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AI56

Build & Adoption

From platform to production value.

We build your business agents, deploy them on your sovereign infrastructure and support your teams through to real adoption.

Understanding the difference

AI Tool vs AI Agent

The vast majority of AI deployments today are tools, powerful, but limited. Agents represent the next qualitative leap.

Operating mode

AI Tool

Reacts to a one-off command

AI Agent

Plans and chains actions autonomously

Initiative

AI Tool

Waits to be asked

AI Agent

Detects situations and acts proactively

Duration

AI Tool

Single interaction, no memory

AI Agent

Persistent context over a long task

Integration

AI Tool

Isolated interface

AI Agent

Connected to your tools (CRM, ERP, APIs, databases)

Control

AI Tool

You validate each step manually

AI Agent

Built-in guardrails: thresholds, alerts, human escalation

What we build

Five agent typologies, one common framework.

Each agent is built on the same proven architecture (tool-using, guardrails and sovereignty), but specialized for its business domain.

01

Research & synthesis agent

Autonomous exploration of internal documents, knowledge bases, reports and information flows. Structured synthesis delivered in minutes rather than hours.

Sovereign RAGInternal documentsStrategic intelligence
02

Operational agent

Direct connection to your CRM, ERP, databases and APIs. The agent reads, writes and orchestrates your systems, with business guardrails defined by you.

CRM / ERPInternal APIsDatabases
03

Internal copilot

AI assistant specialized by function (sales, HR, finance, legal). Trained on your data, aligned with your processes, deployed on your infrastructure.

Business specializationProprietary dataCustom interface
04

Monitoring & alerting agent

Continuous monitoring of your key indicators, anomaly detection and proactive escalation to concerned teams, without permanent human intervention.

Real-time monitoringSmart alertsHuman escalation
05

Multi-agent orchestrator

Coordination of multiple specialized agents for complex workflows. The orchestrator breaks down the task, delegates, consolidates and delivers a coherent result.

Complex workflowsMulti-agentsLLM orchestration

Architecture

Four pillars that make an agent trustworthy.

A powerful but uncontrollable agent is a risk. Our technical approach guarantees both performance and control.

01

Tool-using

Each agent has a defined set of tools: database read/write, API calls, document generation, notification sending. No action outside the authorized scope.

02

Guardrails & alignment

Business rules are encoded at every level: input filters, output validation, confidence thresholds, automatic human escalation. The agent never makes a critical decision without validation.

03

Sovereignty by design

Agents are hosted on your infrastructure or in a dedicated private cloud environment. Your data never transits through public LLMs without your explicit consent.

04

Observability & continuous improvement

Every agent decision is traceable and audited. Performance dashboards, drift detection, feedback loops, your agent improves in production.

Sovereign deployment

Where your AI runs, under your control.

The Nexus platform deploys on the infrastructure of your choice. We rigorously assemble the four layers that form a controlled whole, with no hidden dependency.

01

Private & open-source LLMs

Deployment of open-source language models (Mistral, Llama, Qwen, Gemma…) in your environment. Fine-tuning on your proprietary data. Model choice and change at any time.

MistralLlamaQwenFine-tuningOpen-source
02

Private cloud & on-premise

Architecture adapted to your context: dedicated private cloud (no resource sharing), on-premise deployment in your datacenters, or hybrid architecture with sensitive data isolation.

On-premisePrivate cloudHybridIsolation
03

Data security & compliance

Encryption at rest and in transit, granular access control, model access logging. Loi 09-08 compliance (Morocco) and GDPR for European subsidiaries.

EncryptionRBACLoi 09-08GDPRAudit
04

Industrialization & LLMOps

Automated deployment pipelines, model versioning, drift monitoring, continuous evaluation. Your AI in production stays reliable, measurable and scalable.

AI CI/CDMonitoringVersioningMLflowLLMOps
Sub-module · AI Factory

LLMOps: industrialize your AI production.

A model in production is not an end, it is a beginning. AI56's AI Factory equips you with the tools and processes to manage the complete lifecycle of your models.

Without LLMOps, your models drift, inference costs explode and your Data Science teams spend their time firefighting. With a well-built AI Factory, your AI becomes a managed, auditable and scalable industrial asset.

Discuss your AI Factory

Training & fine-tuning pipelines

Reproducible orchestration of training cycles, experiment tracking, annotated dataset management.

Model registry & versioning

Centralized catalog of your models with versions, evaluation metrics and production promotion policy.

Serving & scalability

Model deployment for inference with load management, version A/B testing and automatic fallback.

Monitoring & drift detection

Continuous performance monitoring, behavioral drift detection, alerts and retraining loops.

Evaluation & internal benchmarks

Custom evaluation suites on your business use cases. No generic benchmark disconnected from your reality.

Governance & traceability

Complete audit trail of model decisions, per-model access policies, inference logs for compliance.

How we work

From design to production in 8 weeks.

Our delivery formula is structured to minimize risk and maximize value from the first weeks.

1
W1–W2

Scoping

  • Use case and KPI identification
  • Mapping of systems to connect
  • Scope and guardrail definition
2
W3–W4

Prototype

  • Functional prototype on real dataset
  • Demo with business teams
  • Adjustments and final scope validation
3
W5–W8

Deployment

  • Full integration into your infrastructure
  • Load, security and compliance testing
  • Production launch and initial monitoring
4
W9+

Adoption

  • End-user team training
  • Performance and usage dashboard
  • Continuous optimization and possible extension

Which use case to deploy first?

A 2-hour scoping workshop is often enough to identify the highest-impact use case. Let's plan it.