Specialist Penetration Testing Australia

One testing team. Six specialist attack surfaces.

Network, infrastructure, applications and APIs, mobile, wireless and phishing all fail differently. Vectra brings those specialist testing disciplines together in one Australian-delivered offensive security service—using experienced testers, manual-led techniques and clear remediation advice.

CREST accreditedVectra is a CREST-accredited penetration testing provider.
Australian deliveryTesting is conducted in Australia by Vectra offensive-security specialists.
Manual ledAutomation assists discovery; experienced testers validate, exploit and interpret the real risk.
Actionable reportingTechnical evidence, business context, prioritised remediation and retesting.
Network & infrastructureExternal, internal, VPN and core technology attack paths
Applications & APIsAuthentication, access control, business logic and data exposure
Mobile & wirelessiOS, Android, Wi-Fi, segmentation and wireless trust
Human attack surfaceControlled phishing and social-engineering simulations
Choose the Right Test

Not every penetration test should have the same scope.

A web application test is not a network test with a browser. A wireless test is not simply a vulnerability scan of access points. Each attack surface needs different tooling, expertise, test cases and evidence.

Vectra scopes the engagement around the system being tested, the attacker perspective you want to simulate and the business or compliance outcome you need.

The aim is not to generate the longest vulnerability list. It is to prove which weaknesses can actually be used and what they mean to the organisation.

01

Network

External and internal attack paths through exposed services, network controls, remote access and reachable systems.

02

Infrastructure

Servers, identity services, operating systems, configuration and internal infrastructure security.

03

Application & API

Web applications, portals, APIs, authentication, authorisation, sessions and business logic.

04

Mobile

iOS and Android application behaviour, local storage, transport, APIs and platform-specific controls.

05

Wireless

Wi-Fi security, authentication, encryption, segmentation, rogue access and wireless attack paths.

06

Phishing

Controlled social-engineering campaigns that test user behaviour and the defensive controls surrounding email.

01 / NETWORK
Network Penetration Testing

Test the paths an attacker can reach.

Network penetration testing examines externally or internally reachable services, devices and trust relationships to identify where an attacker could gain access, move laterally or reach sensitive systems.

Common reasons to test

Internet-facing exposure, new offices, network redesigns, remote access, compliance validation, major infrastructure changes or an independent check of perimeter controls.

External perimeterInternet-facing hosts, services, exposed management interfaces, authentication points and unnecessary attack surface.
Internal networkReachable services, weak segmentation, lateral movement paths, trust relationships and access between network zones.
Network devicesRouters, switches, firewalls and other in-scope network technology where configuration or exposed services create exploitable risk.
Remote accessVPNs, gateways and other remote-access services, including authentication and configuration weaknesses.
ExploitationControlled validation of vulnerabilities to determine whether identified weaknesses genuinely lead to compromise.
Post-exploitationWhere authorised, test whether an initial foothold can lead to privilege escalation, lateral movement or access to sensitive assets.
02 / INFRASTRUCTURE
Infrastructure Penetration Testing

Look beyond the perimeter and into the systems that run the business.

Infrastructure testing focuses on servers, operating systems, identity and supporting technology. It is particularly useful where the risk sits inside the environment rather than on a single public-facing service.

Common reasons to test

Infrastructure refreshes, Active Directory or identity reviews, segmentation projects, new server platforms, cloud migrations, sensitive internal environments or post-remediation validation.

ServersOperating-system configuration, exposed services, privilege boundaries, authentication and locally exploitable weaknesses.
Identity servicesWhere in scope, review authentication, privilege relationships, service accounts and attack paths that could support escalation or lateral movement.
ConfigurationMisconfiguration, excessive permissions, insecure protocols, legacy services and weak hardening that create exploitable conditions.
SegmentationValidate whether sensitive infrastructure is genuinely isolated from lower-trust users, systems and network zones.
Internal attack pathsAssess how a compromised user or device could move deeper into the environment.
Control validationTest whether defensive controls prevent or meaningfully limit real attacker behaviour inside the environment.
03 / APPLICATION & API
Application Penetration Testing

Test the application logic, not just the software components.

