Amazon Leo could become a practical satellite internet option for Australian construction compounds and temporary project offices where fixed broadband is unavailable, delayed, or unreliable. A dependable worksite setup should be designed around the full project environment, including receiver placement, changing site layouts, plant movement, cable protection, generator changeovers, office Wi-Fi, security cameras, and future relocation.
Construction sites often need connectivity before permanent infrastructure is ready.
A site office may depend on internet access for drawings, cloud documents, procurement, inductions, delivery coordination, safety records, video calls, remote support, timekeeping, security systems, and communication between contractors.
The internet setup also needs to move with the project.
An office compound may begin near the site entrance, shift during later construction stages, expand into additional portable buildings, or be removed entirely at handover.
Amazon Leo worksite planning should start with a site survey. Place the receiver where it has clear sky access, stable support, protected cabling, and safe servicing access. Then design the local network around the project office, compound layout, power source, essential systems, relocation plan, and the real risks created by an active construction site.
Why Amazon Leo could suit construction compounds and temporary offices
Amazon Leo is Amazon’s low-Earth orbit satellite broadband network.
Amazon’s satellite broadband project originally operated under the code name Project Kuiper. In November 2025, Amazon rebranded the project as Amazon Leo.
Amazon says the network is designed to provide fast, reliable connectivity beyond the reach of existing networks. The company has also begun an enterprise preview for selected business customers using production hardware and software.
That makes Amazon Leo relevant to construction projects where terrestrial services are difficult to arrange early, impractical for a short-term compound, or unreliable at a remote worksite.
Potential use cases include:
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civil construction compounds
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regional building sites
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road projects
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renewable-energy projects
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infrastructure upgrades
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utilities work
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remote maintenance sites
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temporary project offices
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portable site sheds
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site accommodation compounds
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equipment yards
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survey crews
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early works packages
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staged developments
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emergency recovery projects
Amazon Leo may suit a small project office with a few staff or a more demanding remote compound with cameras, multiple portable buildings, cloud systems, and field operations.
The final setup should follow the actual workload.
Confirm the Amazon Leo service pathway before relying on the connection
A construction compound should not assume that every Amazon Leo service option will support the same use case.
Amazon has stated that wider Amazon Leo rollout will continue through 2026 as coverage and network capacity increase. Its public enterprise material describes connectivity for demanding business environments, field locations, remote operations, cloud systems, and secure communications.
Australian buyers should still confirm:
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service availability at the worksite
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business-use suitability
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terminal availability
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data and speed requirements
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project duration
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relocation requirements
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whether the service can move between compounds
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whether the receiver must remain stationary while operating
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support arrangements
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installation requirements
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whether the site needs a commercial or enterprise pathway
NBN Co has separately announced an Australian wholesale fixed-service pathway for eligible premises within the current nbn satellite footprint through participating retail service providers.
That fixed-address pathway should not automatically be treated as a moveable construction-site plan.
A remote project office, temporary compound, or relocatable site shed needs its own service check before the project depends on it.
Start with the construction workflow before selecting hardware
A worksite internet design should reflect the systems that need to stay online.
A temporary office may use:
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cloud-based project-management software
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drawings and document control
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RFIs
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safety documentation
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inductions
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timekeeping
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procurement tools
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delivery scheduling
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contractor portals
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email
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video calls
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remote desktop access
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printers
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site cameras
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access-control systems
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environmental monitoring
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equipment telematics
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Wi-Fi calling
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staff communication
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visitor sign-in systems
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welfare-area Wi-Fi
Not every service has the same priority.
Essential site traffic
Prioritise:
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safety systems
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project documentation
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office devices
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inductions
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timekeeping
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critical communications
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site cameras
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access control
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remote support
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essential cloud tools
Lower-priority traffic
Restrict where needed:
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personal streaming
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guest Wi-Fi
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software updates during busy periods
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large non-urgent downloads
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background cloud backups
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entertainment devices
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unnecessary personal devices
The most useful Amazon Leo setup is not the one that connects the largest number of devices.
It is the one that keeps the project operating when the site is busy.
Survey the compound before choosing the receiver location
An Amazon Leo receiver still needs a suitable outdoor position.
On a construction site, that position can be more complicated than it first appears.
