Loan Ops Automation
AI-based Loan Automation System
Loan Ops Automation is an AI-based enterprise application that offers a comprehensive set of features for classifying, extracting, reconciling and analyzing loan documents. The application can process documents in various formats such as scanned paper, PDF machine-readable, XBRL/XML, JSON, Word, PPT, Excel & CSV.
Changes in equity
Personal financial statements
1040, 1120, 1065 tax forms & W-2 forms
Reconciliation of financial statements with notes
Other businesses and financial statements
Commercial & Retail Banking
Non Banking Financial Institution
Asset & Private wealth managers
AI-based Loan Ops Automation System for Faster Analysis
Loan Ops Automation by Scry Analytics delivers tremendous gains in productivity and cost reduction while guaranteeing unprecedented levels of accuracy at scale. It is powered by extensive automation that is implemented at each stage of the process.More Detail
- 80% reduction in time and cost
- Streamlines workflow management with role-based access
- 90%+ accuracy achieved with pre-trained algorithms and domain ontology
- Supports multiple languages including Spanish, French and German
AutomationPrebuilt APIs to source and map and process Financial Statements from several internal and external sources
FlexibilityCollatio® Loan Ops Automation is highly configurable - Banks and financial service providers can create custom templates for capturing, spreading, reporting and projecting the data.
ScalabilityThe Loan Ops Automation application is designed for high availability and scalability in the enterprise application segment. Data is stored in a centralized database for data analysis and reporting requirements.
Collatio has been built using
the following technologies
Key Differentiators &
User Interface and APIs
Pre-built graphical user interface (GUI) & APIs for quick deployment & integration with clients’ existing workflow.
Pre-built financial ontologies & business rules that are dynamically updated to improve the product accuracy over time.
30+ probabilistic spatial and temporal graph algorithms to determine links and connected entities.