The Operating System for Urban Defense
You are now entering IGUDAR
Intelligent Urban Defense And Resilience
We measure every street and curb of the city with sub-meter precision. We simulate how an attacker could move through it. We compute where the barriers have to go. Before anyone tries for real.
After Nice, Berlin, and Barcelona, cities installed barriers. Billions of euros were invested in urban security. Yet no city has ever verified whether its defenses would actually stop an attack. That is the gap IGUDAR closes.
THE PROBLEM
Italy responded with the Gabrielli Directive (2017). But no one knows how to measure its effectiveness.
THE ARCHITECTURE
On a map precise to under one meter, it finds every street, side road, and opening a vehicle could use to reach the crowd. No corridor is left unchecked.
Computes the optimal barrier layout to neutralize every corridor. Generates reports compliant with the Gabrielli Directive.
Turns simulations into quantified risk scores for insurers, event organizers and public administrations.
L1+L2 are the HVM module, already validated. L3 turns IGUDAR into a scalable platform.
THE STATE OF THE ART
A human expert walks the site, reads the plans, proposes a barrier layout based on what they see.
Qualitative assessment. Not reproducible.
National circulars (Italy: Gabrielli Directive) define checklists: minimum distances, barrier types, procedures.
Generic. Not site-specific.
Law enforcement, event operators, installers rely on what worked in past events. Tacit knowledge, not documented.
Not measurable. Not defensible.
The result: public budgets spent without being able to prove the return in lives saved.
HOW IT WORKS
Every street, curb, bollard, and elevation of the site measured with sub-meter precision. A digital copy identical to reality.
Every attack corridor toward the target zone — including the side streets no one considered.
An optimization agent computes the barrier layout. Objective function: zero projected casualties.
The Red Agent tries to break the defense. If it succeeds, the layout is retested. Output: Gabrielli-compliant tactical report.
THE METHOD
We compared two methodologies on the same barrier layout.
N · NE · E · SE · S · SW · W · NW
“Everything is fine.”
Red Agent generates paths from random angles
This is the truth.
The gap is why billions spent on barriers do not deliver the security they promise.
THE CASE
CONFIGmax protection · 50 barriers
50 barriers placed by the algorithm. Tested against 50 adversarial attacks generated at random angles.
Baseline without barriers: 5% mitigation. With IGUDAR: 54%. A jump of 49 points.
OUTPUT
Each simulation run generates a full tactical report: threat map, barrier layout, adversarial path replay, and KPIs benchmarked against a baseline configuration.
Piazzale XX Settembre, Pordenone. 20 optimized barriers benchmarked against a 10-barrier manual baseline across 50 adversarial vectors. Casualty reduction: 46% — with half the barriers in the right places.
Same site, two configurations: the 50-barrier max-protection run (Section 06) proves the defensive ceiling; the 20-vs-10 run above proves why optimization matters when budgets are finite.
MULTI-DOMAIN BY DESIGN
The architecture — Threat Simulation, Defense Optimization, Risk Intelligence — is agnostic to the type of threat. We start from the module that already works.
Squares, markets, events, pedestrian zones. All public spaces with high crowd density where a vehicle can become a weapon. The module in production today.
Perimeter intrusion of embassies, government offices, corporate headquarters. Same platform, different threat.
Drone threats in urban spaces. Adversarial pathfinding extended to the third dimension.
Port security and harbor access. Access simulation and optimization of maritime barriers.
L3 · RISK INTELLIGENCE
The third layer turns every simulation into a comparable number. Measurable. Auditable. Insurable. What the platform produces today is below, with the real data from Piazzale XX Settembre, Pordenone. L3 will bring these outputs into a standard rating, readable by insurers, municipalities, and event organizers.
High-impact event coverage priced on the site's defensive posture, not just the postcode. Subjective assessments replaced with simulated data.
Which sites need intervention first, with a score that stands up to scrutiny. Budget allocations defended with objective metrics instead of political perception.
A defensive certification before the gates open. Proof to authorities and insurers that the venue has been adversarially tested, not just inspected.
OUR VISION
IGUDAR takes its name from the igudar — the fortified granaries of the Amazigh people in southern Morocco. Built into mountainsides, they protected entire communities for centuries. Not with armies, but with the geometry of the environment itself.
We're building on the same principle: use the shape of a city as its own defense. An adversarial optimization engine designed to adapt to any scenario — from a market square to a commercial port, from a stadium to a government district.
THE ROADMAP
Three pilot cities: Pordenone, Udine, Trieste.
First security consultants and event organizers onboarded.
Pilot with insurance companies.
France, Germany, Spain. L3 in production.
IGUDAR is in active development. We're talking to municipalities, security operators and institutions for pilot programs.