Co-funded Projects

Ethiack Portal AI-powered Ethical Hacking Automation Platform

Project Reference - CENTRO2030-FEDER-00565200 The main objective of this project is to deepen the research and development of Ethiack Portal, a platform that will combine automatic and manual ethical hacking with Artificial Intelligence to enable the continuous and accurate identification of vulnerabilities with a high level of automation and autonomy in different types of digital assets and infrastructures.

Click here to access the project file. Watch the full story here.

apoios

AI - Pentest Automation

Operation Code: 26338

Ethiack’s project aims to strengthen business competitiveness by automating critical cybersecurity processes and integrating generative AI (LLM) and autonomous agents into its services.

The initiative drives technological innovation by incorporating language models tuned to the domain of automated exploit research, contextual vulnerability analysis, and risk prioritization for clients, with selective human validation (human-in-the-loop) to reduce false positives.

This investment boosts efficiency and promotes the scalability of the company’s solutions, strengthens its export capacity, and consolidates Ethiack’s position as a European reference in AI-assisted offensive security, with gains in governance and compliance.

Click here to access the project file.

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def hello(self): print("We are ethical hackers")

class Ethiack: def continuous_vulnerability_discovery(self: Ethiack): self.scan_attack_surface() self.report_all_findings() def proof_of_exploit_validation(self: Ethiack): self.simulate_attack() self.confirm_exploitability() self.validate_impact()

while time.time() < math.inf: ethiack.map_attack_surface() ethiack.discover_vulnerabilities() ethiack.validate_exploits() ethiack.generate_mitigations() ethiack.calculate_risk() ethiack.notify_users() log.success("✓ Iteration complete")

ISO27001

Compliant

Activate AI penTesting

Console.log
001
 
Ethiack — Autonomous Ethical Hacking for continuous security Continuous Attack Surface Management & Testing