Cybersecurity and
Penetration Testing
Specialists

We test the security of those who protect your infrastructure.

Understand the scope
Offensive Operation Advanced Exploitation and Assessment
Forensics Investigation and analysis of digital evidence

Our penetration testing subjects your systems to a rigorous evaluation.

After each evaluation, we provide a technical report with specific recommendations to correct the identified vulnerabilities, strengthen protective mechanisms, and reduce risks that could compromise the security of the infrastructure.

We apply intrusion tactics
used by cybercriminals.

We implement techniques used in real cyberattacks in controlled intrusion scenarios. The operations are designed to explore potential access routes, assess security mechanisms, and analyze how an organization responds to adversarial actions under authorized conditions.

AlcaNox logo
SQL INJECTION90%
90%ret2libc
90%TCP/IP network
Authorization / IDOR90%
DNS spoofing90%
Multi-vector exploitation90%

Our own engineering

We develop LeensFish, our cybersecurity technology built on offensive research, international penetration-testing methodologies, and advanced analytical techniques.
It is designed to examine attack surfaces in depth, identify potential vulnerabilities, and investigate behaviours that conventional tools may overlook. LeensFish represents our applied-engineering approach to pentesting, combining in-house development, research, and specialised analysis.

We push the boundaries.Your security.

We identify exposed ports, accessible services, and data routes that an attacker could exploit to gain unauthorized access, expose information, or disrupt operations.

ALCANOX / AUTHORIZED PENETRATION TESTING
SCOPE10.24.20.0/24 IN PROGRESS
Risk Assessment Filter
✓ tcp.port in {22, 443, 3306, 5432} || DNS
Valid Filter
IDENTIFIED PORTS AND SERVICES 8 EVENTS · 3 ACTIVITIES
NO.TimeOriginDestinationProtocolLengthDetails
49200:04:22.41010.24.8.1410.24.20.10DNS92DNS A query for db-gateway.empresa.local
49300:04:22.41410.24.8.1410.24.20.12TCP7451422 → 5432
49400:04:22.41910.24.20.1210.24.8.14TCP745432 → 51422
49500:04:22.42510.24.8.1410.24.20.18TLSv1.3517Client Hello, SNI=api.empresa.local
49600:04:22.43110.24.8.1410.24.20.12PGSQL122PostgreSQL Service Identified on TCP 5432
49700:04:22.43810.24.8.1410.24.20.12PGSQL86Validate ACL, TLS, roles and authentication
49800:04:22.44310.24.20.1810.24.8.14HTTP128GET /health · 200 OK
49900:04:22.45210.24.20.1610.24.8.14SSH164Administrative Service Detected / TCP 22
VALIDATED SERVICEDB-01 / TCP 5432
  • ⌄Active assessment statusdb-gateway.empresa.local
  • ⌄Identified servicePostgreSQL 14 / TCP 5432
  • ›Network exposureaccessible from the applications segment
  • ›validation requiredACL, TLS, roles and authentication
Asset map and validation service routes
EVIDENCE OF SERVICEDB-01 / TCP 5432
active: db-gateway.empresa.local
service: PostgreSQL 14 / tcp 5432
controls: ACL · TLS · roles · audit
PHASE / AUTHORIZED ENUMERATION ASSETS IN SCOPE / 3 FOCUS / SERVICES AND DATA VALIDATING

Forensic investigationand analysis.

We conduct high-complexity private forensic investigations, integrating advanced technology, network traffic analysis, packet inspection, memory analysis, and correlation of security events.

We thoroughly examine digital activity to track intrusions, identify suspicious connections, reconstruct activity sequences, and determine the scope of cyber incidents. Our investigations adhere to strict confidentiality protocols, digital evidence preservation, and technical rigor.

LeensFish.
Advanced engineering
in defense of cybersecurity.

Developed to anticipate, detect, and neutralize cyberattacks on a large scale.

Know LeensFish

Certification and emblems.

Our
Our clients

We work with each client within a defined scope and protect the confidentiality of their information and results.

We do not disclose business relationships, projects, or sensitive information.

The identity of our customers, their infrastructures, and the information related to our services remains strictly confidential.

Artificial intelligence already enables cybercriminals to carry out faster, automated, and sophisticated attacks. By 2027, this threat could reach unprecedented levels.