Omnia Global
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Connectivity & Networks

Bandwidth and infrastructure, wherever the site is.

Networks & Connectivity

Connectivity Where There Is No Infrastructure.

Plenty of providers can cable an office. Fewer can put a working, secure, monitored network on a site hundreds of kilometres from the nearest exchange, running on satellite, in heat and dust, with nobody technical on the ground. We do both, and the second one is where we are genuinely different.

Satellite Backhaul

Low-earth-orbit and cellular links that put usable bandwidth on sites the fibre never reached, sized around what the site actually needs to run.

Enterprise Networks

Wired, wireless, and wide-area network design that holds up under load, segmented properly and documented so the next person can work on it.

Designed to Degrade Well

Links drop. Power fails. We design so a site keeps operating through it and recovers on its own, rather than waiting for someone to drive out.

Satellite

Bandwidth Where the Fibre Never Reached

Low-earth-orbit satellite has changed what is possible at remote sites, but the dish is the easy part. The work is sizing the link to the actual load, mounting and powering it somewhere hostile, and building a network that behaves properly on top of it.

  • Starlink and LEO satellite design and installation
  • Link sizing based on real site load, not a brochure figure
  • Failover between satellite, cellular, and fixed line
  • Mounting, power, and protection for harsh environments

Bandwidth Budgeted, Not Hoped For

On a constrained link, everything competes. Without traffic shaping, a single camera upload or a workstation pulling updates can take out the systems the site depends on. We decide what wins, deliberately, before it becomes a problem.

  • Quality of service tuned to operational priorities
  • Video and backup traffic capped and scheduled
  • Guest and corporate traffic kept apart
  • Usage visibility so capacity decisions are evidence-based
Networks

Designed for the Link You Actually Have

A network built on the assumption of cheap, unlimited bandwidth falls apart the moment that assumption is wrong. We design wired, wireless, and wide-area networks around the connectivity available at each site, and document them so they stay maintainable.

  • Wired, wireless, and wide-area network design
  • Multi-site topologies with sensible failure domains
  • Coverage surveys rather than guesswork on wireless
  • Documentation handed over, not held hostage

Segmented and Secured by Default

Flat networks are convenient right up until something gets in. Operational systems, corporate traffic, cameras, and guest access are separated as a matter of course, with remote access that does not mean leaving a door open.

  • VLAN segmentation across operational and corporate traffic
  • Firewall policy and secure remote access
  • Isolated networks for cameras and control systems
  • Change control and audit trails
Hard Sites

Built for Heat, Dust, and Distance

Equipment specified for an office cupboard does not survive a shed in summer. Hardware, enclosures, and power design are chosen for the conditions, because the cost of a failure is a vehicle, a day, and a very long drive.

  • Hardware rated for temperature and dust extremes
  • Solar, battery, and generator power considerations
  • Automatic recovery from power and link interruptions
  • Spares strategy that accounts for travel time

Cloud CCTV That Works on a Satellite Link

Most cloud camera deployments quietly assume plenty of bandwidth. On a constrained link that assumption fails badly. Cameras that record and analyse at the edge, then upload within a budget, give you usable footage without starving the rest of the site.

  • Edge recording and buffering through link outages
  • Event footage prioritised over continuous upload
  • Bandwidth ceilings set per site
  • Full review access once the footage is synced
Security, CCTV & Access Control
Where We Work

Resource & Civil Sites

Exploration camps, processing areas, laydown yards, and construction projects that need to be operational long before permanent infrastructure exists.

Aviation & Transport Facilities

Airstrips, hangars, and transport support facilities where operations depend on connectivity and surveillance that cannot be assumed to already be there.

Isolated Communities & Outstations

Sites a long way from any service centre, where a single link carries everything and a failure means a genuine loss of contact rather than an inconvenience.

FAQ

Frequently Asked Questions

Yes. Omnia designs and installs low-earth-orbit satellite connectivity, including Starlink, for commercial and industrial sites across Western Australia. This covers link sizing, mounting and power, integration into the site network, traffic shaping so critical systems are prioritised, and failover between satellite and cellular where both are available.

Yes. Where no fixed-line service exists, Omnia builds connectivity from satellite, cellular, or point-to-point wireless, depending on the site. The network is then designed around the characteristics of that link rather than assuming fibre-grade bandwidth and latency.

Yes, provided the system is designed for it. Omnia deploys cloud CCTV on satellite-connected sites using cameras that record and buffer at the edge, upload on a bandwidth budget, and prioritise event footage, so video does not consume the link that operational systems depend on.

Omnia delivers network design and installation across wired, wireless, and wide-area networks, including segmentation and VLAN design, firewall and secure remote access, traffic shaping and quality of service, redundancy and failover, and ongoing monitoring and support from its West Perth team.

Yes. Omnia designs unattended sites to be monitored and managed remotely, with out-of-band access, automatic recovery from link and power interruptions, alerting on degradation before it becomes an outage, and hardware chosen so a failure does not require an immediate visit.

As early as the site is being planned. Connectivity sets the ceiling for everything else a site can run, and decisions about power, mounting, and equipment placement are far cheaper to make on a drawing than to retrofit once crews are mobilised. Omnia is regularly brought in at the design stage to establish what is achievable before commitments are made.

Yes. Omnia takes on existing remote sites, starting with an assessment of the current connectivity, network, power, and security arrangements, then documenting what is there and addressing the gaps. Work can be staged so a site keeps operating throughout rather than requiring a shutdown.

Travel and access, power provisioning, mounting and enclosures for the conditions, and a spares strategy sized against how long a replacement takes to reach the site. On remote work these frequently outweigh the equipment cost, so Omnia scopes them explicitly up front rather than letting them surface as variations later.
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