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AISTRAEN

SOFTWARE ENGINEERING · APPLIED AI · SYSTEMS INTEGRATION

Enterprise technology for operations that require continuity, integration, and control

AISTRAEN designs, integrates, and evolves enterprise systems: custom software, automation, and applied AI with architecture prepared for critical processes, growth, and operational continuity.

AI · AUTOMATION · SOFTWARE ENGINEERING · SYSTEMS INTEGRATION

OPERATIONAL FRICTION

Critical operationsdemand systems built with judgment.

FRICTION 01

Manual processes

Manual capture, validation, and transfer of information consume capacity and increase operational risk.

FRICTION 02

Siloed systems

ERP, CRM, spreadsheets, and applications maintain duplicated data and disconnected decisions.

FRICTION 03

Fragmented visibility

Reports arrive late, measures vary across teams, and leadership loses the ability to anticipate.

OPERATIONAL ARCHITECTURE

From disconnected systems to a governable operation

One map connects processes, systems, data, and decisions from the initial assessment through measurable operations.

STARTING POINT

Systems that do not communicate, processes that depend on people

Operations work, but only through duplicate data entry, bridge spreadsheets, and knowledge that lives in someone's head. Every system is an island, and no one has the complete picture.

  • Duplicate and contradictory data across systems
  • Critical processes sustained by manual steps
  • Silent failures discovered too late

HOW WE WORK

Phased execution with verifiable exit criteria

View the full method
  1. 01

    Assessment

    Timeline defined for each project

    We understand the operation as it actually runs before proposing anything: its systems, processes, data, and the people who keep it moving.

  2. 02

    Solution architecture

    Defined scope for each phase

    We design the smallest solution that solves the problem: what to build, what to integrate, what to leave out, and why.

  3. 03

    Build and integration

    Delivery cadence agreed for the engagement

    Delivery cadence is agreed based on project needs and dependencies.

  4. 04

    Production rollout

    Supported transition

    The system enters production with access, documentation, observability, and a team prepared to operate it.

  5. 05

    Continuous evolution

    Improvement cadence agreed for the engagement

    The system evolves with the business through a prioritized backlog, clear service commitments, and sustained technical health.

REFERENCE APPLICATIONS

Solution architectures for operational scenarios

Three scenarios show how we read the context, structure a solution, and define measures before execution.

Explore scenarios

Scenario 1 of 3: Billing and reconciliation without manual data entry

FINANCIAL OPERATIONS

REFERENCE APPLICATION

Billing and reconciliation without manual data entry

A B2B company invoices through its ERP, collects through three separate channels, and reconciles in spreadsheets. Every month-end close requires days of data entry, manual matching, and corrections that surface too late.

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  • Automated reconciliation workflow with exception management.
  • ERP-to-payment-channel integration with retries and transaction-level traceability.
  • Reconciliation status dashboard for finance and leadership.

SALES + OPERATIONS

REFERENCE APPLICATION

ERP and CRM telling the same story

Sales works in the CRM, operations invoices in the ERP, and the two systems never agree: duplicate customers, re-entered orders, and meetings spent reconciling figures instead of making decisions.

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  • ERP ↔ CRM synchronization with validation, queues, idempotency, monitoring, and alerts.
  • Documented data contracts and explicit conflict rules.
  • Pipeline, orders, and invoicing view with traceability to each source system.

EXECUTIVE LEADERSHIP

REFERENCE APPLICATION

Operational visibility across disconnected systems

At a company where production, logistics, and sales run in separate systems, leadership receives a hand-built view of operations once a month, and every department arrives at the review with different numbers.

View the full scenario
  • Agreed and documented metric model.
  • Consolidation pipeline with validation and anomaly alerts.
  • Executive dashboard and operational handoff to the internal team.

01 / 03

ENGINEERING PRINCIPLES

Principles behind every delivery

Precision
Scope, architecture, and delivery defined without ambiguity. What is agreed is what gets built.
Clarity
Technical complexity translated into decisions leadership can make with confidence.
Engineering
Sound, documented, operable architecture with decisions proportional to system criticality.
Traceability
Every requirement has a deliverable, every data point has a source, and every change has a record.
Operational control
Each delivery is designed to provide visibility into your operations.
Disciplined innovation
AI and automation applied where they create measurable efficiency, traceability, and control.

DELIVERY CAPABILITY

Trust is demonstrated in the way projects are executed

Scope, architecture, quality, and continuity are governed from the outset and supported by evidence.

Delivery method

Five phases with goals, deliverables, and exit criteria that support evidence-based decisions.

View the method

Scope control

Every agreed requirement maps to a deliverable, an owner, and a status in the traceability matrix.

How we work

Operational continuity

Architecture, deployment, observability, and documentation prepare the system to operate beyond delivery.

View technical criteria

FREQUENTLY ASKED QUESTIONS

Technical decisions before an engagement begins

What is AI-powered process automation?

It turns manual tasks and repetitive decisions into workflows that run automatically and leave an auditable record of every step. AI is used only where it adds measurable judgment: classifying documents, extracting data, prioritizing cases, or supporting decisions, with human oversight for exceptions.

How long does an automation or custom software project take?

Timing is defined by scope, integrations, system access, and operational criticality. Every phase establishes goals, dependencies, deliverables, and exit criteria before work begins.

What does a technology audit include?

It includes an inventory of systems and processes with their real dependencies, an impact-based analysis of operational friction and technical risk, and a phased roadmap with estimated effort. Findings are reviewed in an executive session focused on decisions.

When should a company build custom software instead of buying a product?

Custom software makes sense when a core operating process requires rules, integrations, or scale that a standard product cannot support. The initial evaluation determines whether to build, integrate an existing solution, or combine both approaches.

Can an ERP and CRM be integrated without replacing them?

Yes. We define data contracts—which system owns each data point and which rules resolve conflicts—and build integrations with retries, queues, and monitoring. Your current systems stay in place; what changes is that they stop operating as islands.

Do you work with legacy systems?

Yes. We use coexistence strategies such as API layers, controlled synchronization, secure data extraction, and phased migration to preserve continuity across critical systems.

How does a project with AISTRAEN begin?

A prospect shares the need and AISTRAEN reviews context, scope, and feasibility. When there is a fit, we coordinate a conversation to define the next stage; every subsequent phase has clear deliverables and verifiable exit criteria.

START A CONVERSATION

Let's discussyour operation.

Share the context, the systems involved, and the outcome you need. We will evaluate scope and feasibility to define the next step.