1. The Context: Authentication Has Become Uniform, But Risk Is Not
Most organisations still enforce a flat authentication model:
Every employee, every device, every application → the same SSO login + the same MFA.
This uniformity feels simple, but it’s dangerously outdated.
Enterprises today operate:
Multiple application types (internal, SaaS, on-prem, partner portals)
Different user personas (staff, contractors, admins, third-parties)
Highly varied risk profiles (salary app vs core banking vs HRMS vs developer tools)
Increasing cyberattacks targeting specific high-value systems
Yet the authentication model does not differentiate.
Security teams know the truth:
A low-risk leave portal does not deserve the same MFA rigor as the payment switch, SWIFT, core banking, or healthcare EMR.
But legacy IAM tools don’t allow this differentiation.
2. The Problem: Flat MFA = Friction, Risk, and Low Adoption
When SSO/MFA is the same everywhere, three challenges emerge:
2.1 Over-Authentication → Poor UX
Users face unnecessary MFA prompts for trivial, low-risk apps.
This leads to frustration, drop-offs, and “MFA fatigue.”
2.2 Under-Authentication → High-Risk Apps Stay Vulnerable
Critical applications need:
Step-up MFA
Stronger authentication factors
More contextual checks (IP, device, location)
Admin-specific workflows
Session re-authentication
Flat systems rarely support this nuance.
2.3 Security Teams Cannot Enforce Risk-Aligned Policies
Compliance mandates (RBI, ISO, SOC2, HIPAA, etc.) require:
Strong MFA for critical applications
Session hardening
Granular access visibility
A one-size approach fails these controls.
3. BAAR’s Breakthrough: a Dynamic, Criticality-Based Authentication Engine
BAAR SSO & MFA introduces a workflow-driven authentication model where every application can have its own authentication path.
This is achieved through BAAR’s:
- Workflow Builder (drag-and-drop)
- Application Risk Profiles
- Context Engine (device, network, IP, location, behavior)
- Adaptive MFA Engine
- User Group & Role Segmentation
- Session Re-Authentication Framework
With this, BAAR enables enterprises to create authentication journeys that match the exact risk and criticality of each application.
4. How It Works: Criticality-Based Authentication in BAAR
4.1 Step 1: Classify Applications by Criticality
Admins can assign apps as:
Low criticality
HRMS attendance, leave portal, internal wiki
Medium criticality
Finance dashboards, CRM, ticketing tools
High criticality
Core banking, payment systems, EMR, admin consoles
Ultra critical
Privileged access systems, production environments, SWIFT, infra root access
This classification drives the default workflow templates.
4.2 Step 2: Build Tailored Authentication Workflows
BAAR allows zero-code workflow creation:
Example Workflows
Low-risk apps
Passwordless / MFA only on new device
Session-based trust
No repeated MFA within defined period
Medium-risk apps
Standard MFA
Context-based step-up if suspicious (new IP, untrusted device)
High-risk apps
Mandatory step-up MFA
Device compliance check
IP whitelisting
Block risky geo-locations
Re-authenticate on session timeout
Ultra-critical apps
Strongest MFA (biometric + hardware key)
Continuous session validation
Privileged session timeout
Device health attestation
No access from unmanaged devices
Each path is built visually and applied per application.
4.3 Step 3: Add Contextual Enforcement
BAAR’s Context Engine evaluates:
Device type
Device compliance
IP reputation
Geo-location deviations
User behaviour patterns
Time-of-day anomalies
Network type (VPN, corporate LAN, public Wi-Fi)
When risk is high → BAAR automatically triggers step-up MFA.
When risk is normal → BAAR allows a frictionless login.
4.4 Step 4: Different Workflows for Different User Groups
Within the same application, BAAR can differentiate:
Regular employees
Admins
Contractors
Vendor users
Privileged users
Example:
HRMS
Employee → Passwordless
HR Admin → Password + Biometric
HR Super Admin → Password + Hardware Key
5. Technical Highlights: What Makes BAAR’s Model Superior
5.1 Zero-Code Workflow Builder
Admins visually design authentication flows—no scripting, no YAML.
5.2 Adaptive Risk Engine
Real-time risk scoring that modifies workflows dynamically.
5.3 Strong MFA Options
OTP
TOTP
Push notification
Biometrics
FIDO2 hardware keys
Passkeys
Voice/SMS
Email OTP (for fallback)
5.4 Application-Specific SSO Policies
Every application has:
Its own MFA rules
Its own session timeout
Its own device requirements
Its own risk triggers
5.5 Fully Audit-Ready
Detailed logs for:
Authentication paths
Step-up events
Risk triggers
Failed authentication attempts
User behaviour anomalies
This directly supports RBI, SOC2, ISO 27001, HIPAA, GDPR and other compliance frameworks.
6. Business Value: What Customers Actually Gain
6.1 Better User Experience
Fewer MFA prompts for low-risk apps
Faster access for routine tasks
Smooth experience on trusted devices
6.2 Stronger Protection for Critical Apps
High-value systems receive stronger, context-rich authentication.
6.3 Reduced Identity Operations Load
Fewer helpdesk calls
Automated workflows
No manual exceptions
6.4 Compliance Made Simple
Critical apps automatically receive mandated authentication strength.
6.5 Executive-Level Benefits
Lower breach probability
Lower operational friction
Stronger governance
Improved regulatory posture
This is exactly what CIOs, CISOs, CTOs and Risk Officers want.
7. The BAAR Difference
Other IAM/SSO tools offer basic
MFA policies:
Only BAAR provides:
Per-application workflows
Per-user risk scoring
Dynamic session hardening
Zero-code orchestration
True adaptive MFA for every app
Enterprise-grade reporting for auditors
This transforms authentication from a rigid control → into an intelligent, risk-aligned layer.
8. Closing Thoughts
Authentication should be as dynamic as the threats targeting your organization.
BAAR SSO & MFA finally brings a model where:
Low-risk apps stay frictionless
High-risk apps are strongly guarded
Admins design every login journey visually
Risk determines the authentication flow, not static rules
This is the future of identity security — adaptive, contextual, and criticality-driven.
