Safety science is the interdisciplinary field concerned with understanding, designing, and governing the conditions under which individuals, organisations, and societies can coexist without unacceptable risk of harm.
In Safety.Science, we approach safety science not merely as the prevention of accidents, but as a foundational societal condition—one that precedes law, governance, markets, and technology, and that determines whether complex systems remain humane, trustworthy, and viable over time.
This perspective is increasingly described as modern safety science.
From Accident Prevention to Systemic Safety
Traditional safety approaches have focused on:
- accidents and incidents,
- component failures,
- procedural compliance,
- and post-hoc risk control.
While these remain important, they are insufficient for contemporary socio-technical systems characterised by:
- deep interdependence,
- rapid technological acceleration,
- distributed responsibility,
- algorithmic decision-making,
- and high societal stakes.
Modern safety science therefore asks a deeper question:
What makes a system fundamentally safe to live within—before failure occurs?
Safety as a Constitutional Condition
A central idea explored in Safety.Science is constitutional safety.
Constitutional safety refers to the non-negotiable baseline conditions that must hold for a system—social, technical, institutional, or political—to remain legitimate and humane.
These conditions include:
- protection of life and bodily integrity,
- freedom from arbitrary harm,
- preservation of human agency,
- and the capacity for systems to respond meaningfully to signals of distress or degradation.
When these conditions erode, societies do not merely experience “safety problems”—they experience systemic fracture.
Non-Negotiable Safety
Closely related is the concept of non-negotiable safety.
Non-negotiable safety names the boundary beyond which trade-offs, optimisation, efficiency, or justification are no longer acceptable.
It rejects the normalisation of harm, sacrificial reasoning, and the quiet erosion of protection in the name of performance or necessity.
In this sense, safety is not an additive value—it is a precondition for freedom, trust, and coexistence.
Integration Capacity and Signal Integrity
Modern safety failures are rarely caused by missing information. More often, they arise from distorted, fragmented, or suppressed signals across organisational and societal layers.
Safety.Science emphasises:
- integration capacity: the ability of systems to hold human experience, technical knowledge, organisational structure, and contextual meaning together over time;
- signal integrity: the preservation of early, weak, or uncomfortable safety signals before they are neutralised by metrics, hierarchy, or procedure.
Loss of integration capacity is a defining mechanism of contemporary safety breakdowns.
An Interdisciplinary, Evidence-Based Field
Modern safety science is inherently interdisciplinary.
It draws on and connects insights from:
- systems engineering,
- human factors,
- organisational studies,
- risk analysis,
- governance and law,
- ethics and political philosophy,
- and empirical safety practice.
Safety.Science provides a scholarly space where these perspectives are integrated rather than siloed, and where conceptual clarity and empirical grounding reinforce one another.
The Role of Safety.Science
Safety.Science is an independent, open-access journal dedicated to advancing integrated, evidence-based safety.
The journal publishes:
- peer-reviewed research articles,
- conceptual and methodological papers,
- case reflections and technical notes,
- and clearly labelled editorials that explore foundational safety questions.
We explicitly distinguish between peer-reviewed research and non-peer-reviewed editorials, and we value transparency, academic integrity, and responsible publishing.
Why “Modern” Safety Science?
The conceptual orientation articulated in the foundational editorial aligns with what is increasingly recognised as a modern form of safety science—one concerned with systemic conditions, non-negotiable safety, and integration capacity rather than isolated failure prevention.
We adopt this term deliberately—not as a claim of novelty for its own sake, but to signal a shift:
- from isolated failures to systemic conditions,
- from optimisation to constitutional limits,
- from compliance to integration,
- and from technical control to humane coexistence.
An Open Invitation
Safety science is not a closed discipline.
It is a living field, shaped by emerging risks, societal tensions, and technological power.
Safety.Science invites contributions that:
- deepen understanding of safety as a systemic condition,
- connect theory with practice,
- and help societies recognise and protect what must never become negotiable.