timveroAI is the AI acceleration layer for the timveroOS Building Platform — a controlled, RAG-grounded implementation agent built on Claude Code. It composes the Building Platform’s reusable components into a production-grade lending system from your business requirements, asking the right clarifying questions instead of guessing.
timveroAI takes business requirements — described in plain language (English, French, and others) — and turns them into a running lending system, using 10+ years of production lending expertise already encoded in the timveroOS Building Platform.
Your business analyst describes what you need in plain language. timveroAI asks structured questions, extracts precise technical requirements, and produces a full specification — without a single ticket written by hand.
The AI matches your requirements to a production-tested skeleton, generates a task breakdown with file-level code hints, and works inside Claude Code — composing the Building Platform’s reusable components into a real timveroOS deployment, not a prototype.
Boilerplate drops from 60–70% of development time to under 20%. A team of 2–4 engineers delivers what previously required 6–8. Implementation in 2–6 weeks instead of 3–6 months.
Every output is anchored in timveroOS’s actual source code, atom library, and past implementations via RAG. timveroAI is built for highly regulated banking operations, with anti-hallucination patterns that ensure when the AI doesn’t know something, it asks instead of guessing — no invented APIs, no hallucinated imports, no pattern drift.
Workflow & State Machine Generation
Auto-configure multi-stage approval flows, loan lifecycle statuses, and transition rules — matching your exact credit policy.
Compliance-Aware Configuration
Scaffolds covenant monitoring components, generates audit trails, applies regulatory patterns to configurations automatically. The AI knows the regulatory patterns; you configure them once, they propagate.
Ongoing Maintenance & Updates
As timveroOS evolves, timveroAI propagates upgrades to your configuration and flags conflicts before they reach production.
Integration Scaffolding
Credit bureaus, payment gateways, KYC providers — the AI generates the integration layer and data mapping, not just the stub.
timveroAI uses Retrieval-Augmented Generation trained on the timveroOS source code, atom vocabulary, and past implementations — so it composes real, production-grade configurations, not prototypes.
Describe your lending product, workflow, or regulatory requirement in plain language — English, French, and others. timveroAI asks clarifying questions like a senior product owner, not a search box.
Before any code is generated, timveroAI presents its architectural plan: which atoms it will compose, which workflows it will configure, which components it will assemble. You approve before generation begins — every change traceable.
timveroAI generates production-grade configurations on the Building Platform — framework-native code, no invented APIs, no hallucinated imports. The 70–80% grunt work; your developers focus on the 20% that’s domain-specific.
Automated tests run against your original requirements. AI documentation is updated to reflect the current state of the system. Your team reviews and deploys.
Your products don’t fit into off-the-shelf templates. timveroAI configures the exact workflow, approval structure, and compliance logic your institution requires — without 6-month implementation cycles.
You have a unique credit model, a novel product, and no time to build from scratch. timveroAI gets your core lending system configured and production-ready so your engineers focus on the differentiator.
Your portfolio moves quickly. timveroAI configures the operational infrastructure to match — pipeline management, covenant tracking, portfolio analytics — without waiting months for a system to be built.
Same engine, different entry points. No development experience required for the Business Leader flow.
Engineers, solution architects, technical leads
Claude Code in your IDE, working alongside a live Building Platform deployment. Add features, refactor configurations, and extend integrations through natural-language commands inside your existing development environment.
Business analysts, product owners, business leads
Claude Code desktop. Describe your full lending product in a structured conversation — timveroAI generates a working application on the Building Platform, ready to test on your machine in ~30 minutes.
“We develop and implement timveroAI so that our customers can configure and launch new credit products on their own without lengthy development. Our framework supports flexible solutions and is fully customizable.”
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timveroOS partners with a fast-growing European fintech to launch a multi-country proactive credit product for SMEs delivering full automation, regulatory compliance, and rapid market rollout at a fraction of the cost and time of traditional banking systems.
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timveroOS enables a US-based litigation finance company to launch complex working capital products for law firms while achieving full automation, faster time to market, and significantly lowering costs compared to their previous enterprise platform.
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timveroOS enabled a leading Armenian bank to transform a complex lending concept with guarantor support into a fully automated, production-ready solution. The platform ensured full compliance and rapid deployment - bringing the new product to market in just six months.
Read now10+ years of TIMVERO expertise encoded as structured, machine-readable data. 15 core lending functions mapped to specific SDK implementations. The vocabulary AI uses when interviewing your business analyst.
Library of fully working lending applications across three tiers: Deep Reference (1–2 features, full depth), Breadth Skeletons (5+ features), and Product Skeletons (full product types: BNPL, installment, etc.). Not generated code — tested templates.
33 chapters of SDK documentation chunked, tagged, and embedded in pgvector. Fed into the AI agent’s context via RAG. Code hints and patterns are exact — not hallucinated.
AI asks structured questions guided by the Feature Ontology. Your BA or product owner describes in plain language — the system extracts precise technical parameters in real time.
Matches requirements to a skeleton, calculates coverage score (target >70%), generates gap analysis, decomposes into developer tasks with file-level code hints. Exports to Markdown and PDF.
