Network intrusions go undetected for an average of 207 days.

To support demanding AI workloads, modern networks have evolved. Intent-based routing, predictive QoS and automated telemetry are fundamentally changing the paradigm. It's a new dawn, but with a broader attack surface. Our testers understand how these adaptive, AI-ready networks behave — and how to manipulate that behaviour. We probe your infrastructure for misconfiguration, lateral movement paths, and the new blind spots that autonomous networking creates.

• →Perimeter firewall & DMZ configuration
• →Service enumeration & vulnerability exploitation
• →Network segmentation & VLAN bypass
• →Credential attacks & privilege escalation
• →Active Directory & domain trust attacks
• →Lateral movement & pivoting simulation

Your wireless network is an open door — if it's not properly secured.

Wireless networks are frequently overlooked in security programs, yet they offer attackers a direct path into your internal environment — often without any credentials at all. Rogue access points, weak encryption, and guest network misconfigurations are among the most common entry vectors we find.

We assess all wireless networks on-site — corporate, guest, IoT, and out-of-band — across all in-use frequency bands, identifying both technical vulnerabilities and physical security gaps that enable unauthorized access.

• →WPA2/WPA3 encryption & key strength
• →Rogue & evil twin access point detection
• →Guest network isolation & segmentation
• →RADIUS & 802.1X authentication testing
• →Deauthentication & denial of service attacks
• →Post-association pivot to internal network

Misconfigured cloud is the #1 breach vector. We find it first.

Cloud environments move fast — and security controls rarely keep pace. Overpermissive IAM policies, publicly exposed storage, insecure serverless functions, and misconfigured network controls create exploitable exposure that traditional pen tests miss entirely.

Our cloud security assessments combine configuration review, privilege escalation testing, and attacker-perspective enumeration across AWS, Azure, and GCP — delivering a clear picture of your cloud risk posture and a prioritized remediation roadmap.

• →IAM policies, roles & excessive permissions
• →Publicly exposed storage & services
• →Network security groups & firewall rules
• →Serverless function & container security
• →Secrets management & key exposure
• →Privilege escalation paths to cloud admin

Connected devices are your most invisible attack surface.

IoT and OT devices are deployed at scale, rarely patched, and often implicitly trusted by the networks they connect to. A single compromised device can become a persistent foothold — bridging air-gapped environments, enabling lateral movement, or disrupting critical operations.

We assess devices at the hardware, firmware, and network level — reverse engineering firmware, probing management interfaces, and testing the full IT/OT attack continuum. From smart building systems to industrial controllers, we understand the stakes.

• →Firmware extraction & vulnerability analysis
• →Default credentials & authentication flaws
• →Management interface exposure (web, SSH, UART)
• →Network protocol abuse (MQTT, CoAP, Modbus)
• →Cloud backend & API security
• →Physical interface exploitation (JTAG, UART)

Not a checklist. A full-scale adversarial simulation.

Red team engagements go far beyond vulnerability scanning or point-in-time pen tests. Our adversaries simulate real threat actors — with specific objectives, defined TTPs, and no limitations on attack path. We test your people, processes, and technology together, under realistic conditions.

Engagements are scoped around your crown jewels — data exfiltration, ransomware simulation, business disruption, or insider threat emulation. Your blue team defends. We attack. The findings tell you exactly where your detection and response capability breaks down.

• →Initial access via phishing, exploitation, or physical
• →Persistence, C2 establishment & evasion
• →Internal reconnaissance & lateral movement
• →Privilege escalation to domain / cloud admin
• →Objective completion (data theft, ransomware sim)
• →Detection & response gap analysis

Your people are your perimeter. We test how well they hold.

The majority of breaches begin with a human. Phishing, vishing, pretexting, and physical intrusion attempts are the most reliable initial access vectors — and the hardest to defend against with technology alone. We assess your organization's real-world resilience to these threats.

Engagements are tailored to your industry, threat profile, and security awareness maturity. Results are delivered with behavioral analysis, click and credential capture metrics, and actionable recommendations — not just a pass/fail rate.

• →Spear phishing & credential harvesting
• →Vishing (voice phishing) campaigns
• →Smishing & multi-channel attacks
• →Physical intrusion & tailgating attempts
• →USB drop & baiting attacks
• →Awareness benchmarking & trend reporting

GenAI moves fast. The attack surface grows faster.

LLMs, AI agents, and GenAI integrations introduce entirely new attack classes — prompt injection, model manipulation, jailbreaking, training data leakage, and agentic privilege abuse. Most security teams have no playbook for this yet. We do.

We test your AI systems as an attacker would — probing system prompts, chaining tool calls, manipulating context windows, and attempting to extract sensitive data or cause unintended actions. Findings are mapped to the OWASP LLM Top 10 with clear remediation guidance for your AI engineering team.

• →Direct & indirect prompt injection
• →System prompt extraction & jailbreaking
• →Training & RAG data leakage
• →Agentic tool call abuse & privilege escalation
• →Model denial of service & resource exhaustion
• →Supply chain risk in third-party AI components

Identity is the new perimeter. And it's often the weakest one.

Attackers don't break in — they log in. Compromised credentials, misconfigured SSO, overprivileged service accounts, and Active Directory misconfigurations are behind the majority of significant breaches today. Identity attacks are fast, quiet, and devastatingly effective.

We assess your entire identity fabric — from on-premises Active Directory and Entra ID to cloud IAM and federated identity providers — mapping every privilege escalation path, trust relationship, and abuse vector an attacker could exploit to achieve domain dominance or cloud admin access.

• →Active Directory attack paths (Kerberoasting, DCSync)
• →Entra ID / Azure AD misconfiguration
• →Overprivileged accounts & service principals
• →MFA bypass & SSO token abuse
• →Trust relationship & delegation abuse
• →Credential exposure across cloud & on-prem