Platform → Security

Enterprise Security Architecture

Enterprise Security Built for Multi-Enterprise Supply Chains

TADA's security architecture enables Fortune 500 manufacturers and their supply chain partners to collaborate on shared data — without exposing sensitive information or creating compliance risk.

Security Architecture Overview

01
Enterprise Access Control
Domain trust & tenant isolation
Active
02
Dynamic Policy Engine
Real-time authorization codes
Active
03
Virtual Data Network
Per-user graph-level isolation
Active
Identity Key
API Contract Key
Data-Plane Key
All 3 required ↗
0 Tiers
of progressive validation on every single API request — no implicit trust at any layer
0 Keys
must converge independently before any data is returned — compromising one is never enough
1 Bridge
governed security bridge between your data fabric and any GenAI model

A Three-Tier Architecture That Never Assumes Trust

Every request passes through three independent enforcement layers. Each tier catches what the others cannot — creating defense-in-depth that traditional perimeter models simply can't match.

Tier 01
Enterprise Access Control & Domain Trust
01

Identity is established and tenant isolation enforced at the platform edge — before any application logic is reached. Corporate SSO, mutual TLS 1.3, and cryptographic domain keys ensure that each enterprise operates in its own security domain, even on shared infrastructure.

SAML 2.0 / OIDCMutual TLS 1.3MFAVPC IntegrationTenant Isolation
Tier 02
Dynamic Security Code & Registry-Driven Policy Engine
02

Static roles are translated into real-time authorization decisions through a centralized policy registry. Time-bound security codes refresh continuously — so if a user's role changes or a contract ends, access is revoked instantly, mid-session. This is continuous authorization, not just authentication at login.

ABAC Policy EngineReal-Time RevocationXACML PatternsTemporal Access ControlsPolicy as Code
Tier 03
Virtual Data Network & Per-User Digital Layer
03

Each user session constructs a personalized, VPN-like view of the data fabric — enforced at the knowledge graph level. Users can only traverse entities, relationships, and attributes explicitly permitted by their digital layer. Cross-company boundaries are blocked semantically, not just by query filters.

Graph-Level Access ControlAttribute MaskingRow & Column SecurityCross-Domain BlockingSession-Level Isolation

Three Independent Keys. One Data Request. No Shortcuts.

Data access only occurs when three independently managed keys — issued by three separate subsystems — all validate simultaneously. Compromising any single one is never sufficient to exfiltrate data.

Identity & Entitlement Key
Derived from your corporate SSO combined with TADA's security registry. Encodes who you are, which tenant you belong to, and exactly what you're currently authorized to access — not what you were authorized at login.
↻ Rotates in real time as roles change
API Contract Key
Bound to a specific, registered API contract — endpoint, verb, schema, and semantic purpose. No shadow APIs, no direct data access, no undocumented endpoints. If the interface isn't sanctioned, the call is rejected before any application logic runs.
⊘ Rejects unregistered interfaces by default
Data-Plane Access Key
Defines which objects, relationships, and attributes can be materialized from the virtualized data store for this specific session. Unauthorized graph paths are pruned at query-planning time — never retrieved and filtered after the fact.
✦ Enforced before data is ever retrieved
Why this matters for enterprise procurement: A supplier logistics manager and your internal cost analyst can both use TADA simultaneously — each sees only their authorized slice of the data fabric. The supplier cannot traverse into internal cost structures, even though those objects exist on the same shared infrastructure.

AI Operates Under Your Security Controls. Not Around Them.

Without a governed bridge, AI models reach your data fabric with elevated, unaudited access — bypassing the controls your IT and compliance teams depend on. TADA closes that gap at the infrastructure level.

⚠ Without TADA
AI Model
Copilot, agent, or LLM
Unrestricted query
Full Data Fabric
No boundary enforcement
All data returned
No audit trail
No visibility into what was accessed or when
✓ With TADA
AI Model
Copilot, agent, or LLM — any model
Routed through security bridge
TADA Security Bridge
Resolves user profile · Applies three-key check · Constructs bounded slice
Only authorized data returned
Immutable audit log
Who, what profile, what was returned, when
Same controls as your workforce
AI queries are resolved against the requesting user's live security profile. The model sees exactly what that user sees — no more, regardless of its own capabilities.
No elevated machine privileges
AI agents cannot inherit broader access than the humans they serve. The three-key convergence requirement applies to every machine-initiated request, by design — not by policy.
Full auditability for compliance
Every AI-initiated data access is logged with the same granularity as human actions — the evidence your audit and compliance teams need, generated automatically.

