timveroOS launches recourse, non-recourse, and selective invoice factoring on a Building Platform: borrowing-base math, dilution tracking, and lockbox reconciliation modeled as building blocks instead of custom code.
Specialty lenders, factors, NBFIs, and Tier 3-4 banks go live in 2 to 6 weeks, in their own environment, with code-level control over every advance rate, eligibility rule, and reserve release.
Tell us the factoring program you want to see: recourse, non-recourse, selective spot, reverse supply-chain, or your own debtor-concentration pattern. We tailor the demo bench to your exact case.
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Trusted by banks, factors, and specialty finance teams across 13+ regulated markets
Invoice factoring runs on a data model that generic loan management software was never built to hold. Multi-debtor structures, advance rates per debtor and per invoice, reserves that flex with dilution, lockbox reconciliation against thousands of small payments daily: none of this fits a vanilla installment schema. Specialty finance units inside banks and standalone NBFIs hit the same architectural ceiling.
Generic SaaS loan platforms assume one borrower per loan. Factoring needs entity structures for sellers, multiple debtors per assignment, guarantors, and the invoices themselves, each with its own aging, dispute status, dilution history, and reserve allocation. Bolting this onto a standard LMS schema produces brittle workarounds that break at scale.
Eligibility rules around aging, cross-aging, concentration limits by debtor or industry, dilution reserves, and ineligibles need to live as monitored logic inside the platform, not as Excel models reconciled after the fact. When a regulator or a committee asks why an advance was approved, “we ran a spreadsheet” is not an answer.
ACH and lockbox files arrive in fragments. Payments need to match to invoices, partial pays and short pays handled cleanly, dilution from returns and credits tracked in real time, chargebacks posted to GL without manual touch. Generic LMS systems treat this as an export problem, not a native flow.
Adding selective factoring on top of an existing recourse line, supporting reverse factoring for a supply-chain program, launching a non-recourse pilot for a specific debtor concentration: these are quarterly decisions for a specialty lender, not 12-month vendor negotiations.
Invoice-level ledger, dilution tracking, advance rates, reconciliation: all as building blocks. Multi-debtor, multi-currency, multi-jurisdiction, without custom code. timveroOS models the participants, the math, and the lifecycle natively, so factoring teams compose recourse, non-recourse, or selective variants from the same architectural primitives instead of rebuilt schemas.
Real-Time Borrowing Base, Calculated as Policy
Eligibility rules for invoice aging, cross-aging, debtor and industry concentration, ineligibles, and dilution reserves are authored once and evaluated continuously. Headroom against each facility updates in real time as invoices clear, advances draw, and reserves release. Overrides are governed, versioned, and logged with decision context, ready for credit committees and regulators without manual reconciliation.
Lockbox Reconciliation Without Exceptions
Lockbox and ACH files are ingested automatically, payments matched to invoices, partial pays and short pays handled cleanly. Dilution from returns, discounts, and credit notes is tracked in real time. Reserve releases, chargebacks, and GL postings remain audit-ready, eliminating the spreadsheet-shaped gap between cash applied and ledger posted.
Sellers, debtors, guarantors, agents, collateral holders, and the invoices themselves are first-class entities on the Building Platform. NOA workflows, UCC filings, assignment documents, and debtor confirmations run as configurable flows against the entity model, not as bolt-on document modules.
Each participant carries its own documents, lifecycle, and scoring. Multi-currency and multi-jurisdiction operations are architectural features, not localization packages. Syndications, participations, and agent structures sit alongside the seller-debtor relationship in the same model. No separate tables, no separate schemas, no separate audit trails.
Products assemble from the same building blocks: a recourse line, a non-recourse facility for single-debtor concentration, a selective product for spot deals, a reverse-factoring program for a supply-chain client. Eligibility, advance rates, reserves, and pricing configure against the existing model. No new schema, no vendor ticket.
