AirWatch for Manufacturing: Ruggedized Device Management Tips

Manufacturing teams in Australia need mobile technology that keeps pace with production without creating another workload for IT. Shop-floor tablets, vehicle-mounted screens and rugged handsets must survive dust, vibration, moisture and shifts behind restricted network boundaries. They also need to provide the right applications, data and support services securely when workers move between a loading dock, production line and remote maintenance area.

AirWatch, now associated with VMware, offers an enterprise mobility management platform for configuring, managing and supporting business devices and endpoints. Manufacturers can use its device profiles, application controls, compliance policies and administrative tools to run a mixed fleet with fewer manual processes. Ruggedised devices still need careful onboarding, staged updates and clear ownership, particularly across large Australian operations.

Design AirWatch around factory-floor reality

Start by separating hardware suitability from manageability. A rugged handset or tablet can tolerate demanding conditions, but it still needs an operating system, applications and connectivity that match the task. Create a fleet matrix that identifies each device role, its users, operating temperature, expected impact, network options and support requirements. This prevents an expensive general-purpose device from being assigned to a high-risk role better suited to a specialised model.

Build standard device profiles for repeatable configurations. AirWatch can help administrators assign approved applications, security restrictions, Wi-Fi and VPN settings, notification behaviour and update policies according to role. Profiles should reflect operational differences: a kiosk-style inspection terminal may need restricted navigation and automatic Wi-Fi selection, while an engineer’s tablet may require access to diagnostic tools, technical documents and corporate email. Standardisation reduces configuration errors without removing necessary local flexibility.

Australian conditions make this segmentation especially valuable. Manufacturers around Melbourne and Sydney often support multiple plants, warehouses and contractors, while operations in the Pilbara, regional New South Wales and Queensland may face extreme heat, dust and long travel distances. Include those environmental realities in testing rather than assuming a device certified for drops will also perform reliably in saturated dust, heavy rain or fluctuating cellular coverage.

Set security policies workers can follow

Security controls should protect company information without interrupting a production shift. Use AirWatch compliance policies to check essentials such as encryption, screen locks, operating-system versions, restricted settings and the presence of unapproved applications. Apply proportionate actions when a device falls out of compliance, including warnings, limited functionality, re-enrolment or remote lock. A device that works offline should receive a reasonable grace period before enforcement begins.

Connect each managed device to the identity and access services it needs. Role-based access lets a maintenance contractor reach work-order applications without gaining broad access to payroll, finance or confidential production records. Application-level controls can limit downloads, block risky features and remove access when an assignment ends. These measures support a zero-trust approach while keeping the user experience simple for workers who may wear gloves, operate machinery or work in bright sunlight.

Plan updates and recovery around operational schedules. Over-the-air operating-system and application updates reduce manual handling, but a forced restart during a critical production window can still cause disruption. Use staged release groups, maintenance windows and pilot cohorts to validate new configurations. Maintain a documented recovery process for lost, damaged or non-compliant devices, including how the user reports the incident and how IT confirms that company data has been protected.

Use pre-deployment and operational checklists

A controlled deployment prevents small configuration choices from becoming fleet-wide problems. Before equipment reaches a site, document the intended user, physical asset details, data requirements, connectivity options and responsible support contact. Test the complete profile on representative devices and verify that applications work under realistic conditions rather than only on an office network.

Before devices reach the production floor:

• Map every device role, user group, required application and data-access level.
• Test Wi-Fi, VPN, roaming and offline behaviour at each major operating location.
• Record ownership, insurance, replacement and return procedures for each device.
• Validate profiles, compliance actions and update schedules with operational leaders.

During everyday fleet operation:

• Review compliance failures and resolve them against the device’s assigned role.
• Stage application and operating-system updates before wider fleet release.
• Audit exceptions involving contractors, shared devices and temporary workarounds.

Treat operational checklists as part of the management process rather than a one-off project task. Production teams should report broken scanners, inaccessible applications or unusual battery performance because these signals can expose configuration or hardware issues. The inventory view can then help administrators identify affected models, compare failure patterns and plan replacements before a device becomes unavailable.

Manage regional sites and field fleets

Central governance does not require every Australian site to have identical settings. Use common organisation-wide controls for security, identity and application standards, then create regional profiles for local Wi-Fi, roaming and site-specific requirements. This model suits manufacturers with a central IT function supporting production facilities in Melbourne, Sydney, Adelaide and smaller regional locations. Local administrators can manage exceptions while remaining within the organisation’s broader security framework.

Prepare for intermittent connectivity. A field technician may work beyond reliable cellular coverage, while a rural facility can encounter congestion during shift changes. Applications selected for these teams should support offline use, cached work orders or delayed synchronisation where appropriate. Establish clear rules for how long data can remain on a device and how updates are reconciled when connectivity returns. Remote support and device status information should also remain useful when a user cannot connect immediately.

Replacement stock and import procedures are equally important. Maintain a small pool of suitable devices for urgent repairs, and record serial numbers, configuration profiles and assignment history for every unit. When devices or spare parts enter Australia, coordinate with Australian Customs and Border Force and confirm the correct commercial documentation and treatment. For organisations buying through local channel partners, request current Australian pricing and clarify how GST and support costs appear in the final quote.

Run a controlled trial before scaling

The fully functional 30-day free trial provides a practical way to assess AirWatch against real manufacturing workflows. Begin with clear success measures: enrolment time, application availability, compliance visibility, support response and the effort required to recover a lost device. Record the current manual steps as a baseline so the team can identify genuine improvements rather than judging the platform during an unfamiliar deployment.

Choose a representative pilot site and a limited device group. A production team in Melbourne or Sydney may test enterprise applications and shared workflows effectively, while a field-support group can reveal the value of offline behaviour and remote diagnostics. Include night-shift personnel, contractors and IT administrators in the test. Compare the available packages against the fleet matrix, then use current package and pricing comparisons to determine which capabilities are required for each site.

A structured trial also exposes operational gaps before broad deployment. Feedback should cover the technician interface, strength of the administrative console, usefulness of alerts and the time required to deploy a profile. Address missing requirements through configuration or workflow design, and document any features that fall outside the selected package. Once the pilot meets its measures, expand in controlled stages and preserve the pilot checklists as the basis for each new site.

Start the 30-day free trial, compare the available packages, and contact the AirWatch sales team to scope a secure device-management rollout for your Australian manufacturing operation.