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How far would an intruder get

Network Penetration Testing

We test how an attacker could enter your network, move between systems, and reach the infrastructure your business depends on.

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Pixel-art illustration: Network Penetration Testing

Why this matters for iGaming

Two Questions That Decide Every Breach

A breach starts with access, but its severity depends on what comes next. In iGaming, critical systems span game servers, payment infrastructure, player data and the back-office tools that keep operations running.

The real question is how far an attacker can move once inside. Strong segmentation limits that path, while weak boundaries can turn one compromised account or device into access to multiple critical systems.

What we assess

Every Stage an Intruder Would Go Through

Testing covers the network end-to-end, from the outside boundary to the systems it's meant to protect.

Outside visibility

Edge devices, remote-access points, and internet-facing services that anyone outside the network can see.

Getting initial access

Exploitable services, weak or exposed credentials, and misconfigurations an attacker can turn into access.

What's visible once inside

The systems and data that become reachable after the first compromise.

Movement across the network

How easily an attacker can shift between hosts, services, and segments.

Escalating privilege

The routes from minor access to administrative or domain-level control.

Real vs. diagrammed segmentation

Whether corporate, platform, and production are actually isolated, not just labeled that way.

Reach toward critical systems

How much distance stands between an attacker's entry point and your wallet, platform, and player data.

In practice

Five Ways a Network Gets Breached

Each engagement targets specific, business-critical questions rather than a generic sweep. Illustrative of what a House Edge assessment looks for:

/01

Does the corporate network reach production?

A compromised office machine that can talk directly to platform or production infrastructure, because nothing meaningfully separates them.

/02

Is there an exposed way in?

An internet-facing service, VPN, or remote-access point that gives an attacker their first access point.

/03

Does one credential open too many doors?

A password or key reused across systems, turning a single compromise into several.

/04

What's still running that nobody's tracking?

An unpatched or legacy host, off the current inventory, sitting on a segment it was never meant to reach.

/05

Do small issues add up to something bigger?

A chain of individually minor misconfigurations that, combined, hands an attacker domain or infrastructure control.

Our methodology

Full Lifecycle with Senior-led Judgment

A methodology built around how attackers actually move. Our coverage spans external exposure, remote-access security, credential attacks, protocol weaknesses, lateral movement, privilege escalation, Active Directory abuse, and segmentation between corporate infrastructure and production systems. Testing runs under clearly defined rules of engagement.

Dual-perspective testing

External and internal testing together expose risks that either alone would leave hidden.

Attack-path focus

Findings are prioritized by how they chain into a route to critical systems, not treated in isolation.

Real segmentation validation

Boundaries are tested under attack, proving whether isolation actually holds.

AI-scaled coverage

AI accelerates reconnaissance and exploitation across your environment; researchers direct every step and own the judgment.

Scope

Full Coverage, Prioritized Where It Counts

Scope is agreed with your team before testing starts, weighted toward the systems that matter most. Can be run as external-only, internal-only, or full external-plus-internal, and as black-box or assumed-breach, depending on your goals — agreed at scoping.

What the engagement covers

Perimeter systems — public-facing hosts, services, and remote-access points
Internal environments — corporate, operations, and platform/production networks
Identity and access — directory services and accounts with elevated privileges
Environment separation — how well systems are kept apart, and what routes cross between them
Distance to critical systems —How close an attacker's entry point gets to your payment systems, game servers, player databases, and back-office controls.

What you receive

Technical findings mapped to business impact
Step-by-step attack-path documentation from access to critical system
Reproducible evidence for your engineering team
Remediation guidance, prioritized and actionable
Executive-level summary of network risk
Included retest once fixes are deployed

Why GameGuardz

We Know Which System Matters

A scanner returns a list of open ports and generic findings. GameGuardz starts with knowledge of which host sits between an attacker and your wallet, platform, or player data, backed by Hexens' blockchain security background and BetBoyz's operating knowledge of iGaming platforms.
Senior researchers run every engagement end to end. Findings are tied to a reproducible attack path, and AI-directed testing extends coverage without moving judgment away from the researcher. The result is a roadmap your engineers can act on immediately.

Faq

Questions we get asked.

Red teaming tests detection and response over a longer, broader scenario. Network penetration testing is scoped and direct; it maps and exploits network-layer weaknesses and paths to critical systems within a fixed engagement window.

The cloud audit assesses configuration of cloud environments and services. Network penetration testing assesses connectivity, segmentation, and exploitation paths across your network, cloud, or on-premises.

Both, based on scope: from an internet-facing position, an assumed access position inside, or combined.

No. Engagements run under agreed rules of engagement, with scope, prohibited actions, and stop conditions set in advance.

Either. Testing can start fully external and black-box, or from an assumed-breach position inside: set based on what you need to learn.

See what an attacker could reach.

One scoping call is enough to define scope, testing model, and priorities

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