AI brings the speed. The Building Platform brings the trust.
timveroAI is the AI acceleration layer over the Building Platform: a controlled, RAG-grounded implementation agent built on Claude Code. It does not score debtors, decide advances, or run portfolio analytics. It composes factoring products, interpreting natural-language requirements, mapping them to atoms (Risk, Documents, Products, Offers, Servicing), and assembling building blocks into a production-ready configuration. Two engineers replace eight. Cost-to-change drops 5x.
Learn About timveroAI
Natural-language dialog with your product and risk teams. timveroAI asks clarifying questions instead of guessing the eligibility, advance, or reserve logic.
A plan with atoms, flows, and components, surfaced for your team to approve before any code generation runs.
Code generation that uses the Building Platform’s native components and patterns, RAG-grounded on actual source and your atom library. No invented APIs, no hallucinated imports.
Automated tests run against the original requirements. Documentation updates automatically as the factoring variant ships.
Factoring loses money to dilution: invoices partially paid, returned, or credited after they have been advanced against. The Advanced Analytics layer on timveroOS (distinct from timveroAI) is the XAI scoring engine that powers in-flight decisioning across the platform, configured for receivables finance. Every score is explainable, every decision logged, every model trained on data that stays in your environment.
Explainable Debtor Risk Scoring
Models trained in your environment on your portfolio, flagging concentration creep and credit deterioration before exposure becomes loss. Features, weights, and decision paths surface to the credit committee, not just the final score.
DSO and Dilution Forecasts
Payment-timing predictions and dilution curves per debtor and per industry segment, feeding into headroom calculations and reserve policy.
Invoice and Credit-Note Anomaly Detection
Duplicate-invoice flags, forged documents, and suspicious credit-note patterns identified at submission, before assignment.
Collection Strategy Optimization
Channel and timing recommendations per debtor profile, optimizing recovery without eroding the commercial relationship.
Whether you run factoring as a standalone specialty NBFI or as a portfolio inside a Tier 3-4 bank, the architecture problem is the same: invoice-level ledgers, dilution math, and lockbox flows that no generic LMS holds cleanly. The Building Platform answers it once, in your environment, at the code level.
Factors, NBFIs, and B2B marketplaces with embedded factoring
Generic SaaS LMS platforms were not built for invoice-level ledgers, dilution tracking, or advance-rate logic. Selective programs, supply-chain reverse factoring, and multi-debtor concentrations live outside their schemas. The Building Platform handles invoice ledgers, dilution, and advance rates natively, multi-debtor and multi-currency, without custom code.
Tier 3-4 banks with specialty finance units
Your specialty finance unit’s factoring product runs on workarounds inside the bank’s core LMS, and the audit trail lives in three places. The Building Platform deploys in your own environment, with code-level access to every eligibility rule and reserve calculation. No multi-tenant commingling, no vendor-roadmap dependency.
Cartiga is not an invoice factor, but their architecture problem is the receivables finance problem: working capital secured by legal cases, with bespoke repayment schedules and a balloon principal repayment without a rigid date. No SaaS LMS template fits that. Salesforce, their starting point, couldn’t support the end-to-end automation within time or budget.
“timveroOS has become the core engine behind our law firm lending business. Its framework allowed us to build sophisticated workflows, pricing, and collateral logic per our bespoke structures, something no SaaS or traditional LMS could offer.”
Read the Cartiga Case StudyEligibility, advance rates, concentration limits, and dilution reserves are versioned code in your environment, not vendor configuration screens. Audit trails come for free, and a regulator change ships as a commit, not a vendor ticket.
Sellers, debtors, guarantors, agents, invoices, and reserves are first-class entities, not extensions of a generic loan record. Multi-debtor structures and syndications work without spreadsheet workarounds.
The Building Platform runs in your environment. Data does not leave it. Regulators see your stack, not a vendor’s. No multi-tenant commingling, no shared compute, no surprise residency conversations.
New factoring variants ship in weeks, not in a quarterly vendor roadmap conversation. Your team owns the customization layer, and timveroAI handles 70 to 80 percent of the boilerplate.
Specialty lenders evaluating factoring software typically pick between two compromises: SaaS that ships fast but limits the schema, or custom development that gives architectural control at 12 to 18 months and millions of dollars. The Building Platform is the third path: code-level access without the build timeline.
