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Governing AI means governing the responsibilities it generates.

AISMA has developed a Cognitive Governance model designed to integrate AI systems, operational rules, and information assets within a coherent and verifiable framework.
An approach that enables organizations to maintain visibility, accountability, and governance capability throughout the entire operational cycle.

We give structure to knowledge. We give control to decisions.

Every organization operates on the basis of principles, responsibilities, and criteria that consolidate over time.
The AISMA Method was developed to make this heritage explicit, structured, and available to AI systems, creating the conditions for technology, people, and activities to operate within the same organizational model.

The Three Pillars of Cognitive Governance

The effectiveness of artificial intelligence depends on the ability to integrate it within a coherent organizational model. This is why the AISMA Method is built on three complementary pillars that organize information assets, operational responsibilities, and intelligent technologies within a coherent model.

Together they make possible a use of artificial intelligence that is aligned with the organization’s rules, objectives, and ways of operating.

ONTOLOGY

Organizational knowledge becomes a structured asset.

Every organization builds over time a body of information, expertise, procedures, and operational criteria that guide its activities.

The organizational ontology makes this heritage explicit and shared, transforming it into a structured model that enables people and AI systems to operate within the same organizational context.

HUMAN IN THE LOOP

Human Responsibility.

Every organization manages activities with different levels of impact and risk. For this reason AISMA applies the Human in the Loop model, an approach that calibrates the autonomy of AI systems according to the operational context and the thresholds defined by the organization.

In the most critical contexts, the system engages the relevant human experts, transfers the assessment to human oversight, and maintains alignment with responsibilities, regulatory requirements, and operational practices.

CONTROL PLANE

AI operates within a shared model.

In organizations, artificial intelligence is often adopted through tools, applications, and initiatives developed at different times. Without a common governing layer, this evolution can generate fragmentation, operational inconsistencies, and growing management complexity.

This is why AISMA introduces Cogniss, the cognitive control plane that integrates AI applications, information, and organizational policies within the same operational framework.

Artificial Intelligence as an Organizational Capability

When these three pillars operate together, artificial intelligence ceases to be a technology separate from the organization and becomes an integral part of its functioning and structure.

Information, responsibilities, and AI systems converge within the same context, fostering strategic alignment, operational effectiveness, and the capacity to evolve over time.

Verifiable Outputs

People, activities, and systems operate on the basis of shared references, fostering alignment and operational continuity.

How Cogniss enables it
It centralizes the organization’s information assets and makes them available in a coherent manner to AI systems.

Accountability of Assessments

Every output can be traced back to the information, rules, and criteria that guided its processing.

How Cogniss enables it
It structures ontologies, policies, and operational logic within a shared and queryable model.

Operational Efficiency

Immediate access to information and expertise reduces redundant activities and accelerates process execution.

How Cogniss enables it
It organizes information assets, operational rules, and AI systems within the same working environment.

Risk Reduction

Responsibilities, autonomy levels, and organizational oversight remain explicit throughout high-impact activities.

How Cogniss enables it
It integrates risk thresholds, operational rules, and human involvement in contexts that require assessment and accountability.

Verifiable Outputs

People, activities, and systems operate on the basis of shared references, fostering alignment and operational continuity.

How Cogniss enables it
It centralizes the organization’s information assets and makes them available in a coherent manner to AI systems.

Accountability of Assessments

Every output can be traced back to the information, rules, and criteria that guided its processing.

How Cogniss enables it
It structures ontologies, policies, and operational logic within a shared and queryable model.

Operational Efficiency

Immediate access to information and expertise reduces redundant activities and accelerates process execution.

How Cogniss enables it
It organizes information assets, operational rules, and AI systems within the same working environment.

Risk Reduction

Responsibilities, autonomy levels, and organizational oversight remain explicit throughout high-impact activities.

How Cogniss enables it
It integrates risk thresholds, operational rules, and human involvement in contexts that require assessment and accountability.

Skills

Vertical capabilities designed to apply artificial intelligence across the primary enterprise domains.

Each Skill combines specialized expertise, operational context, and industry requirements within dedicated solutions for finance, legal, operations, and sustainability.

Trade Finance — End-to-end management of the commercial credit and debt financing cycle: KYC/AML document validation, real-time limit monitoring, automated on-boarding. Differentiator: native AML/KYC/PSD2 compliance, automatic three-way match.

Digital Law Firm — Cognitive infrastructure with specialized agents for discovery, retrieval, reasoning, and document production; every output anchored to verifiable sources. Differentiator: triple Quality Gates, Reasoning Certificate, NO-FALLBACK.

Credit & Regulatory Compliance — Platform for banks and NPL/UTP servicers subject to DORA: portfolio management, document automation, and regulatory compliance with certified data lineage. Differentiator: integrated DORA framework, end-to-end lineage.

Regulatory Compliance Automation — Automation of the multi-perimeter compliance cycle (GDPR, Legislative Decree 231/2001, NIS2, ISO): ingestion of official sources, impact mapping, generation of EU AI Act-compliant drafts. Differentiator: four-level taxonomy, Reasoning Certificate on drafts.

HR & Staffing Intelligence — Governance of the recruiting cycle and contract administration: explainable semantic matching, automated CCNL compliance, organizational Knowledge Graph. Differentiator: Explainability Tag (GDPR), CCNL CheckCompliance.

Manufacturing Intelligence — ERP/CRM/PM integration for forecasting and automatic generation of technical proposals, with archive anchored to the Knowledge Graph. Differentiator: forecasting with audit trail, live technical archive.

Space Planning & Generative Architecture — Automated preliminary space design: variant generation, validation of regulatory and structural constraints, structured BIM outputs. Differentiator: automatic SHACL validation, Digital Twin foundation.

Marine Environmental Monitoring — Marine and coastal environmental monitoring that fuses IoT data, RADAR/SAR satellites, and drones: monitoring, prediction, and governed early warning. Differentiator: 72h early warning, multi-sensor data fusion; validated in protected marine areas.

Smart Farming Ecosystem — Digital ecosystem for livestock farming and precision agriculture: computer vision, multi-level biometric validation, 40+ real-time KPIs, and governed predictive alerts. Differentiator: confidence synthesis, edge computing.

SecurityCognitive Security — Non-invasive cognitive add-on built on top of existing PSIM platforms: natural language search, operational assistant, event classification, and video analysis. Differentiator: progressively activatable intelligence-as-a-service, zero false negatives, EU AI Act compliance.

Smart Farming Ecosystem — Digital ecosystem for livestock farming and precision agriculture: computer vision, multi-level biometric validation, 40+ real-time KPIs, and governed predictive alerts. Differentiator: confidence synthesis, edge computing.