Gradient Cybersecurity Mesh (GCM) is a true zero-trust solution that stitches together hardware-based roots of trust with nation-state hardened software to eliminate the threat of credential-based cyberattacks. In addition, GCM creates a frictionless and passwordless user experience without requiring any changes to your existing infrastructure. GCM is built around 4 core innovations:
The Gradient Cybersecurity Mesh (GCM) Platform
Gradient By The Numbers
22
Patents
40
Patents Pending
40
Trade Secrets
13,000
Hours of Security Testing
*Source: Gartner
TRANSFORMATIONAL START UP
Exceptional Company with a Deep Moat of Technology
- Founded in 2018 by 3x proven entrepreneur Christian
Wentz - $10M in funding from VC pioneers and HNW tech
leaders - Validated by U.S. DoD and selected to build Zero
Trust cybersecurity & quantum resistance for U.S.
DoD assets - Paid Pilots Initiated with Fortune 500 flagship brands
- Commercial LOIs Secured for Production Installs
worth >$10MM (FY’23) - Winner 2022 MassTLC Tech Top 50 for Cyber, vs
Akamai, NetScout and CyberArk - General Availability for Gradient Cybersecurity Mesh
Q1 FY’23
How Gradient Cybersecurity Mesh Works
1
Secure Credential Issuance
Secure credential issuance and policy management leveraging GCM’s secure enclaves, provide nation-state level protection for credentials
2
Credential Rotation
Ephemeral, timeboxed credentials limits dwell time, making it difficult for an attacker to exploit a system or device before losing access
3
Anchoring
GCM leverages device anchoring to ensure that credentials cannot be used on an attackers device, shutting down remotely executed credential-based attacks
4
Attestation
GCM is the only solution on the market that continually monitors the identity and integrity of the device including PCR values at the hardware layer, firmware, OS, and application layers
IAM Tools Are Plentiful,
But They Haven’t Stopped Breaches
Problem: Ultimately, every IAM solution on the market today can be defeated by an attacker because no solution is using anchored, ephemeral credentials combined with attestation