The receiver needs:
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clear sky access
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stable mounting
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safe installation access
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safe servicing access
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protected cabling
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suitable power
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separation from plant
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separation from deliveries
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protection from accidental impact
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practical relocation access
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a clear path into the local network
The Amazon Leo site survey checklist is useful before quoting because construction compounds can change quickly and early assumptions can become expensive later.
Check obstructions that may appear later
The site may look open during early works.
That can change as the project progresses.
Check for:
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cranes
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hoardings
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scaffolding
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temporary fencing
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site sheds
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completed buildings
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stockpiles
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earthworks
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trees
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lighting towers
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elevated plant
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gantries
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containers
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water tanks
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future structures
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parked machinery
A receiver that works during the first stage may become obstructed later.
Record a primary location and a secondary relocation option before installation.
Check site traffic
The receiver should not sit beside:
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delivery routes
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loading zones
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forklift paths
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excavator movement areas
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crane exclusion zones
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vehicle turning circles
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laydown areas
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pedestrian gates
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emergency access points
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material-storage zones
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skip-bin locations
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temporary walkways
The mount and cable route should remain protected even when the site is operating at full capacity.
Choose a mount that suits a temporary worksite
A construction compound may use a fixed, semi-permanent, or moveable receiver position.
The right approach depends on the site.
Secure pole mount
A pole mount may suit:
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remote construction compounds
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open yards
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sites with clear sky access beside the office
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locations where the receiver needs separation from plant
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compounds expected to stay in one place for several months
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sites where office-roof access is inconvenient
A well-positioned pole can make the receiver easier to inspect and relocate.
The pole still needs:
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stable support
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suitable footing or approved base
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correct height
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wind consideration
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clear separation from vehicles
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protected conduit
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cable strain relief
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a secure receiver interface
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safe access for servicing
The correct Pole Mounts & Adaptors should only be selected after the receiver model, pole dimensions, mounting interface, exposure level, and site conditions are confirmed.
Portable office or container mount
A bracket on a suitable portable office, container, or site shed may suit:
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smaller compounds
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staged relocations
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short cable routes
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compounds with a clear open-sky position
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sites where the whole office is moved as one unit
The fixing point must be checked carefully.
Thin cladding should not be treated as structural support.
The design should consider:
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wall structure
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roof structure
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lifting and relocation
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vibration
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wind exposure
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roof drainage
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cable entry
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access after the office is moved
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whether the mount needs removal before transport
Weighted freestanding mount
A stable weighted base may suit:
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very short projects
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temporary compounds
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early works
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trial deployments
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sites where drilling is not allowed
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receiver testing before the final compound layout is confirmed
A removable installation should still be professional.
The same practical thinking used for non-permanent temporary sites applies here: the receiver needs stable support, a clear view of the sky, protected cabling, and a location that cannot be disturbed casually.
Avoid improvised supports such as:
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pallets
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loose crates
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folding tables
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unsecured star pickets
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lightweight tripods without suitable stabilisation
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portable-office roofs with no structural check
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temporary barriers not designed to carry equipment
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exposed positions beside traffic
Temporary does not mean unstable.
Use hardware that matches real site conditions
Construction compounds can expose mounts and cables to:
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wind
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vibration
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dust
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mud
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rain
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UV exposure
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machinery movement
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vehicle traffic
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temporary fencing changes
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repeated relocation
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accidental impact
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cleaning equipment
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tools and materials
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heat
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generator vibration
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coastal corrosion on some projects
Suitable Installation Hardware should be chosen around the mount type, fixing surface, exposure, cable route, servicing requirements, and relocation plan.
Small components matter.
A strong receiver bracket is not enough if:
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fasteners loosen
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clamps slip
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the pole flexes
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cable clips fail
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conduit is unsupported
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the cable rubs against a sharp edge
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the entry gland leaks
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the office moves without the cable being disconnected safely
Inspect the hardware after major storms, compound moves, and layout changes.
Protect the cable route from plant, doors, and foot traffic
Cable routing is one of the most important construction-site decisions.
A poorly placed cable can become:
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a trip hazard
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a damage risk
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a water-entry path
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a site interruption
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a maintenance problem
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an avoidable safety issue
Plan the route from the receiver to the indoor equipment before installation.