Tasks with specific files to modify and code hints — not abstract “implement feature X” but “here’s the EntityChecker based on the credit-check skeleton pattern, here are the files.” Syncs with code changes.
A single MCP server connects Claude Code directly to your project SDK docs, spec, skeleton patterns, and code operations in one integration.
Developer decisions in code automatically propagate back into the specification. BA receives notifications about changes. Spec stays current throughout development, not just at project start.
Parallel task detection, file-level conflict awareness, and merge prevention. Essential for teams of 2+ developers working simultaneously on the same lending system.
Atoms are the tokens of the Building Platform — business-meaningful primitives with clear inputs, outputs, and lending semantics. timveroAI uses them as a vocabulary: when you describe a requirement in plain language, the AI maps it to the atoms below and composes them into your lending system. No invented primitives, no hallucinated patterns.
Foundation of every lending product — organisation, currencies, calendar, and the system-level parameters that every other atom depends on.
The credit application as a process — origination flow, status transitions, decision points. Where customer requests enter and move through the system.
The actors and assets in the deal — borrowers, co-borrowers, and guarantors, plus the collateral that secures the loan. Who and what backs the credit.
The document lifecycle across the loan — signable for e-signature, required for compliance gates, uploadable for borrower submissions. One atom, three states.
The credit decisioning configuration — what checks run, in what order, which data sources feed the call. Configures the scoring framework; the actual decisioning runs on the Building Platform’s XAI scoring engine.
The financial product itself — product definition, repayment conditions, and procuring rules. Where deal terms are encoded.
The extension point for institution-specific atoms not in the standard library — used when business logic actually demands a new primitive, not a workaround. Rare by design.
timveroAI is the AI acceleration layer for the timveroOS Building Platform — delivered as Claude Code plugins that ship from the timvero corporate GitHub. It’s not standalone — timveroAI operates within the Building Platform, not independently of it. The plugins have RAG-grounded access to the platform’s source code, atom library, and past implementations, so the AI works with known building blocks only — no invented APIs, no hallucinated patterns.
timveroAI handles five core workflows: Requirements & analysis — formalises business requirements from conversations, charts, or BPMs into structured specs; Implementation — takes formalised requirements and implements them using timveroOS building blocks in the correct, platform-native way; Testing — runs automated tests to verify the implemented feature against requirements; Documentation — generates and updates AI docs reflecting the current state of your configuration; Orchestration — manages a sub-agent team to run development, QA, and deployment tasks in parallel. In practice, a feature that used to take days can be implemented and tested in under 10 minutes.
Not for most workflows. Business analysts, product owners, and business leads can configure and extend the platform using natural language through Claude Code desktop. timveroAI accepts requirements as plain descriptions, structured Q&A, charts, or BPMs — and produces a working lending application on the Building Platform in ~30 minutes. Engineers are optional at this stage; the plugin handles code generation and platform-native integration. For complex custom scenarios or organic feature additions, a developer can work alongside timveroAI in their IDE to accelerate delivery significantly.
timveroAI maintains a structural knowledge base of your timveroOS configuration — connected modules, customisations, implemented workflows, and best practices. It reads this knowledge base before every action, which is why it can ask the right clarifying questions (like a good product owner) rather than making assumptions. Access is scoped to your timveroOS instance only; the plugin doesn’t have access to borrower data or external systems unless explicitly connected.
timveroAI doesn’t replace your team — it removes the bottlenecks that slow them down. Requirements are formalised faster and more accurately. Platform-native implementation means fewer integration errors. Automated testing catches regressions immediately. Your engineers spend time on high-value decisions, not boilerplate configuration. Most clients see their team handling 3–4× the throughput on platform customisation without additional headcount.
timveroAI is an agentic AI system — not a chatbot. The distinction matters: a chatbot answers questions and waits for your next input. timveroAI takes a goal, breaks it into subtasks, and executes them autonomously. It manages a team of specialised sub-agents — one to formalise requirements, one to implement, one to test, one to update documentation — all running in parallel under a single orchestrator. Once you describe what you need, it asks the right clarifying questions (like a good product owner), then executes end-to-end. Your team reviews the output, not every step.
No. timveroAI is the implementation/configuration layer — it composes the Building Platform to match your business requirements. Decisioning logic, credit scoring, and portfolio analytics are separate Building Platform capabilities (the XAI scoring engine and the Advanced Analytics layer). timveroAI does not have access to borrower data or runtime portfolio metrics. Its scope is bounded to your timveroOS instance configuration.
Plain English, French, and others. timveroAI maps natural-language requirements to the Building Platform’s atom vocabulary regardless of input language — relevant for institutions operating across multiple jurisdictions or with multi-language teams.
timveroAI is built on Claude Code with anti-hallucination patterns specifically for regulated banking operations. Three things make it different: (1) it’s RAG-grounded on the actual Building Platform source code — no invented APIs; (2) it operates within the platform’s atom vocabulary — no free-form generation; (3) it asks clarifying questions when uncertain instead of guessing. The output is production-grade configuration on trusted infrastructure, not prototype code that needs to be rewritten before production.
We’ll walk you through a personalized demo — your segment, your product type, your business requirements turned into a running system.
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