Automate digital intake, KYC/AML verification, and policy-driven underwriting. Compose custom risk rules, scoring matrices, and approval workflows in days as policy-as-code on your own infrastructure.
Automate application intake, KYC/AML checks, decisioning matrices, and document generation on infrastructure you fully control. Deploy custom underwriting workflows in days with 100% codebase ownership.
Decisioning rules and scoring logic are never limited by vendor roadmaps. Customize underwriting matrices, credit bureau integrations, and approval tiers directly in your code.
Key origination blocks are pre-built: form builders, KYC/AML connectors, decision engines, and document generation. Skip 12 months of groundwork and go live immediately.
Your team composes tailored risk and credit policies on top of a battle-tested engine. Native Java and Spring Boot, run inside your environment with zero vendor lock-in.
Translate complex risk policies and credit matrices into versioned policy-as-code in minutes. timveroAI eliminates manual rule configuration with zero black-box risk.
Traditional platforms handle routine happy-path applications, but break when logic gets complex. timveroOS automates the 30% tail cases that consume the bulk of your team’s time.
100% Covered End-to-End by timveroOS
SaaS systems launch quickly but constrain your scoring rules, risk matrices, and credit bureau integrations. Custom builds offer total control over decision engines, but consume 12+ months of engineering. timveroOS delivers a production-ready origination engine in your own environment with 100% code control.
timveroAI is the AI building layer for timveroOS. It translates plain-language requirements into production-grade origination workflows, KYC checks, scoring matrices, and document templates, composed from 200+ pre-verified lending building blocks. Your business team iterates in real time, while engineers and risk officers retain strict review gates before anything touches production.
Explore timveroAI Features
Converts plain-language product specifications directly into versioned origination flows. Encodes KYC checks, scoring criteria, and affordability rules as clean policies-as-code.
Composes executable underwriting pipelines from pre-verified building blocks. Generates clean Java code with mandatory human technical review before deployment.
Builds dynamic rate, term, and limit matrices alongside manual override logic. Collapses product iteration cycles from months to days with zero integration debt.
Ships with deterministic execution, immutable audit logs, and full decision traceability. Drafts run through automated backtesting against historical data before going live.
Legacy LOS projects spend months translating risk requirements into vendor tickets. timveroAI lets business teams draft policy changes in plain English, while timveroOS executes the approved version deterministically inside your secure environment: same input, same result, every time.
3 weeks from kickoff to production. timveroOS delivers 80% pre-built core infrastructure, while timveroAI composes the remaining 20% custom origination logic.
Policies-as-code, deterministic execution, immutable audit logs, and 100% code ownership with zero unguided AI runtime risk.
Bespoke loan origination for regulated institutions: rapid credit product iteration for growth teams with strict compliance gates for risk officers.
The full origination journey runs as a configurable state machine. From initial digital intake to final disbursement, every event logs deterministically as policy-as-code inside your environment.
Multichannel onboarding (web, mobile, API) on a single entity model. Pre-qualification rules, knockout criteria, and segmentation logic executed in real time.
Pre-built connectors for identity, credit bureaus, and watchlists. Every check logs inputs and bureau responses to an immutable audit trail tied to the application.
Configurable multi-tier risk matrices, affordability calculators, and scoring models. Run new policies in shadow mode against historical data before production promotion.
Dynamic rate, term, and amount matrices assembled per applicant profile. Automated loan agreement rendering with field-level data lineage and zero re-keying.
Tailored origination contexts built on a single audit-ready core. From tier-1 banking compliance to fast-scaling fintechs, deploy custom application pipelines with zero vendor lock-in.
Deploy inside your secure perimeter with compliance policies encoded directly into the underwriting flow. Enforce KYC, AML, and local credit regulations without disrupting legacy core banking systems.
Explore Solution for BanksLaunch custom credit products and dynamic application forms in weeks. Iterate your underwriting matrices and credit bureau integrations at your roadmap’s speed, bypassing SaaS vendor queues.
Explore Solution for FintechsDeliver member-first digital onboarding with governed approval workflows. Scale your origination volume with predictable TCO, zero per-application or per-seat tax, keeping member data strictly on-premises.
