QUANTUM RESILIENT SOFTWARE · AUTHENTICATION

Authentication without passwords. Without the cloud. Without the risk.

Name: SEAMS Big Data Platform
Brand: RJ Lee Group
Price: Contact for pricing USD

Greenlight is a passwordless, phishing-resistant authentication platform that establishes trusted human identity before a system is unlocked. It replaces static passwords with a cryptographic, image-derived credential and enforces phishing-resistant factors like CAC/PIV, Windows Hello, WebAuthn/FIDO2, and a PIN so the reusable secrets that credential theft depends on simply don't exist. Greenlight runs local-first, maintaining authentication in air-gapped, forward-deployed environments as part of RJ Lee Group's Quantum Resilient Software portfolio.

Stolen credentials remain among the most common ways attackers gain access to a network, a password can be phished, reused, or cracked. Greenlight removes the target: there is no static password to steal. It enforces the phishing-resistant factors federal agencies are directed to adopt under OMB M-22-09. Identity remains intact when connectivity is contested or lost, as Greenlight operates locally first, ensuring that mission-critical access continues in forward-deployed and air-gapped environments. The result also eliminates most password-reset help-desk load — but the reason to adopt it is that it closes the most common initial access vector.

Nothing to phish, nothing to reuse

Strong enough for an air gap. Simple enough that nobody calls the help desk.

Greenlight starts where credential theft begins. Every authentication derives a new, single-use credential from a user-selected image — the image itself is never transmitted or stored as an image — and every sign-in is backed by phishing-resistant factors: CAC/PIV, Windows Hello, WebAuthn/FIDO2, and a PIN.

It was built for the hardest environments—disconnected, contested, and high-assurance—yet it's simple enough that the people using it never think about it. That combination is the point: security that holds where it matters most, without the friction that makes people work around it.

How Greenlight works

Image-derived credential

A cryptographic credential is derived from a user-selected image. The image itself is never transmitted or stored as an image.

Fresh, single-use sign-ins

Every authentication derives a new single-use credential, leaving no reusable secret to phish, replay, or crack.

Phishing-resistant factors

CAC/PIV, Windows Hello, WebAuthn/FIDO2, and a PIN back every sign-in with phishing-resistant authentication.

Local-first architecture

Identity is established on-device with no cloud dependency, maintaining authentication in air-gapped and disconnected operations.

Tamper-evident vault

Credentials are protected in a tamper-evident vault, with FIPS-approved derivation and an optional fail-closed FIPS mode.

Enterprise integration

Connects to Active Directory, M365, Duo, and SCIM, adding phishing-resistant identity without replacing existing infrastructure.

Platform capabilities

Nothing to phish, nothing to reuse—every sign-in derives a fresh, single-use credential, backed by phishing-resistant factors: CAC/PIV, Windows Hello, WebAuthn/FIDO2, and a PIN.
Image-derived cryptographic credential—the image is never transmitted or stored as an image.
Works when the network doesn't—local-first architecture maintains authentication in air-gapped and forward-deployed environments, including extended disconnected operation, with FIPS-approved derivation, an optional fail-closed FIPS mode, and a tamper-evident vault.
No cloud dependency, no central secret store—identity is established on-device, so there is no password database to breach.

Fits your existing stack—integrates with Active Directory, M365, Duo, and SCIM rather than replacing your identity infrastructure.

Where Greenlight is used

Government & Defense

Access to systems and records where credential compromise carries the highest consequence.

Critical Infrastructure

Control systems behind power, water, and transportation networks.

Financial Services

Customer, transaction, and trading systems under continuous credential-theft pressure.

Healthcare

Clinical and administrative systems hold records protected for a lifetime.

Legal Services

Privileged matter files and client communications for which access must be provable.

Manufacturing

Trade secrets, process data, and operational technology across the plant floor.

Frequently asked questions

What is Greenlight?

Greenlight is a passwordless, phishing-resistant authentication platform that establishes trusted human identity using an image-derived credential and factors like CAC/PIV, WebAuthn/FIDO2, and a PIN — with no static password to steal.

How does passwordless authentication work without the cloud?

Greenlight runs local-first: identity is established on-device using a cryptographic, image-derived credential, with FIPS-approved derivation and a tamper-evident vault, so it works in air-gapped and disconnected environments with no cloud dependency and no central password store.

Why is Greenlight phishing-resistant?

There is no reusable password to phish or steal. Every sign-in derives a fresh, single-use credential backed by phishing-resistant factors, aligning with the federal phishing-resistant MFA direction (OMB M-22-09).

Does Greenlight work in disconnected or air-gapped environments?

Yes. Its local-first architecture maintains authentication when connectivity is contested or lost, supporting forward-deployed and air-gapped operations.

How does Greenlight fit our existing identity stack?

It integrates with Active Directory, M365, Duo, and SCIM, adding phishing-resistant identity rather than replacing your existing infrastructure.

Why RJ Lee Group

Standards, rigor, and the team behind it

Greenlight enforces phishing-resistant authentication factors (CAC/PIV, WebAuthn/FIDO2, Windows Hello) and is designed to align with federal identity guidance, including EO 14028 and OMB M-22-09.

Greenlight is engineered by RJ Lee Group — a scientific consulting, laboratory, and software firm with decades of experience solving hard technical problems for government and industry. It is a patent-pending architecture built to the standard of rigor required by regulated and mission-critical organizations.