Whether it is a private luxury yacht or a war ship, a luxury mansion or a port terminal, what is needed is a security based on space-age technologies, on early detection & geospatial intelligence capabilities, on engineering & resilience, on prevention & avoidance, and on independence from any power, fuel or food supplied by third parties. In other words, a Regenerative Maritime Security.
hyperSEAcurity: Regeneration in Maritime Security
- our own concept for a regenerative, predictive, holistic, sustainable, insightful, energy-aware security & resilience strategy for the maritime sector which adapts itself to ever-evolving scenarios, threats, mission objectives, or environmental parameters, while providing a virtually unlimited supply of resources (energy, food, water, etc.) with the help of the most advanced human space exploration technology & environmental engineering practices; initially designed for megayachts & waterfront mansions, it is suitable also for ports, facilites, ships, offshore infrastructures, and coastal communities;
PROTECTION OF THE AIR, LAND, SEA, SPACE, CYBER, EM SPECTRUM, & HUMAN DOMAINS AGAINST SIMULTANEOUS ASYMMETRIC THREATS
- a thought process integrating geopolitics, systems theory, intelligence gathering, psychology, maritime domain awareness data fusion, information security, cyber-physical security, energy security, business continuity, organizational resilience, personal & operational safety, doomsday survival concepts, and expedition & wilderness medicine;
- a sustainable cross-disciplinary security strategy of prevention & preemption whereby processes, systems, and services are engineered to eliminate vulnerabilities, to reduce the probability of incidents, to mitigate accidents, to ensure operational resilience, to hinder malicious acts, and to protect human life and human activities against a multitude of simultaneous threats from asymmetric physical, cyber- & electromagnetic attacks to acts of war to natural hazards such as dangerous animals, earthquakes, tsunamis, storm surges and rising sea levels which might impair your defense systems. A sustainable security must be discreet, fully integrated with the hosting environment, and not interfering with daily life routines;
- smart .. AI-based threat identification, assessment, avoidance, deterrence, interception, interdiction, mitigation, and ultimately survival.
The P.O.R.T.S. 4.0 Project
"Proactive Operations Research for Terminal Security 4.0" ("P.O.R.T.S.4.0"), presents an innovative utilization of operations research (OR), a core discipline in military, defense, and homeland security management which includes artificial intelligence, cyber-physical security, defense solutions, big data, and IoT / IoE.
"P.O.R.T.S.4.0" offers a novel approach whereby port / maritime security is treated as a key characteristic of the Supply Chain 4.0 milieu, de facto becoming "Terminal Security 4.0". Being this a complex system, it will be subject to an FME(C)A process, thus becoming one of the most advanced applications of this method for maritime transport & supply chain security.
The final goal of "P.O.R.T.S.4.0" is to demonstrate that port / maritime security must be treated as any other embedded process (such as quality assurance) in order to be effective and economically & socially acceptable, and of course to provide analytical tools & technologies to implement this approach.