Explore Solution for Credit UnionsSee how regulated banks, European fintechs, and litigation finance firms build production-grade origination stacks on timveroOS. Each achieved the same result: an automated decision engine they fully own, deployed in their secure cloud, in weeks instead of months.
timveroOS gave us a single platform we could extend per country without a separate engineering project for each market.
Read the Full Finom Case Study
AMIO required complex guarantor-backed origination workflows that legacy vendors couldn’t support. timveroOS’s entity-centric model handled guarantors and collateral natively, allowing AMIO to launch in six months with 95% straight-through processing.
Read AMIO’s Story
Migrated from a rigid CRM-lending tool that couldn’t handle multi-party litigation finance. Cartiga shipped a bespoke origination flow in 8 weeks at 10% of their previous TCO, with underwriting logic extended by their own engineers.
Read Cartiga’s StoryBanks, fintechs, and credit unions managing $5.5B+ in loans built their decision engines on timveroOS. Book a 30-minute intro call to see how a policy-as-code architecture fits your underwriting logic, your infrastructure, and your timeline.
Loan origination software (LOS), also called a loan origination system, manages the full lifecycle of issuing a loan: application intake, KYC and identity verification, underwriting and credit decisioning, offer generation, approval, document execution, and disbursement. timveroOS delivers loan origination as a Building Platform, every stage is a configurable, auditable building block you own, deploy on your own infrastructure, and extend in code.
SaaS loan origination platforms host your data in the vendor’s tenant, limit configuration to what the vendor exposes, and tie your origination roadmap to the vendor’s release schedule. timveroOS is a Building Platform, deployed on your infrastructure, governed by policies-as-code your team controls, and extendable at the architectural level through an open SDK. No vendor ticket required to add a new applicant type, bureau, or product structure.
Typically 3 weeks from kickoff to production. timveroAI, our RAG-grounded implementation agent, automates the mapping of business requirements to Building Platform configuration, composing the remaining 20% on top of the 80% the platform already ships, against traditional loan origination software development cycles that take 9 months on a multi-vendor assembly for the same scope.
Yes. The Building Platform runs loan origination in 13+ regulated markets, including the US (CFPB, Reg Z), UK (FCA, Consumer Duty), Canada (OSFI), the Netherlands (DNB), and Spain (Bank of Spain, EBA). Regulatory requirements are encoded as policies-as-code, not hardcoded into vendor logic.
Yes. timveroOS covers consumer, SMB, commercial, and specialty loan origination on the same Building Platform. The entity-centric data model supports borrowers, guarantors, co-applicants, agents, and collateral holders out of the box, so you configure the origination flow per product type without forking the platform.
Your loan origination data stays on your own infrastructure. timveroOS deploys on-premises or in your private cloud, no multi-tenancy, no data residency trade-offs, no vendor egress charges. This is a core Building Platform design principle, not an optional add-on for enterprise tiers.
timveroOS pricing is tiered by portfolio size, not per-user seat or per-loan. You pay for continuous access to the Building Platform, timveroAI implementation capacity, and platform updates; configurations remain your IP. Cost scales predictably with portfolio growth, and specific tiers are sized per engagement during the demo.
Six criteria separate platforms that scale from those that become bottlenecks: architectural extensibility (code-level access versus configuration ceilings), data residency, compliance configurability, implementation velocity, pricing transparency, and entity model depth. timveroOS is built as a Building Platform precisely along these dimensions.
Yes. Lenders migrate from SaaS LOS platforms and legacy in-house systems onto timveroOS regularly. The Building Platform supports data migration from common loan origination system schemas, with parallel-run validation before cutover. Implementation typically completes in 3 weeks with timveroAI handling configuration work.
timveroAI composes the Building Platform; it does not make lending decisions. Every origination flow it assembles includes versioned policies, immutable audit logs, document templates, and decision traceability. Compliance is a property of every Building Platform block, not a separate review pass. Your compliance team retains full review authority over generated configurations before production deployment.
Both. The Building Platform deploys to AWS, Azure, GCP, or your own data center, full on-premises, private cloud, or hybrid topologies. Web-based loan origination workflows, mobile origination apps, and API-driven integrations all run on the same timveroOS deployment.
Yes. The Building Platform exposes origination through native mobile applications, responsive web channels, and API integrations for embedded experiences. The same application object, policy engine, and audit trail serve all channels, no separate “mobile LOS” to integrate, configure, or maintain alongside the core platform.
