SOHMA AI

Behavioural Infrastructure for Emotionally Intelligent AI

SOHMA develops the signal layer required for AI systems to interpret human interaction context — enabling more context-aware, emotionally intelligent, and proportionate responses.

As AI systems become increasingly adaptive and human-facing, a new input layer is required: behavioural context. SOHMA is building the infrastructure for that layer.

The Gap

AI responds to what you say. Not how you interact.

Most AI systems today rely on explicit inputs: text commands, task completions, direct queries. These are the signals systems are designed to interpret.

But human interaction contains additional context that most systems cannot currently process in a structured way. Hesitation before submitting a response. Changes in pacing. Patterns of disengagement and re-engagement. Recovery behaviour after friction.

These interaction dynamics are not noise. They are behavioural signals — contextual information carried by how people interact, not just what they communicate.

As AI systems become more autonomous, adaptive, and directly human-facing, interpreting these signals in a structured, governed way may become critical infrastructure.

  • Hesitation
  • Pacing changes
  • Disengagement
  • Retry behaviour
  • Interaction stability
  • Recovery patterns
How SOHMA Works

A new input layer for AI systems: behavioural context

SOHMA introduces a structured approach to translating human interaction patterns into signals that can help AI systems better interpret context. The challenge is not simply detecting these signals in one environment — it is understanding whether they remain meaningful across multiple forms of human interaction.

01

Human Interaction Environments

Real-world interaction across gaming, learning, conversational, and wellbeing environments generates raw behavioural data during normal human activity.

02

Behavioural Signal Extraction

Interaction patterns — hesitation, pacing, disengagement, recovery — are identified and structured into interpretable signals through the SOHMA research process.

03

SOHMA Signal Layer

Validated behavioural signals are translated into a structured input layer — providing adaptive AI systems with contextual information beyond explicit commands.

04

Adaptive AI Systems

AI systems use behavioural context to respond in more emotionally intelligent, proportionate, and context-aware ways during human interaction.

Cross-environment consistency is central to the SOHMA research direction. Signals must remain meaningful across different forms of interaction — not just within a single context — to form reliable infrastructure.
SOHMA Lab

Where behavioural signals are studied and validated

SOHMA Lab is the research and validation environment through which SOHMA studies behavioural signals across different forms of interaction pressure.

The goal is not to build disconnected vertical products. The goal is to understand whether behavioural signals remain consistent and meaningful across environments — and to use those insights to guide future adaptive AI systems.

🎮

Gaming

Interaction pressure, engagement dynamics, recovery patterns, and decision behaviour under challenge and time constraints.

📚

Learning

Hesitation, pacing variation, retry behaviour, and signals of cognitive load during structured learning interactions.

💬

Conversational

Disengagement, escalation, and interaction stability patterns within extended conversational AI environments.

🌎

Wellbeing

Interaction dynamics and behavioural context as they evolve over time in wellbeing-oriented human-AI environments.

Important framing: These environments exist to study and validate behavioural signals — not to build separate commercial products. Each is a research context for understanding signal consistency across different forms of interaction.
Explore the Lab
Governance & Principles

Governance is not a compliance feature. It is foundational to the design.

The governance layer of SOHMA is not added for regulatory purposes. It defines the operating boundaries of the system itself — built in from the beginning, not bolted on later.

No diagnosis

SOHMA does not diagnose emotional states, mental health conditions, or psychological traits.

No personality scoring

The system does not produce personality scores, psychological assessments, or individual profiling outputs.

No hidden profiling

All signal interpretation is transparent, bounded, and contextual. No covert monitoring or persistent profiling.

No automated intervention

Signals are contextual inputs — not triggers for automated behavioural modification or unsupervised decision-making.

Human oversight at every layer

Human review and oversight is a structural requirement of the SOHMA system, not an optional safeguard.

Transparent, contextual outputs only

All outputs are interpretable, contextually bounded, and visible to human reviewers within the governance framework.

Long-Term Direction

Foundational infrastructure for human-facing AI systems

SOHMA is not positioning itself as a single AI product. It is exploring the foundational behavioural signal infrastructure required for future adaptive, agentic, and human-facing AI systems.

The long-term opportunity is infrastructure-oriented: building the signal layer that future AI systems will rely on to interpret human interaction context in more emotionally intelligent and context-aware ways.

SOHMA is not presenting a fully solved system. It is presenting a research and infrastructure direction — focused on understanding how behavioural context may help shape the next generation of adaptive AI.
Collaborate with SOHMA
Potential Future Application Areas
  • Onboarding and orientation systems
  • Adaptive learning environments
  • Conversational AI interfaces
  • Digital wellbeing systems
  • Agentic human-AI interfaces
  • Human-facing governance systems
Collaborate

Work with SOHMA

SOHMA is building behavioural signal infrastructure through a research-led, human-centred, and governance-first approach.

We work with research organisations, technical partners, public institutions, and AI governance bodies exploring how AI systems can interpret and respond to human interaction dynamics more appropriately.

If you are working on adaptive AI systems, human-AI interaction research, or AI safety and governance — we would like to hear from you.

Human and AI interaction signal network