Applied research + engineering

Technology built around problems that conventional solutions do not solve well.

We research, design and implement custom systems, automation and integrations around the reality of each operation.

Software engineering in practice
Custom systemsAutomationIntegrationsApplied AI

Where we start

When technology no longer keeps up with the operation.

Infinity Tec Labs works where the business problem is real, the constraints matter and an off-the-shelf answer is not enough.

01

Operations outgrow manual processes

Spreadsheets, rework and disconnected routines become a bottleneck for scale and control.

02

Systems do not reflect the real process

The operation adapts to software limitations instead of technology adapting to the business.

03

Critical systems do not communicate

Data is fragmented across platforms, creating duplication, delays and weak visibility.

04

The required solution does not exist on the shelf

The business needs a specific combination of workflow, data, integration and engineering.

Software, not spectacle

We work where software has to understand the operation.

Product engineering

Interfaces, workflows and business rules designed around real users.

Architecture & collaboration

Technical decisions are connected to process, people and business constraints.

Data & operation

Dashboards, data flows and automation built to support decisions and execution.

Solutions

Engineering capacity applied to business problems.

We combine diagnosis, architecture, software engineering and implementation. The solution is defined after the problem is understood.

01

Custom systems

Platforms and internal products designed around the actual process, users and operating constraints.

  • Web platforms
  • Business systems
  • Internal products
02

Process automation

Automation for repetitive, fragmented or error-prone workflows with clear operational ownership.

  • Workflows
  • Data processing
  • Operational automation
03

Systems & API integration

Reliable integration between ERPs, platforms, APIs and data sources without forcing the operation into silos.

  • APIs
  • ERP integration
  • Data flows
04

Modernization & evolution

Incremental modernization of legacy systems, architecture and interfaces while preserving business continuity.

  • Legacy evolution
  • Architecture
  • Performance

Development portfolio

Software products and platforms developed around specific operations.

The examples below are grounded in active internal repositories. We describe technical scope without publishing client results or confidential information.

P / 01Governed corporate AI agent

Sigma360 AgenteIA

Dedicated corporate AI agent with scoped knowledge access, audit trails, permissions and RAG, combining a Flask backend with a Next.js operational interface.

  • RAG
  • Audit
  • Scoped permissions
  • Next.js + Flask
Talk about a similar challenge
P / 02Operational and management platform

Sigma360 Farma

Pharmacy management platform connecting operational data, management views and analytics/AI capabilities across local and cloud layers.

  • Operational platform
  • Analytics
  • Integrations
  • AI/ML
Talk about a similar challenge
P / 03Operational software modernization

Sigma360 EncarteShop

Next.js and TypeScript system created to replace a Python exporter and spreadsheet-driven operational control with a structured application and operational database.

  • Next.js
  • TypeScript
  • Operational data
  • Legacy migration
Talk about a similar challenge

Context images are illustrative; they are not product screenshots.

Research & Development

Applied R&D when the answer is not obvious yet.

Some business problems should not begin with a fixed implementation. We use research, technical discovery and prototyping to reduce uncertainty before committing to a solution.

  1. 01

    Technical feasibility and architecture studies

  2. 02

    Prototypes and proof-of-concept development

  3. 03

    Evaluation of automation, data and AI opportunities

  4. 04

    Validation before production-scale implementation

How we work

A clear path from problem to implementation.

The commercial entry point is intentionally flexible. Depending on the context, the next step can be a direct proposal, diagnosis, discovery, prototype or implementation plan.

01

Understand

Business context, operation, users, constraints and the problem behind the request.

02

Diagnose

Clarify causes, dependencies, risks and what must actually change.

03

Design

Define the right technical and operational response, not a predetermined product.

04

Implement

Build, integrate and deploy with engineering discipline and measurable acceptance criteria.

05

Validate & evolve

Confirm the solution in operation and evolve it as the business changes.

Engineering depth

Technical capability without turning the website into a wall of logos.

  • 01Solution architecture
  • 02Web & platform engineering
  • 03APIs and systems integration
  • 04Data flows and automation
  • 05Legacy modernization
  • 06Applied AI when it has a defined role
  • 07Deployment and technical operation
  • 08Observability and engineering practices

Infinity Tec Labs

A technology R&D laboratory for companies.

Infinity Tec Labs researches and develops technology for business use, combining systems, automation, integrations and applied engineering. We are problem-led and sector-aware: the business context comes first, and technical depth follows where it creates value.

Business problem → Applied R&D → Custom engineering → Implementation → Operation

Start with the problem

Tell us what your operation needs to solve.

You do not need to arrive with a finished technical specification. Bring the context, current situation, objective and desired timing. We will determine the most appropriate next step with you.

Talk about your project