Stop Insider Threats Before They Cause Lasting Damage

Traditional tools can tell you a leak happened, but they can't tell you who did it. EchoMark closes that gap with invisible, individualized watermarking that deters leaks before they happen and identifies the source in minutes when they don't.

What are insider threats, and why are they so hard to stop?

An insider threat is a security risk that originates from someone with authorized access to an organization's systems, facilities, or information — an employee, contractor, partner, or vendor — who exposes, steals, or misuses sensitive data. Because insiders already have legitimate access, the defenses built to keep outsiders out — firewalls, intrusion detection, network monitoring — largely miss this category of risk. Insider threats generally fall into three categories:

  • Malicious insiders: people who deliberately steal, leak, or sabotage data for personal gain, grievance, or to benefit a competitor
  • Negligent insiders: people who expose data through carelessness, policy violations, or simple mistakes, with no intent to cause harm
  • Compromised insiders: legitimate accounts and credentials taken over by an external entity, who then operates with insider-level access

Every organization that shares sensitive information hits the same blind spot: risk management has to cover people already inside the perimeter. Board decks and legal memos are shared as identical copies to multiple users, so when one surfaces somewhere it shouldn't, there's no way to trace it to the source.  

Therein lies the structural failure. Sophisticated leakers know that if they use personal devices to take photos of information, they can route around conventional security tools.

Hands holding a phone photographing a laptop screen
Internal company memo with leak detection and digital watermark results

EchoMark deters insider leaks and traces them to the source

EchoMark embeds invisible, individualized watermarks into content across the ways your organization already shares information — email, documents, screens, and content delivered through the API — with no change to how people work. These marks use steganographic techniques, meaning they're not metadata that can be stripped, rather they travel with the content no matter how it's leaked.

When a leak occurs, the investigation is simple: upload the leaked artifact to EchoMark. The platform identifies whose copy was leaked, including a timestamp and confidence score, with forensic evidence, generally in minutes. EchoMark's watermarks survive being:

  • Photographed with a phone (the analog gap)
  • Printed and then photographed or scanned
  • Converted to a different format to strip metadata

Start protecting against insider threats in hours, not months

Most organizations can deploy EchoMark in hours. Schedule a personalized demo and we'll show you how EchoMark deploys across your existing email, document, and screen-sharing workflows, with no changes required for your team, and nothing visible for recipients.

EchoMark is built to work with the tools your organization already relies on. It integrates with Microsoft Exchange and Google Workspace for email and document watermarking, and with Microsoft Purview for organizations that want insider risk signals to flow into their existing compliance and investigation workflows, so adopting EchoMark doesn't mean replacing what's already in place.

Start protecting against insider threats in hours, not months

How it works

01

Watermark

EchoMark silently embeds invisible watermarks into every email, document, image, and screen.

02

Leak occurs

A screenshot, photo, printout, or forwarded file appears outside your organization.

03

Upload artifact

Submit the leaked artifact into EchoMark's investigation tool.

04

Definitive answer

Identify whose copy was leaked, with a confidence score and chain of custody.

Book a demo

See how EchoMark can be seamlessly integrated with your Microsoft Exchange or Google Workspace to automatically embed invisible watermarks in messages, images, and documents.