[RegTech · AI]

LEMO—AILegislationMonitoring

An AI-powered RegTech platform that helps companies monitor legislation, understand what changed and see how it may affect their internal processes. Devehope built the full-stack SaaS around that methodology.

RegTech
LEMO news overview on desktop and mobile

Technology

Next.js
React
TypeScript
PostgreSQL
Prisma
LLM agents
Docker
Coolify
The challenge

Monitoringlegislationisonlythefirststep

Regulated companies have to follow new laws, amendments, methodologies, decisions and guidance. The information exists, but it is spread across government systems, parliament, regulators and documents.

The real work starts after something changes: what actually changed, whether it is relevant, which obligations or processes are affected, and who needs to know. That often becomes manual monitoring, newsletters and specialist time spent filtering updates that never touch the company.

Source → change → relevance → impact → action

  1. 01

    Official sources

    Laws, amendments, guidance and decisions.

  2. 02

    What changed

    A structured reading of the development.

  3. 03

    Relevance

    Does it touch this organization?

  4. 04

    Impact

    Which obligations or processes are affected?

  5. 05

    Action

    Who needs to know, and through which channel?

Ingestion

Oneregulatoryintelligencelayer

LEMO brings sources including ODOK/EKLEP, the Chamber of Deputies and e-Sbírka into one environment, together with configurable monitoring of pages, lists, RSS feeds and sitemaps. Incoming information is transformed into a common model and connected with regulations, processes, concepts and source documents.

This is more than connecting a few APIs. Sources use different interfaces, identifiers, document structures and publication workflows, so the platform has its own ingestion, normalization and change detection.

  1. 1

    ODOK · Parliament · e-Sbírka · regulatory websites

  2. 2

    Ingestion and change detection

  3. 3

    Normalized regulatory data

  4. 4

    Company-specific analysis

Documents

MakinglegaldocumentsusablebyAI

A large part of regulatory information lives in PDF, DOCX and HTML. Before deeper reasoning, LEMO fetches the source, extracts normalized legal Markdown, splits it into chunks and classifies it for further analysis.

That preprocessing is a more predictable foundation than repeatedly handing arbitrary source files to a model.

  1. 01

    PDF / DOCX / HTML

  2. 02

    Extraction

  3. 03

    Legal Markdown

  4. 04

    Chunking

  5. 05

    Classification

  6. 06

    AI analysis

AI architecture

Multi-stageanalysis,notanothersummary

The model has to understand both sides: what a regulatory change means, and what it means for this organization. Analysis is therefore split into specialized stages instead of one prompt that tries to do everything.

  1. 1

    Understand the company

    The C2 layer maps relevant business processes into structured client-process relationships that can be reviewed.

  2. 2

    Understand the legislation

    C3 analyzes one development: the change, a detailed reading, effectiveness and affected regulations.

  3. 3

    Identify affected processes

    C4 finds generic process impacts, then combines them with the client context.

  4. 4

    Client-specific impact

    Process plus company context becomes an impact the organization can act on.

Human control

AIthatstaysinspectable

Regulatory analysis is high-stakes, so output cannot disappear into a black box. LEMO records individual analysis runs and supports inspection of the model, token consumption, execution trace and result preview.

Administrators can select models, override instructions for a run and review AI-generated process mappings and impacts in the application. AI handles the expensive reading and first pass. Specialists keep the decisions.

Product

Regulationorganizedaroundthebusiness

Companies operate through processes, not lists of legislation. Each client has its own users, monitored regulations, processes, concepts and notification settings. AI can assist with process mapping, and administrators review and approve the resulting configuration.

The product can move the question from “what new legislation appeared?” to “what changed that may affect our processes?”. Relevant updates go out as scheduled email digests. The same analytics view shows how volume moves over time and how updates distribute across legal areas and processes.

LEMO dashboard with news volume and breakdown by area

News volume

21 Aug – 17 Sep · illustrative view from the product analytics

2
21 Aug
5
28 Aug
1
4 Sep
8
11 Sep
3
17 Sep

News by legal area

Breakdown by legal area in the same illustrative window

  • Financial law – non-tax12
  • Administrative law8
  • Financial law – tax6
  • Labour law5
  • Environment and land use4
  • Administrative law – energy4
  • No area2
Onboarding

Personalizationbeforethemainapplication

The demo flow combines passwordless access, an AI interview, a company profile and process mapping. LEMO can then run the same analysis pipeline against relevant developments and prepare an initial personalized digest. That removes much of the manual setup normally required before an enterprise monitoring product becomes useful.

  1. 01

    AI interview

  2. 02

    Company profile

  3. 03

    Process mapping

  4. 04

    Relevant analysis

  5. 05

    Personalized digest

Platform

Acompleteproductionsystem

LEMO is not an isolated AI workflow. The customer application, administration, ingestion, document preprocessing, scheduled monitoring, agents, authentication and notifications sit around a PostgreSQL model. AI agents run in-process over the same application and data. Production is a standalone Next.js Docker app connected to PostgreSQL, regulatory sources and AI providers, deployed with Docker and Coolify.

  1. 1

    Sources

  2. 2

    Data ingestion

  3. 3

    Document processing

  4. 4

    PostgreSQL

  5. 5

    AI agents

  6. 6

    Relevance and impact

  7. 7

    Dashboard and notifications

Devehope’srole

The regulatory methodology comes from specialists. Our work was the technical system around it.

Product

Architecture and SaaS

Product and software architecture, the customer application and multi-client administration.

Data

Sources and documents

Regulatory integrations, scraping, normalization and the document processing pipeline.

AI

Agents with a review path

Multi-stage analysis, company-specific impact mapping and inspection of individual runs.

Delivery

Production and notifications

Authentication, scheduled digests, Docker deployment and ongoing development.

The result

Frommanualmonitoringtoastructuredintelligenceworkflow

LEMO brings fragmented sources together, processes complex legal documents, identifies potentially relevant changes and connects them to the context of individual organizations. Compliance, legal and risk teams spend less time finding and filtering information.

The difficult part was not adding an LLM to a legal database. It was designing the data, software and workflows that let AI operate usefully inside a regulated domain.

Selectedprojects

From regulated FinTech and RegTech platforms to AI systems, marketplaces, and large e-commerce ecosystems.

Let’sdiscusswhatcomesnext

Whether you already have a clear plan or are still shaping the idea, we can help you clarify scope, priorities, and the most effective path forward.
Devehope Technologies s.r.o. Nové Sady 988/22 29000 Brno, Czech Republic
Reg. No.:19549997
Data Box:m99wavh
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