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PROTECTION APPROACH

One identity defense.
Multiple layers of protection.

Rainbow Secure combines Human-Verified authentication, contextual policy, governed access, threat response and audit evidence. Each layer addresses a different part of the identity attack journey.

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THE CORE PRINCIPLE

A valid credential should not automatically equal trusted access.

Passwords and tokens can be copied. Devices can be compromised. Privileges can outlive their business need. Rainbow Secure evaluates more than one signal and keeps the resulting decision reviewable.

FOUR PRIORITY THREATS

What an attacker captures may still be incomplete.

Start with four common attack journeys. Rainbow Secure is Human-Verified, not biometric-verified: it uses intentional interaction and available context rather than fingerprints, face recognition, iris scans or voiceprints.

•••••• R S 4 8 TEXT + COLOR + STYLE
01

Brute Force & Keyloggers

Repeated guesses and captured keystrokes reveal text—not the complete color-and-style interaction.

FAKE TEXT ONLY
VERIFIED JOURNEY VISUAL DNA + INTERACTION
02

Phishing & Social Engineering

A copied login page is missing the organization’s approved visual and interaction dimensions.

H DYNAMIC INTERACTION HUMAN STEP REQUIRED
03

AI & Automated Bots

Automated requests still face a dynamic step that requires the assigned human interaction.

SESSION VALID
CONTEXT CHANGED
RE-CHECK CHALLENGE / BLOCK
04

Session Hijacking & Replay

Changes in device, IP, location, time or behavior can trigger re-evaluation, challenge or blocking.

SIX COORDINATED LAYERS

Protection across the complete identity journey.

Organizations can begin with the layer addressing their most urgent risk and expand as requirements grow.

01

Verify the human

Add a dynamic color-and-style interaction so captured credential text is not the complete login evidence.

02

Evaluate context

Review available device, location, time, IP and behavioral signals when policy requires them.

03

Control access

Apply roles, groups, application assignments and security policies to determine what the verified person may use.

04

Govern high-risk access

Add time limits, independent approvals and named-user accountability to shared or privileged journeys.

05

Detect and respond

Surface suspicious activity and use configured alerts, blocking or account lockdown responses.

06

Preserve evidence

Keep timestamped, attributable and searchable records for investigation and audit preparation.

THREAT-TO-CONTROL MAP

How the approach responds to common identity threats.

The protection available in a specific deployment depends on the products, integrations and policies selected.

PROTECTS AGAINST

Credential theft, stuffing and replay

Leaked passwords, copied OTPs, credential reuse, dictionary attacks, keylogging

  • Text alone can be made insufficient through Human-Verified formatting
  • Dynamic challenges reduce the value of captured session evidence
  • Risk policy can add stronger verification when context changes
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PROTECTS AGAINST

Phishing and social engineering

Cloned sign-in pages, spear phishing, prompt bombing, accidental approvals

  • Rainbow Secure does not rely on simple Approve/Deny push prompts
  • The user must complete the assigned interaction—not merely approve a request
  • Company Visual DNA can provide a familiar organizational sign-in experience
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PROTECTS AGAINST

Risky device, location and behavior

Unusual geography, risky IP, device mismatch, impossible travel, repeated failures

  • Context is evaluated according to configured policy
  • Decisions can allow, challenge, block or trigger a response
  • Authentication and risk events remain available for review
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PROTECTS AGAINST

Shared, insider and privileged risk

Generic accounts, standing administration, privilege escalation, shared credentials

  • Tie supported shared-account access to a named verified person
  • Use RBAC, JIT access and multi-administrator approval where appropriate
  • Review privileged and team-account activity as separate evidence
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PROTECTS AGAINST

Automation and login abuse

Bot-driven attempts, abnormal login volume, repeated attack patterns

  • Monitor authentication failures and suspicious patterns
  • Apply IP controls and automated responses based on configured rules
  • Use layered verification to increase the work required for automated abuse
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PROTECTS AGAINST

Audit and compliance gaps

Missing attribution, incomplete access history, weak investigation evidence

  • Capture supported user and administrator activity
  • Filter and export records for investigation and reporting
  • Support compliance programs without claiming that one product guarantees compliance
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COMPLETE PROTECTION MAP

22 identity risks addressed through coordinated controls.