Application testing examines how users authenticate, what they can access, how data is processed and where business logic can be abused. Vectra can test web applications, customer portals, internal applications and APIs.

Common reasons to test

New applications, major releases, internet-facing portals, customer data, payment environments, new APIs, authentication changes, pre-production assurance or recurring security testing.

AuthenticationLogin flows, password handling, MFA implementation, account recovery, session controls and authentication bypass opportunities.
Access controlHorizontal and vertical privilege boundaries, insecure direct object references and unauthorised access to functions or data.
Injection & inputTest how untrusted input is handled across application functions, APIs and backend services.
Business logicIdentify abuse cases that automated scanners cannot understand, such as workflow bypass, transaction manipulation or process flaws.
API securityAuthentication, authorisation, object access, data exposure, rate controls and misuse of REST, GraphQL or other in-scope APIs.
Data protectionReview sensitive-data exposure, transport security, storage behaviour and application responses that reveal more than intended.
04 / MOBILE
Mobile Penetration Testing

Test the app, the device interaction and the services behind it.

Mobile application testing looks at how iOS and Android apps store information, authenticate users, communicate with backend services and resist manipulation on the device.

Common reasons to test

Customer-facing mobile apps, apps handling credentials or regulated data, mobile payment workflows, new releases, API changes or assurance before app-store deployment.

Local dataAssess sensitive information stored in files, databases, caches, preferences, logs and other device-accessible locations.
Transport securityTest how the application protects traffic and whether sensitive communication can be intercepted or manipulated.
AuthenticationReview login, tokens, sessions, biometrics and account-recovery behaviour within the mobile workflow.
Backend APIsTest the services the mobile application relies on, including authorisation and data access controls.
Application behaviourAssess runtime behaviour, deep links, inter-process communication, exported components and other platform-specific attack surfaces.
Tamper resistanceWhere relevant, assess how the application behaves when modified, instrumented or executed in a hostile device environment.
05 / WIRELESS
Wireless Penetration Testing

Test whether proximity creates a path into the network.

Wireless testing examines Wi-Fi authentication, encryption, access-point configuration and segmentation to determine whether an attacker within radio range can obtain unauthorised access or bypass intended trust boundaries.

Common reasons to test

Office moves, new Wi-Fi deployments, guest wireless, corporate wireless, sensitive facilities, compliance obligations or concern about segmentation between wireless and internal networks.

AuthenticationReview the security of in-scope personal and enterprise wireless authentication mechanisms.
EncryptionAssess whether wireless encryption and protocol choices provide appropriate protection for the environment.
Access pointsIdentify insecure configuration, exposed management services and weaknesses in approved wireless infrastructure.
SegmentationValidate separation between guest, corporate, privileged and other relevant wireless or wired network zones.
Rogue scenariosWhere authorised, assess exposure to unauthorised or impersonated wireless infrastructure and related credential risks.
Post-access riskDetermine what an attacker could reach if wireless access or a wireless credential were successfully compromised.
06 / PHISHING
Phishing & Social Engineering Testing

Test the human control and the technology around it.

Controlled phishing simulations help organisations understand user behaviour and whether email, identity, monitoring and escalation controls work together when a realistic social-engineering attempt reaches the workforce.

Common reasons to test

Security-awareness validation, targeted high-risk teams, executive populations, email-security tuning, incident-response exercises or an independent benchmark of human and technical controls.

Campaign designDevelop a controlled scenario aligned to the organisation, target group and agreed test objectives without creating unnecessary operational risk.
Email deliveryAssess whether campaign messages reach intended users and how existing email-security controls respond.
User behaviourMeasure agreed behaviours such as message interaction, reporting and response to the simulation.
Reporting workflowAssess whether users know how to report suspicious activity and whether those reports reach the right operational team.
Security monitoringWhere agreed, validate whether relevant identity, email and SOC controls detect or surface the simulated activity.
Remediation insightUse the results to improve targeted awareness, technical controls, reporting channels and response processes.
A Consistent Testing Method

Different attack surfaces. One disciplined approach.

