitLab
Bitbucket
Jira
Slack
VS Code
Cursor
Kubernetes
GitHub
GitLab
Bitbucket
Jira
Slack
VS Code
Cursor
Kubernetes

Read. Code. Repeat.

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5 Malicious PyPI Packages Found Stealing Credentials via Hidden .pth Files (Miasma Campaign)

FAQ

Frequently Asked Questions

Still have questions? Reach out to our friendly support team.

  • O3 covers every layer where supply chain attacks happen — the developer IDE, pull requests, CI/CD pipelines, and production runtime. It uses function-level reachability to cut CVE noise by around 95%, eBPF agents for zero-day runtime detection, and agents that investigate threats and open fix PRs on their own.
  • Snyk flags every dependency CVE without reachability. Wiz focuses on cloud posture. O3 connects both worlds: it traces an attack from the vulnerable line of code, through the CI/CD build, to what is actually running in production — one attack-chain view that neither tool produces alone.
  • Yes. O3 ships a self-hosted deployment that runs entirely inside your VPC or air-gapped network with no outbound telemetry. It is common in regulated industries — banking, defense, healthcare, and public sector — where data cannot leave the perimeter.
  • An eBPF agent watches full process trees, network calls, and syscalls in production. Detection is behavior-based — unexpected child processes, anomalous egress, secret-exfiltration patterns — so novel attacks get caught before a CVE is ever published.
  • O3 discovers every cryptographic algorithm, key size, and protocol across your code, dependencies, containers, and cloud. It forecasts when each becomes quantum-vulnerable, maps NIST PQC migration paths, and produces evidence for EU CRA, EO 14028, and NSA CNSA 2.0. RSA-2048 is widely expected to fall to quantum computers around 2030.
  • Most teams see their first triaged, exploitable attack chain within 24 hours of connecting a repository and a CI runner. Full coverage across IDE, PR, CI/CD, and runtime usually lands within two weeks — no dedicated security-engineering time needed to deploy.

See your full attack chain.
Code, build, runtime. One platform.

Book a DemoSee how it works