Your PDF identifies 22 protection areas. They are organized below by attack journey so buyers can scan them quickly without turning each threat into another page.

Credential and authentication attacks

01

Credential Theft & Dark Web Attacks

Makes captured text only one part of the expected authentication evidence.

02

Phishing & Social Engineering

Adds a known Human-Verified interaction that copied sign-in journeys may not reproduce.

03

Brute Force, Dictionary & Credential Stuffing

Expands verification beyond ordinary text guesses and supports policies for repeated failures.

04

Keyloggers, Screen Scrapers & Malware

Captured keystrokes or an OTP may still omit required color, style or dynamic interaction evidence.

05

MFA Fatigue, Prompt Bombing & Push Attacks

Avoids simple Approve/Deny push prompts and requires an intentional user interaction.

06

SIM Swapping, SMS Hijacking & OTP Theft

Allows organizations to avoid treating an intercepted SMS or OTP as sufficient evidence.

07

MITM, Replay & Session Attacks

Dynamic challenges and contextual re-evaluation can reduce the usefulness of captured authentication material.

Context, automation and availability

08

Unauthorized Device & Location Access

Policies can evaluate device, IP, geography and time before allowing, challenging or blocking access.

10

AI-Powered Bot Attacks

Interactive steps and abnormal-attempt monitoring increase the work required for automated abuse.

11

Login Flooding & Denial-of-Service Patterns

Detection, IP controls and configured responses can address abnormal authentication volume.

17

Cross-Device & Cross-Platform Uniformity

A consistent authentication model supports governed access across supported browsers and devices.

21

Emerging AI-Assisted Attacks

Layered interaction, context and monitoring reduce reliance on controls that automation can easily imitate.

22

Automated Lockdown & ITDR Response

Configured rules can lock an account or block activity after risky IP, device, travel or failure signals.

Shared, insider and privileged access

09

Shared & Generic Accounts

Named-user verification and activity evidence improve accountability around supported shared-account access.

13

Insider Threats & Privilege Escalation

RBAC, monitoring, JIT access and approvals add controls around sensitive administrative journeys.

19

Insider Collusion & Shared Credential Abuse

Independent authorization and attributable access records reduce dependence on a shared secret alone.

Human recognition and adoption

14

Human Error & Memory-Friendly Security

A user-selected color-and-style interaction can provide memorable additional evidence without biometrics.

15

Brand Impersonation & Look-Alike Logins

Company Visual DNA can help users recognize the expected organizational sign-in experience.

16

Interactive Security for High-Risk Logins

Sensitive journeys can require an additional intentional interaction rather than a passive approval.

20

Lower-Friction Compliance Adoption

Multiple methods and policy choices help organizations balance user experience with control requirements.

Governance and assurance

12

Compliance Gaps & Audit Failures

Timestamped authentication and access records support investigation and audit preparation.

18

Zero Trust Alignment

Identity, device, location, time, role and behavior can inform an explicit access decision.

Protection depends on the selected Rainbow Secure products, integrations, configuration and customer operating environment. These controls reduce identity risk; they do not guarantee that every attack will be prevented.

RESPONSIBLE SECURITY POSITIONING

Layered protection reduces risk. It does not promise that attacks disappear.

Effectiveness depends on configuration, connected systems, user practices and the controls included in the selected deployment.

Rainbow Secure supports compliance and audit preparation; customers remain responsible for their complete compliance program.

START WITH YOUR HIGHEST-RISK JOURNEY

See which protection layers fit your users, applications and operating environment.

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