Beyond Traditional Enterprise Security

Conventional security models weren't designed for multi-enterprise data fabrics. Here's where the architectural differences matter most.

Security Dimension
Traditional Architectures
TADA Architecture
Trust Model
Perimeter-based; implicit trust once inside the network
Zero-trust enforced at every layer; no implicit trust regardless of network location
Authorization Granularity
Coarse-grained RBAC at application or database level
Three-dimensional control: company, persona, and individual data object/attribute level
Session Authorization
Static roles set at login; permissions constant until logout
Continuous re-evaluation; revocation is immediate and takes effect mid-session
Multi-Company Collaboration
Separate instances or over-exposed shared environments
Single data fabric with per-company cryptographic isolation via Virtual Data Networks
Data Access Control
Database views, stored procedures, schema-bound policies
Semantic-layer enforcement on knowledge graph; policies in business entity terms
Key Management
Single token — if compromised, session-wide exposure
Three independently managed keys; compromising one is insufficient for exfiltration
Real-Time Policy Updates
Requires redeployment or manual changes; revocation is delayed
Centralized registry propagates immediately across all active sessions

Security That Scales With Your Supply Chain Complexity

Built for Multi-Company Ecosystems
Purpose-built for networks where OEMs, tier-1 suppliers, logistics providers, and finance teams share a common data fabric — without any party gaining access to information outside their domain.
Collaborate at digital speed without compliance risk
Adaptive, Real-Time Policy Enforcement
Authorization decisions are continuous. When a contract ends, a user changes roles, or a compliance flag is raised, access is revoked instantly — no stale sessions, no residual permissions.
Access reflects current reality, not yesterday's roles
Semantic-Layer Data Protection
Security is enforced at the business entity and relationship level — not the database table. Policies expressed as "supplier contracts for active projects" are resilient to schema changes and far harder to circumvent.
Policies that survive schema evolution and refactoring
Performance Without Compromise
Graph-native authorization scales linearly. Policies are evaluated lazily — only for requested objects — and Virtual Data Networks are constructed on-demand and cached per session. Sub-50ms authorization latency.
Enterprise-grade security that doesn't slow your platform
Compliance-Ready by Architecture
Data classification, geofencing, and immutable audit trails are built in — not bolted on. Every request generates a complete policy trace supporting SOC 2, ISO 27001, GDPR, and industry-specific frameworks.
Audit-ready evidence, not retrospective log analysis
AI-Agent Ready Security Model
TADA constructs a governed security bridge between your data fabric and any GenAI model — enforcing the same three-key convergence for machine-initiated requests as for human users, with a full audit trail for every AI action.
Secure AI operations with human-level accountability

Reviewed, Validated, and Deployed Across Fortune 500 Supply Chains

TADA's security architecture has been validated by information security and compliance teams across Fortune 500 manufacturers and their supply chain networks.

0
Cross-tenant data exposure incidents across all production deployments
<4 wks
Average time from security review to production approval by enterprise IT teams
100%
Of deployments passed SOC 2 audit requirements without architectural changes
"

We needed a way to give our tier-1 suppliers visibility into shared production data without exposing our internal cost structures. TADA's architecture was the first solution our InfoSec team approved without requiring a separate instance.

VP of Digital Supply Chain
Fortune 500 Automotive OEM
"

Our legal team had spent 18 months blocking any shared data initiative over ITAR concerns. TADA's per-user data layer and immutable audit trail gave them the accountability model they needed to move forward.

Chief Procurement Officer
Aerospace & Defense Manufacturer
"

We ran a full red-team exercise against TADA's three-key model. The graph-level enforcement is not a filter — it's structural. That distinction matters enormously to us.

CISO
Global Logistics Provider

Engineered to Meet Enterprise & Regulatory Requirements

TADA's architecture supports the compliance frameworks your IT and legal teams require — with data residency enforcement, automated classification, and immutable audit logs built into every layer.

SOC 2
Security & availability trust criteria
ISO 27001
Information security management
GDPR
EU data privacy & residency
HIPAA
Protected health information
ITAR / EAR
Export control compliance
FedRAMP
Federal cloud security readiness

Ready to Go Deeper?

The Full Technical Picture, On Your Terms

Download the complete TADA Security Architecture Brief for detailed specifications, architecture diagrams, and compliance mappings — or explore the platform to see it in action.