Check:
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pedestrian walkways
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office doors
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sliding doors
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temporary steps
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vehicle routes
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plant movement
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material laydown areas
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trenching work
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fencing
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generator areas
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wet-weather drainage
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sharp edges
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exposed wall sections
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roof drainage
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relocation points
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future office extensions
Use:
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protected conduit
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cable supports
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correct clips
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strain relief
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labelled ends
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gentle bends
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protected entry points
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suitable glands
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weather sealing
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separation from hazards
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accessible routes for future replacement
The Cables, Connectors & Adaptors is the practical place to check compatibility parts once the Amazon Leo receiver, route length, connector requirements, and site conditions are clear.
Keep cables away from temporary doors and site-office thresholds
Running a cable through a doorway may look convenient during setup.
It often creates a problem later.
A cable should not be:
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crushed by a door
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taped loosely across a threshold
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dragged across gravel
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exposed to vehicle tyres
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placed where cleaners or workers can pull it
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routed through standing water
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looped beside stairs
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left unsupported against sharp metal cladding
Temporary office cabling should still look and behave like a planned installation.
Cable routing should be planned before the site goes live. Keep the receiver cable away from doors, walkways, plant routes, wet areas, and sharp metal edges.
Treat electrical safety as part of the internet installation
Amazon Leo needs a reliable local power source.
The receiver, router, network switch, Wi-Fi access points, cameras, and office equipment may all depend on that power plan.
A construction compound may run from:
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grid power
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temporary site power
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generator
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solar and battery system
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battery bank
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UPS
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a mixed system
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a later transition from temporary to permanent supply
The design should account for the complete communications load.
Do not power only the router and forget the receiver.
Do not protect the receiver and router while leaving the network switch or essential access point outside the backup plan.
Safe Work Australia notes that construction sites can contain electrical hazards, including plugs, sockets, electrical cables, and extension leads that can be damaged easily.
Electrical work should be completed by a suitably licensed or registered electrician.
Plan for generator changeovers
A brief generator interruption can restart the internet system.
That may interrupt:
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video calls
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document uploads
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camera feeds
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access-control systems
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staff sign-on
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remote desktop sessions
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cloud syncing
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monitoring equipment
A small UPS can help keep essential communications equipment online during brief interruptions or a controlled generator changeover.
The backup-power calculation should include:
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Amazon Leo receiver
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supplied power equipment
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router
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network switch
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essential access points
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camera recorder where required
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failover router
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critical monitoring gateway
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remote reboot equipment
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network-management hardware
The Power Supplies & 12v Parts can support planning once the terminal, power architecture, battery requirements, conversion method, cable lengths, and runtime expectations are confirmed.
Do not guess a direct DC connection
Do not connect an Amazon Leo receiver directly to a nominal 12V, 24V, or 48V supply unless the receiver input requirements and regulation method have been confirmed.
A battery voltage changes during charging and discharging.
The correct setup may need:
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supplied AC power equipment
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inverter
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regulated DC-DC supply
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correct fuse protection
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cable sizing
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polarity checks
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isolation
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enclosure protection
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ventilation
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qualified installation
The exact design depends on the final Amazon Leo equipment.
Plan the local network separately from the satellite receiver
The Amazon Leo receiver brings an internet connection to the compound.
It does not automatically provide strong Wi-Fi throughout the entire worksite.
A temporary project office may need:
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router
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network switch
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Ethernet outlets
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Wi-Fi access points
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point-to-point wireless links
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external access points
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separate staff and contractor networks
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camera network
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access-control network
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device-management network
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failover router
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UPS
Use Ethernet for fixed office devices
A wired connection can reduce avoidable Wi-Fi problems for:
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desktop computers
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printers
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document-control workstation
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meeting-room screen
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camera recorder
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network switch
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access-control system
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timekeeping device
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site server
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fixed VoIP equipment
Ethernet does not improve the Amazon Leo satellite link itself.
It improves the local connection between essential office equipment and the network.
Use Wi-Fi where mobility matters
Wi-Fi may suit:
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laptops
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tablets
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phones
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induction devices
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portable workstations
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supervisors moving between offices
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staff communication
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contractor access
Keep the router or access point:
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ventilated
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protected from dust and water
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away from accidental unplugging
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away from heavy metal obstructions
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accessible for troubleshooting
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close enough to the devices that matter
Do not hide the router inside a sealed steel cabinet unless the network design includes separate access points outside that enclosure.
Multiple site sheds may need a dedicated network link
A growing compound may contain:
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project office
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meeting room
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induction room
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lunch room
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first-aid room
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storage container
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security gate
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workshop
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camera tower
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satellite office
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welfare area
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accommodation building
One router may not cover all of them reliably.
