This guide provides technical instructions for the secure ingestion of document assets into the IUSign Enterprise platform, covering cryptographic verification and automated conversion protocols.
Prerequisites
- Active IUSign account with User or Admin privileges.
- Source document in a supported format (ISO-standard PDF, DOCX, or DOC).
- Understanding of organizational data retention and classification policies.
Strategic Overview
Document ingestion is the foundational step of the digital transaction lifecycle. Within the IUSign ecosystem, every uploaded file is treated as a high-value asset. The platform ensures that documents are processed through a multi-layered security pipeline involving integrity verification, malware scanning, and automated normalization to standardized PDF formats to ensure long-term archival stability.
Implementation Sequence
1. Ingestion Interface Initialization
Navigate to the Documents repository via the primary sidebar. Select the New Document action to initialize the secure ingestion module.
2. Secure Transmission Protocols
The platform supports two primary modes for digital asset transmission:
- Direct Ingestion (Drag & Drop): Drag the target file into the designated high-security zone for immediate processing.
- System Browser Selection: Utilize the standard OS-level file browser to locate and upload the asset.
3. Automated Processing and Normalization
Upon transmission, the IUSign engine executes the following background operations:
- Integrity Verification: The file is scanned for structural anomalies and malicious payloads.
- Normalization: DOCX and DOC files are automatically converted to ISO-standard PDF to ensure consistency across all recipient environments.
- Cryptographic Indexing: A unique, immutable Document ID is generated, serving as the forensic primary key for all future audit events.
Technical Specifications and Constraints
To maintain optimal system performance and security, the following ingestion limits are enforced based on the active subscription tier:
| Subscription Tier | Max File Size | Max Page Count | Encryption Standard |
|---|---|---|---|
| Free | 10 MB | 50 pages | Standard TLS |
| Solo | 25 MB | 200 pages | AES-256 (At-Rest) |
| Growth | 50 MB | 500 pages | AES-256-GCM (At-Rest) |
| Enterprise | 100 MB | Unlimited | Customer-Managed Keys (Optional) |
Forensic Logging and Metadata
Every ingestion event is recorded with the following forensic metadata to ensure a defensible chain of custody:
- Ingestion Source: The IP address and User Agent of the initiating actor.
- Checksum (SHA-256): A unique hash of the original file, ensuring that any subsequent modification can be detected.
- MIME-Type Validation: Verification of the file's internal structure against its declared format.
Diagnostic and Resolution Protocols
| System Exception | Probable Cause | Resolution Protocol |
|---|---|---|
| Unsupported MIME-type | Non-standard format | Convert the asset to a standard PDF or DOCX before re-attempting ingestion. |
| Payload limit exceeded | Tier constraint | Upgrade your subscription tier or utilize PDF optimization tools to reduce file size. |
| Integrity violation | Malware or Corruption | Sanitize the source document and verify its structural integrity before re-uploading. |