Lockbox banks, payment rails, AML/KYC providers, credit bureaus, GL and accounting systems, ERP/EDI for debtor confirmations, and seller portals connect natively to the Building Platform, implemented during deployment, owned in your code. No marketplace dependency, no per-call surcharges, no integration partner gatekeeping. Your team adds new vendors through the Open SDK; new vendors get composed by timveroAI in days, not in a vendor roadmap quarter.
Invoice factoring software runs the end-to-end lifecycle of receivables finance: seller onboarding, invoice submission and verification, assignment, funding, reserve management, lockbox reconciliation, dilution tracking, and collections. timveroOS is invoice factoring software built on a Building Platform, meaning the borrowing-base math, advance-rate logic, and multi-debtor entity model live as building blocks in your environment, not as a vendor-hosted SaaS configuration. Factoring teams use it to launch recourse, non-recourse, selective, and reverse factoring products from the same architectural primitives.
Three categories cover most of the market. SaaS factoring platforms offer fast initial deployment but constrain the schema, the eligibility logic, and the deployment model to what the vendor exposes. Custom development gives full control at the cost of 12 to 18 month build timelines and ongoing maintenance. The Building Platform is the third path: timveroOS provides the receivables-finance building blocks (invoice-level ledger, borrowing-base math as policies-as-code, lockbox reconciliation, multi-debtor entity model) and your team composes the specific factoring variant on top, in weeks rather than months, in your own environment rather than the vendor’s.
Specialized factoring SaaS ships fast and handles vanilla recourse factoring well, but the eligibility logic, advance-rate math, and concentration rules live inside vendor configuration screens. timveroOS runs the same logic as policies-as-code on a Building Platform you deploy in your own environment. The trade is different: SaaS optimizes for time-to-first-product on a constrained schema; the Building Platform optimizes for architectural control without the custom-build timeline. Specialty lenders running selective programs, reverse factoring, or supply-chain variants typically reach the ceiling of SaaS configuration faster than they expect.
timveroOS supports recourse, non-recourse, selective (spot), reverse (supply-chain), and full-turn factoring as compositions of the same building blocks. Multi-debtor concentrations, agent and guarantor structures, syndications, and participations are modeled natively in the entity layer. Multi-currency and multi-jurisdiction operations are architectural features of the Building Platform, not localization packages. New product variants get composed by timveroAI from atoms (Risk, Documents, Products, Offers, Servicing) without rebuilding the schema.
Invoice factoring and invoice financing solve adjacent problems with different mechanics. Factoring purchases receivables outright (with NOA, debtor notification, and direct collection); invoice financing lends against the receivable while the seller continues to collect. timveroOS supports both as compositions on the same Building Platform: the invoice-level ledger, eligibility logic, and dilution tracking are shared building blocks; the participant model, notification flows, and collection logic vary by product type. Lenders running both products on the same portfolio configure them as separate variants without duplicating the underlying entity model.
Initial factoring products go live in 2 to 6 weeks from signing. The Building Platform provides the receivables-finance building blocks, and timveroAI composes the specific variant (eligibility rules, advance rates, reserve logic, lockbox flows, dilution tracking) from your team’s natural-language requirements, with a human approval gate before any generation runs. Cartiga, working in an adjacent specialty (working capital secured by legal cases) shipped the origination MVP in three months with full end-to-end servicing in another two, at 10 to 12 percent of the budget of their prior platform.
timveroOS deploys in your own environment: self-hosted or in your private cloud. Borrowers, debtors, invoices, lockbox files, and reserve calculations stay inside the boundary you control; no vendor-hosted multi-tenancy, no shared compute, no data leaving your environment. The Building Platform is the deployment model that lets specialty finance units inside banks and standalone factoring NBFIs use the same software stack without compromising on data sovereignty, audit access, or regulator-facing transparency.
$5.5B+ in loans managed. 13+ countries. Factoring variants live in 2 to 6 weeks, in your environment. See it in a 30-minute demo.