Steel walls can weaken Wi-Fi.
Distance, vehicles, temporary structures, and changing compound layouts can also affect performance.
A larger site may need:
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Ethernet between buildings
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protected overhead or underground pathway where suitable
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fibre where appropriate
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point-to-point wireless bridge
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local switch
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separate access point
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weather-protected enclosure
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surge protection
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documented network map
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spare equipment
Bring the network to the office or area that needs coverage.
Do not expect weak Wi-Fi from the main site shed to solve every problem.
Keep staff, contractor, camera, and guest traffic separate
A temporary compound often has a mix of trusted and untrusted devices.
The network may be used by:
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project managers
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supervisors
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engineers
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contractors
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visitors
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subcontractors
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security staff
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cameras
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access-control systems
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environmental sensors
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welfare-area devices
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personal phones
A practical design may separate:
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core office network
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contractor Wi-Fi
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visitor Wi-Fi
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camera network
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smart-device network
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site-management equipment
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remote-support access
That separation can make troubleshooting easier and help prevent optional traffic from interfering with critical systems.
During a busy period, restrict:
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personal streaming
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large downloads
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software updates
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guest traffic
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non-essential uploads
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unnecessary personal devices
The worksite network should prioritise the project.
Add cameras without overwhelming the connection
Construction compounds often need cameras for:
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perimeter monitoring
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gate visibility
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equipment yards
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material storage
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site-office security
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after-hours monitoring
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remote progress checks
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incident review
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environmental monitoring
Cameras can create a different workload from office laptops.
A camera design should account for:
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number of cameras
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resolution
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frame rate
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local recording
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remote viewing
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motion alerts
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night vision
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upload behaviour
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recorder location
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power-over-Ethernet requirements
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switch capacity
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backup power
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data usage
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security permissions
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offline behaviour
Continuous cloud upload may not be necessary for every camera.
A practical site may use local recording with remote alerts and on-demand viewing.
The same planning principles covered in remote security cameras apply to compounds, gates, laydown areas, equipment yards, and temporary offices.
Keep cameras on a planned local network
Do not allow camera traffic to crowd out office systems unexpectedly.
Where possible:
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separate camera traffic
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use a suitable network switch
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record locally
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set realistic upload behaviour
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confirm remote-access requirements
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protect recorder power
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test night-time performance
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test recovery after an outage
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keep camera cabling protected
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document the camera positions
The Amazon Leo connection should support the camera workflow.
The camera workflow should not be allowed to overwhelm the site office.
Use site controls when the installation involves work at height or mobile plant
Construction compounds are active workplaces.
The Amazon Leo installation should be planned within the site’s existing safety process.
Safe Work Australia identifies construction work with a risk of a person falling more than two metres as high-risk construction work requiring a Safe Work Method Statement.
Its high-risk construction guidance also includes work carried out in an area where a powered mobile plant is moving.
That matters when the receiver is installed:
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on a site-office roof
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on an elevated bracket
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near cranes
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beside forklifts
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near excavators
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near delivery vehicles
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beside traffic corridors
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near active loading zones
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above public or worker areas
The site should confirm:
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responsible installer
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approved access
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plant exclusion zones
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ladder or platform requirements
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fall controls
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traffic controls
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weather conditions
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overhead powerline risks
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required permits
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SWMS requirements where applicable
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isolation requirements
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toolbox communication
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safe servicing access
A lower, safer pole or wall location may be more practical than a roof position if it still provides clear sky access.
Build the relocation plan before the compound moves
Temporary project offices often move.
The receiver and network need a relocation process.
Before the first installation, record:
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receiver location
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mount type
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cable route
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cable length
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cable labels
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indoor equipment location
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router settings
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network map
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access-point positions
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camera connections
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power source
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UPS runtime
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isolation process
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pack-down steps
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transport requirements
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reinstallation checklist
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photos of the completed setup
When the compound moves:
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disconnect safely
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inspect cables
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check connectors
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check mount parts
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confirm the new sky view
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reassess plant movement
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reassess drainage
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update cable protection
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test Wi-Fi again
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test cameras again
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test backup power again
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update the network map
A moveable site office should not rely on memory.
Use a repeatable setup process.
Temporary compounds change as the project progresses. Record the receiver position, mount, cable route, power source, office network, cameras, and relocation steps before the site layout changes.
