Real-time supply chain threat detection

Your supply chain
has a blind spot.
We fix that.

A compromised package can reach dozens of developer machines before your security team sees the threat feed. Clarveil detects, prevents, maps, and quarantines the affected version across your fleet — automatically — in minutes.

Talk to us about a pilot
Or email atul@clarveil.com directly
Real-time
Detection
Automatic
Prevention
Fleet-wide
Quarantine
Patent pending
Technology

Even with tools,
the response loop is manual.

Manual triage

Reading blogs every morning

Your security team manually combs threat blogs and advisory feeds. Takes hours. Misses minutes-old threats by definition.

No visibility

A message to 200 developers

"Does anyone have package@version installed?" Chaos. Nobody knows the real blast radius. Forty responses out of two hundred. (Sent via Slack or Teams.)

Static-only tools

Static scans miss what's already running

Snyk catalogs malicious packages after their research team flags them — often days after publish. Socket catches some at install time. Neither sees what's already running across your developer fleet right now.

No enforcement

The Excel spreadsheet

Dev updates a cell. Maybe. Days later you still don't know if your organisation is clean. No audit trail. No enforcement.

From threat to quarantined.

T + 0:00

New threat appears

A compromised or vulnerable package is published.

T + 0:30

Detected

Clarveil correlates the threat against every package observed across your fleet.

T + 1:00

Blast radius mapped

Every developer machine, CI runner, and repository cross-referenced. Exact install paths surfaced across your fleet.

T + 1:30

Quarantined

Affected versions blocked at the package manager and registry layer — across every developer machine, CI runner, and repository. Choose your policy: automatic on detection, one-click approval after security review, or alert-only with recommended action surfaced for manual response.

T + 2:00

Team notified with forensic report

Slack or Teams fires automatically. Security sees who, where, what version, and what action was taken. No Excel.

Coverage
Windows macOS Linux GitHub GitLab Bitbucket Slack Teams
New threat vector

AI is writing code.
Attackers know it.

Developers don't only get code from package managers anymore. They get it from AI editors like Cursor and Copilot, from chat assistants in browsers, from pasted snippets. Every one of these paths can suggest a package that doesn't exist — or a typosquat that does. Static scanners that watch the package manager miss what flows through these channels until the install command runs.

AI HALLUCINATION ATTACK

The package name that didn't exist

// Developer asks AI to parse JWT
// AI suggests a package that doesn't exist
npm install jwt-parser-utils
⚠ Installed. But this package was registered
  recently by an attacker who anticipated the
  AI's suggestion.

Attackers monitor AI outputs and pre-register hallucinated package names. The window between "AI invents it" and "attacker registers it" is shrinking to minutes.

TYPOSQUATTING + AI

One character off. Completely malicious.

// AI autocomplete suggested this
npm install lodahs // not lodash
npm install coIors // capital I, not l
npm install expres // missing s
⚠ All real. All malicious. All on npm.

AI code assistants have lower accuracy on package names than humans. Attackers exploit this by registering common typos and near-matches of popular packages.

CLARVEIL DETECTS THIS

We catch what AI introduces

Suspicious new packages
Newly published packages flagged for risk before they reach your developers.
Real-time malicious package detection
Malicious packages identified and blocked within minutes of publication.
Fleet-wide blast radius
Know exactly which developer machines, CI runners, and repositories installed it.
Cross-referenced threat intelligence
Aggregated public and proprietary threat data correlated against every install across your organisation.
~20%
of AI-suggested packages contain errors or don't exist
6 min
average time for an attacker to register a hallucinated name
few
existing tools scan AI-driven package installs at runtime

Why not just
use Snyk?

Capability
Snyk
Nexus
Clarveil
Static scan at commit time
Registry-level package blocking
Runtime monitoring on dev machines
Static + runtime detection unified
Real-time threat correlation (minutes, not days)
Blast radius across machines, repos, and CI
Quarantine policy: auto, approval, or alert-only
Detects malicious packages, not just CVEs
Replaces the manual response loop
100% on-premise option
Prevention before compromisePATENT PENDING

Built to run inside
your network.

Your package data, source code, and developer telemetry stay inside your perimeter.

On the roadmap
Snyk + Socket data integration Endpoint distribution via Jamf, Intune, and your existing device management Pre-attack prevention enginePATENT PENDING

Prevent.
Detect.
Quarantine.

We block compromised packages before they reach your developers. If something gets through, we detect it across your fleet in minutes — and quarantine it before damage spreads.

We're working with selected early pilot partners. Email us to start a conversation.

Email atul@clarveil.com
Privacy

Clarveil is designed to deploy inside your network. Your package data, source code, and developer machine telemetry are kept inside your perimeter. Outbound traffic from your deployment consists primarily of pulls of public threat intelligence into your own server, on a configurable schedule you control. This marketing site sets no analytics cookies, runs no third-party trackers, and makes no third-party network requests. Privacy questions: atul@clarveil.com.