AirWatch and CrowdStrike for layered endpoint security

Modern Australian workplaces rarely operate from a single office or a single type of device. A Melbourne finance team may use managed Windows laptops, a Brisbane sales group may rely on mobile phones, and staff travelling between Perth, Darwin and regional sites may connect through changing networks. That spread makes endpoint management and threat detection closely related, but distinct, responsibilities.

AirWatch, now associated with VMware and commonly positioned within the Workspace ONE platform, helps organisations configure, enrol, update and support endpoints. CrowdStrike Falcon focuses on endpoint detection and response, threat intelligence, malware prevention and investigation. Used together, the platforms can create a stronger control model than either system provides by itself.

The value comes from coordination rather than simply buying two security products. Device posture, user identity, application access and active threat signals need to inform the same access decisions. For an Australian business working towards the Essential Eight or meeting privacy and industry obligations, that joined-up approach can make security operations clearer and faster.

Why the two platforms complement each other

Mobile device management and endpoint detection solve different problems. AirWatch controls the business relationship with a device: who owns it, which policies apply, what applications it may run, how it is configured and whether it meets access requirements. It can manage corporate laptops, smartphones, tablets and selected bring-your-own-device scenarios from a central console.

CrowdStrike operates closer to the threat layer. Its Falcon agents monitor endpoint activity for suspicious processes, exploit behaviour, credential theft, ransomware indicators and other signals associated with compromise. Security teams can investigate incidents, contain affected machines and use threat intelligence to understand whether an alert represents a wider campaign.

The two systems become more useful when device context is available during an investigation. A security analyst can see that a suspicious event occurred on a personally owned handset, a contractor laptop, or a company machine used by a privileged administrator. That context supports a proportionate response instead of treating every alert as an identical emergency.

What each platform controls

AirWatch is strongest where policy needs to be applied consistently at scale. Administrators can enforce passcodes, encryption, operating system versions, application restrictions, certificate profiles and network settings. It can also help separate business information from personal content in bring-your-own-device arrangements, an important distinction when staff use their own phones for email and collaboration.

CrowdStrike provides a different form of visibility. It records endpoint behaviour and helps identify activity that traditional device compliance checks may miss. A laptop can have the correct operating system version and an approved antivirus setting while still running a malicious script. EDR monitoring is designed to find that kind of behaviour and provide an investigative trail.

Neither platform should be treated as a complete replacement for the other. MDM does not provide the same depth of threat hunting as EDR, while EDR does not manage enrolment, mobile application distribution or the employee lifecycle of a device. Together, they cover both the condition of the endpoint and what the endpoint is doing.

How integration supports Australian workplaces

A practical integration can connect AirWatch compliance signals with CrowdStrike detections through identity, access-control or security orchestration tools. If Falcon reports a high-confidence compromise, the organisation may suspend access, isolate the endpoint, require remediation or direct the user to a service desk. If AirWatch reports an unencrypted or outdated device, access can be restricted before that weakness becomes an incident.

This approach suits Australian organisations with dispersed operations. A mining company with FIFO teams in Western Australia may need reliable control over devices that move between corporate offices, camps and remote sites. A healthcare provider in New South Wales may need to protect patient-related information while supporting clinicians who work across hospitals, clinics and home visits.

Local regulatory and assurance expectations also matter. Teams mapping controls to the Australian Signals Directorate’s Essential Eight can use device management for patching, application control and configuration, while CrowdStrike contributes detection and response evidence. Financial organisations may have additional APRA expectations, and any business handling personal information must consider the Privacy Act and the consequences of a data breach.

Policy design without blocking work

Layered security works best when policies distinguish between risk levels. A personally owned iPhone used to read a calendar does not require the same controls as a corporate Windows laptop used to administer cloud infrastructure. AirWatch can apply different enrolment and application rules, while CrowdStrike can provide deeper monitoring on supported corporate endpoints.

Access decisions should combine several signals: the user’s identity, device ownership, operating system status, location, application sensitivity and current threat posture. A compliant device in Sydney may still be blocked if Falcon detects suspicious activity. Conversely, an employee travelling through Adelaide with a healthy managed device may be allowed to work without unnecessary friction.

Communication is part of the design. Australian staff often respond better to a clear explanation than to a sudden “blocked by security” message. Policies should state what data is collected, what the organisation can see on a personal device, why access has been paused and how to get help. Clear wording reduces resistance and helps the service desk handle issues consistently.

Practical checks for rollout

Before connecting the platforms, security and mobility teams should agree on ownership, severity thresholds and the actions that follow each signal. An alert that triggers isolation needs a defined recovery process, including who can release the device and how the user’s business continuity needs will be handled.

The rollout should begin with a pilot group that reflects real working conditions: office staff in Melbourne, remote employees in Queensland, travelling executives and perhaps a small BYOD cohort. Teams can then test enrolment, access restrictions, battery impact, privacy notices and incident escalation before extending controls across the organisation.

Useful preparation includes:

Operational safeguards should include:

Incident documentation should be easy to search and share with approved teams. For example, analysts preparing transcripts of recorded security briefings or training videos may use a video transcription tool to make response procedures easier to review, provided sensitive material is handled under the organisation’s information-handling rules.

Comparing the operating models

A clear division of responsibilities prevents overlapping tools from creating confusion. AirWatch is generally the system of record for endpoint ownership, enrolment and configuration. CrowdStrike is generally the system of record for endpoint threat telemetry, detection and response. Identity and access platforms can sit between them, translating those signals into an access outcome.

The exact architecture depends on licensing, supported operating systems, existing security information and event management tools, and the organisation’s tolerance for automated containment. Automation can reduce response time, but a high-impact action should have safeguards when a false positive could stop a hospital service, disrupt a customer contact centre or strand a remote worker.

Capability AirWatch / Workspace ONE CrowdStrike Falcon Combined value
Device enrolment Strong control over corporate and BYOD registration Limited as a primary MDM function Reliable inventory linked to security events
Configuration Profiles, certificates, restrictions and compliance policies Security sensor and prevention settings Consistent baseline with threat-aware exceptions
Threat detection Basic posture and compliance signals EDR telemetry, detection and investigation Device health enriched by active threat intelligence
Application management Distribution, approval and removal of mobile and desktop apps Monitors application behaviour Approved software with behavioural oversight
Incident response Restrict access, wipe or quarantine according to policy Investigate, contain and remediate threats Faster, more informed containment
User experience Enrolment, support and access guidance Security alerts and response actions Clearer remediation for employees and service desks

The strongest model is measured through outcomes rather than console activity. Useful metrics include the percentage of endpoints enrolled, the age of unmanaged devices, patch compliance, time to detect, time to contain and the number of incidents resolved without business disruption. Review these measures by location and device type so regional connectivity or BYOD patterns do not hide gaps.

AirWatch and CrowdStrike can therefore form a practical layered endpoint protection strategy for Australian organisations. AirWatch establishes control over the device estate, while CrowdStrike watches for malicious activity that configuration compliance cannot detect. A carefully tested connection between them helps security teams make faster decisions while keeping work accessible for people in offices, homes and remote sites.

Evaluate the combination against your current device inventory, access policies and incident process, then use AirWatch’s 30-day free trial or speak with the sales team to test the operating model with representative Australian users and endpoints.