Plan for dust, weather, vibration, and changing ground conditions
Construction sites can expose equipment to difficult conditions.
Check:
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dust
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red dirt
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mud
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rain
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heat
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storms
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wind
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salt exposure on coastal projects
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generator vibration
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nearby compaction equipment
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relocation vibration
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uneven ground
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drainage
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changing vehicle access
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temporary fencing
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wildlife on remote sites
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unauthorised access
A communications cabinet should be:
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protected from weather
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ventilated
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secure
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labelled
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accessible
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clear of flood-prone ground
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clear of exhaust
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clear of direct impact risk
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positioned for maintenance
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suitable for the site conditions
The same remote worksite planning principles used for mining and harsh environments can help construction teams think more carefully about exposure, vibration, servicing, cabling, and operational risk.
Keep backup internet and failover realistic
Amazon Leo may become the main internet connection for a remote compound or a backup path for a project office with another service.
The correct approach depends on the project.
A site may use:
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Amazon Leo as the primary connection
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mobile broadband as backup where coverage exists
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Amazon Leo as backup for a fixed service
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separate mobile network for critical messaging
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UPS for short interruptions
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generator backup
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solar-battery support
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reduced-load operating mode
Do not assume one connection solves every failure scenario.
Ask:
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What happens if the generator stops?
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What happens if the router fails?
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What happens if the receiver cable is damaged?
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What happens if a crane or new building blocks the sky view?
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What happens if the office is moved?
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What happens if a storm affects the site?
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Which systems must stay online?
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Which systems can wait?
A backup plan should match the consequence of losing connectivity.
Test the worksite setup under real conditions
Do not treat the first successful connection as the final test.
Test the site while it is operating normally.
Test the Amazon Leo receiver
Confirm:
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clear sky access
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mount stability
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cable condition
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conduit
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cable entry
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weather sealing
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safe access
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security
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separation from plant
Test the project office
Confirm:
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router position
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office Wi-Fi
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Ethernet connections
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printers
-
cloud platforms
-
video calls
-
remote desktop tools
-
inductions
-
timekeeping
-
contractor access
Test cameras and monitoring
Confirm:
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local recording
-
remote view
-
motion alerts
-
night vision
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camera-network traffic
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recorder power
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restart behaviour
Test power interruptions
Confirm:
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UPS operation
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generator changeover
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equipment restart
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automatic reconnection
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router recovery
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camera recovery
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access-control recovery
Test the relocation process
Confirm:
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safe isolation
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cable labels
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mount disassembly
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equipment storage
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transport process
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reinstall checklist
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new site survey
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documentation update
A worksite internet setup should remain useful after the compound changes.
Common Amazon Leo construction-site mistakes to avoid
Avoid these mistakes when planning Amazon Leo for construction compounds and temporary offices:
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treating a fixed-address pathway as a confirmed moveable worksite plan
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installing before confirming the business-use service pathway
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placing the receiver where future buildings or cranes may block the sky
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mounting the receiver beside plant routes
-
fixing hardware into thin cladding without checking structure
-
using an improvised temporary stand
-
running cables across walkways
-
routing cables through office doors
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exposing cables to vehicle tyres or sharp metal edges
-
forgetting water drainage
-
forgetting generator changeovers
-
powering the router but not the receiver
-
omitting switches and access points from the UPS calculation
-
placing the router inside an unventilated steel cabinet
-
assuming one router will cover several site sheds
-
mixing guest Wi-Fi with project systems
-
allowing camera uploads to overwhelm office traffic
-
skipping local camera recording
-
overlooking working-at-heights risk
-
ignoring powered mobile plant
-
failing to prepare the required site documentation
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moving the compound without updating the site survey
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failing to label cables
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forgetting spare parts
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failing to test the real workflow
A strong temporary-site design is not improvised.
It is repeatable.
What construction teams should record before ordering
Before finalising Amazon Leo for a construction compound, record:
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site address
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project type
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project duration
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work stages
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compound relocation schedule
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service availability
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business-use pathway
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support requirements
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staff count
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expected device count
-
essential cloud tools
-
video-call requirements
-
camera requirements
-
access-control requirements
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receiver model
-
terminal performance needs
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receiver location
-
secondary receiver location
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clear sky access
-
future obstructions
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mount type
-
fixing structure
-
wind exposure
-
plant routes
-
vehicle routes
-
pedestrian routes
-
cable route
-
cable entry
-
conduit
-
weather protection
-
office location
-
router location
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Ethernet needs
-
access-point locations
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multiple-building links
-
separate networks
-
power source
-
generator details
-
UPS requirements
-
battery requirements
-
failover method
-
electrical work requirements
-
installation access
-
SWMS requirements where applicable
-
relocation process
-
inspection schedule
-
spare equipment
-
support contacts
-
photos and diagrams
A written site plan makes the initial installation and every later move easier to manage.
