Technical Infrastructure
Understand the architecture behind secure, scalable, authority-compatible eCoC delivery.
Architecture in plain words
Technical layers support operational discipline.
The technical layer combines XML generation, validation, signing sequencing and traceable records into one control model while keeping workflows understandable for operations teams.
- Deterministic output generation
- Validation-driven workflow transitions
- Traceable operational records
- Integration-aware design
Shared explanation layer for technical and operations teams
Architecture can be adapted to deployment scope
Regulation-focused process design
Regulation-grade
Security and review posture
These statements describe design intent rather than guarantees: architecture designed for controlled access, traceability and audit visibility.
Designed for RBAC
Process boundaries and action separation designed to support role-based access control patterns.
Audit trail
Operational events kept visible in a reviewable record context for investigation and governance.
Encryption-ready posture
Designed to support deployment models aligned with data-in-transit and data-at-rest security requirements.
Backup-oriented operations
Supports backup and recovery planning within organization-specific operating policies.
See the eCoC system page for workflow context around XML, NAP and e-sign/e-seal steps, then contact us for integration scope discussion.
Core layers
Core layers are composed to support both process control and output consistency.
Layer 1
XML generation engine
Form-based input is normalized into deterministic XML structures with version-aware schema controls.
Layer 2
Validation logic
Business and technical rules evaluate completeness, field consistency, and output readiness before signing.
Layer 3
Signing layer
Signature orchestration enforces policy-driven sequencing and controlled certificate usage.
Layer 4
Certificate vault
Certificate metadata and usage events are managed with strict access policies and traceability.
Layer 5
Audit trail
Operational events are recorded as immutable timeline entries for compliance and forensic review.
Layer 6
Scalable architecture
Service boundaries are designed for high-volume generation, multi-tenant isolation, and predictable reliability.
Built for technical and non-technical stakeholders
The platform exposes clear workflows for operations teams while preserving the engineering-grade controls required by architecture and compliance teams.
Engineering
Engineering perspective
Schema compatibility, signature sequencing, and audit records are controlled deterministically at the technical layer.
Operations
Operations perspective
Operations teams run workflows through validation-driven interfaces without handling raw XML internals.
Technical infrastructure FAQ
Practical answers about architecture, integration boundaries and output governance.
What does technical infrastructure mean in the eCoC context?
It is the controlled layer that connects source vehicle data, validation rules, XML generation, signing readiness and review history so conformity outputs can be prepared with a consistent process.
Can the platform connect with existing operational systems?
The architecture is designed for integration-aware workflows. Scope, ownership and data boundaries are reviewed first so API-connected processes do not bypass validation and approval controls.
Do operations teams need to edit raw XML?
No. Operations teams can work through structured screens and review states while XML creation, rule checks and technical validation remain handled by the platform layer.
Which controls depend on deployment scope?
Access roles, backup routines, environment separation and integration endpoints are finalized according to the selected rollout model. The product direction is traceability-first, but final controls are deployment-specific.
Next step
Clarify your technical scope with a controlled rollout discussion
Review integration approach, data flow and operational boundaries against your current working model.