Each specialist test uses attack-surface-specific techniques, but the engagement still follows Vectra’s established methodology so scoping, exploitation, evidence and reporting remain consistent.

01
INFORMATION GATHERINGUnderstand the environment, scope, business context and information available to the simulated attacker.
02
THREAT MODELLINGIdentify likely attack paths, trust boundaries and test cases relevant to the system being assessed.
03
VULNERABILITY ANALYSISCombine tooling and manual analysis to identify weaknesses worth deeper validation.
04
CONTROLLED EXPLOITATIONSafely validate whether weaknesses can be used to gain unauthorised access or achieve an agreed test objective.
05
POST-EXPLOITATIONWhere authorised, assess the realistic impact, escalation potential and downstream access created by a successful compromise.
06
REPORTING & REMEDIATIONProvide evidence, risk context, remediation guidance and a path to retesting once critical issues are addressed.
What You Receive

A report your technical team can fix from—and leadership can understand.

Executive summary

A concise view of material risks, attack paths and the overall security outcome for decision-makers.

Technical findings

Clear evidence, affected assets, severity, reproduction detail and enough context for engineering teams to act.

Prioritised remediation

Recommendations ordered around meaningful risk rather than simply the number of findings.

Retesting

Validate agreed remediation so closed findings are supported by evidence rather than assumption.

Why Vectra

Specialist testers backed by broader security expertise.

Vectra’s penetration testers work across a wide range of industries and environments, with Australian delivery and access to the wider Vectra security practice when testing uncovers issues that need compliance, incident response or remediation support.

CREST accreditedIndependent accreditation for Vectra’s penetration testing capability.
Certified specialistsTeam certifications include OSCP, CEH, eCPPT, CRTP and CRTE, alongside broader IRAP and PCI-QSA expertise.
Australian testingTesting delivered in Australia with local communication, scoping and reporting.
Compliance experienceTesting can support wider assurance programmes such as PCI DSS and other security-control requirements where applicable.
Manual expertiseHuman-led testing is used to validate exploitability and find logic or attack-path weaknesses automation cannot understand.
Post-test supportRemediation guidance and retesting help move findings through to verified closure.
Specialist Penetration Testing FAQs

Choosing the right test for your environment.

What is the difference between network and infrastructure penetration testing?

Network penetration testing focuses on reachable network services, devices, remote access and attack paths through the network. Infrastructure penetration testing goes deeper into servers, operating systems, identity, configuration, privilege and internal trust relationships. The scopes often overlap, so Vectra will define the most useful engagement based on the environment.

Does application penetration testing include APIs?

Yes. Application testing can include web applications and their supporting APIs. API testing typically examines authentication, authorisation, object access, data exposure, input handling and abuse of business logic.

Can mobile penetration testing cover both iOS and Android?

Yes. Vectra can scope testing for iOS and Android applications, including the application itself, local data, transport security, authentication and the backend services the mobile app uses.

Is phishing testing the same as security-awareness training?

No. Phishing testing is a controlled assessment used to measure user behaviour and supporting technical controls. Awareness training is an education programme. The results of a phishing test can help identify where targeted training or technical improvements are needed.

Can different testing types be combined?

Yes. Combined scopes are often useful where an attacker could move between layers, such as an external network test followed by an internal infrastructure test, or a web application and API test performed together.

Are Vectra penetration tests conducted in Australia?

Yes. Vectra delivers its penetration testing services in Australia using experienced offensive-security specialists.

Is Vectra CREST accredited?

Yes. Vectra is a CREST-accredited penetration testing provider.

Scope the Right Penetration Test

Tell us what you need tested. We’ll build the right scope.

Use Vectra’s penetration testing scoping tool or speak with the team about a combined network, infrastructure, application, mobile, wireless or phishing engagement.

Scope a Penetration Test →