What Australian construction teams should do next
Start with the site layout.
Mark the temporary office, project stages, plant routes, pedestrian paths, power source, receiver zone, cable route, compound relocation points, cameras, and future structures.
Confirm the Amazon Leo service pathway.
Choose a receiver location with clear sky access and separation from active work areas.
Select the mount only after the structure, exposure, receiver interface, and relocation plan are understood.
Protect the cable from traffic, doors, water, sharp edges, and movement.
Plan the local office network separately.
Use Ethernet for fixed devices.
Add access points or dedicated links for multiple site sheds.
Separate cameras, contractors, visitors, and project systems.
Include the receiver, router, switches, and essential access points in the backup-power calculation.
Use qualified trades and the required site controls.
Document the setup.
Test it under load.
Update the plan when the compound moves.
The practical takeaway
Amazon Leo could become a valuable satellite internet option for Australian construction sites and temporary project offices where terrestrial connectivity is delayed, unavailable, or unreliable.
The receiver is only the starting point.
A dependable construction-site setup needs clear sky access, stable mounting, protected cabling, safe power, practical office Wi-Fi, fixed Ethernet where it helps, separate networks, camera planning, backup power, and a relocation process.
The site will change.
Buildings rise.
Cranes move.
Plant routes shift.
Portable offices relocate.
The Amazon Leo installation should be designed with those changes in mind from the beginning.
Use a site survey.
Keep the receiver away from active work areas.
Protect the cable.
Plan the indoor network.
Test generator changeovers.
Document the system.
The strongest Amazon Leo worksite setup is the one that remains safe, serviceable, and useful throughout the entire project.
FAQ
Can Amazon Leo be used for a construction site office?
Potentially yes. Amazon Leo is designed to extend internet connectivity beyond the reach of existing networks and has begun an enterprise preview for selected business customers. The final setup should be checked against Australian availability, the service plan, terminal, project duration, relocation needs, and business-support requirements.
Can an Amazon Leo receiver move when the construction compound relocates?
Do not assume so. Confirm whether the selected plan and receiver support the intended relocation process. The new compound location also needs a fresh sky-visibility check, mount inspection, cable plan, power check, and network test.
Where should the Amazon Leo receiver be placed on a construction site?
Choose a position with clear sky access, stable support, protected cabling, safe servicing access, and separation from plant, deliveries, loading zones, pedestrian routes, and future structures. A secure pole beside the office compound may be more practical than a roof position on some sites.
Can the Amazon Leo receiver be mounted on a portable site office?
Potentially, but the fixing surface, structure, vibration, wind exposure, lifting process, cable entry, and transport method need to be checked. Thin cladding should not be treated as structural support.
Does a temporary site office need a UPS?
A UPS may help keep the receiver, router, switch, and essential network equipment online during brief interruptions or generator changeovers. Size the backup around the complete communications load rather than the router alone.
Will one router cover several construction-site sheds?
Not necessarily. Steel walls, distance, vehicles, temporary structures, and changing layouts can weaken Wi-Fi. Multiple offices may need Ethernet, local switches, access points, or point-to-point wireless links.
Can Amazon Leo support construction-site security cameras?
Potentially yes. The design should account for camera count, resolution, local recording, upload behaviour, remote viewing, power, network separation, and recovery after an outage.
Do construction-site cables need conduit?
The correct cable protection depends on the route and risk. Communications cables should be protected from plant, vehicles, walkways, doors, sharp edges, water, UV exposure, and relocation damage. Conduit, clips, glands, strain relief, and weather sealing may be required.
Does an Amazon Leo installation need a SWMS?
It depends on the installation work. Safe Work Australia identifies construction work with a risk of falling more than two metres as high-risk construction work requiring a SWMS. Other high-risk situations can also apply, including work in an area where powered mobile plant is moving. The site should confirm its WHS requirements before work begins.
