A remote jobsite has no fiber, no cable, and sometimes barely a bar of cell service. Yet the crew needs to upload daily logs, open drawings, run video calls with the engineer, and keep tablets synced. Choosing how to get internet to that site is one of the first decisions on a new project, and the right answer depends on location and use.
This guide compares the main options and offers a framework for deciding.
The main options
LTE and 5G cellular
Cellular routers connect to carrier networks using a data plan. Newer 5G service can offer higher speeds and lower latency where available, while LTE has broader coverage in many rural areas.
Strengths: quick to deploy, portable, generally lower latency than satellite, and available in many places along highways and near towns.
Limitations: performance depends heavily on tower distance and congestion. Coverage maps are estimates, not guarantees. Data plans may have caps or throttling, and different carriers perform very differently at the same location.
Starlink and other low-earth-orbit satellite service
Satellite terminals use a dish with a clear view of the sky to connect to a constellation of satellites.
Strengths: can provide usable broadband in places with no cellular coverage, with latency far better than older geostationary satellite service.
Limitations: needs a clear sky view, so trees, cranes and structures can interrupt service. Hardware and plan costs vary, and the terminal needs power and secure mounting. Weather and heavy obstruction can affect performance.
Fixed wireless and local providers
In some rural areas, local fixed wireless or regional providers offer service. These can be good for long projects but may take time to install.
Older geostationary satellite
Generally slower and with higher latency, which makes video calls and some cloud applications frustrating. It may still serve as a last-resort backup.
Decide based on how the site will work
Ask these questions first.
- How many people and devices? Ten tablets syncing photos is a different load than two phones sending texts.
- What applications are critical? Video calls, large drawing downloads and camera streams need more bandwidth and stable latency.
- How long is the project? Short projects favor quick, portable setups. Long ones justify more permanent solutions.
- What happens when the connection fails? Safety communications, remote inspections, equipment telematics and access control all raise the stakes.
- Where is the equipment going? Terminal placement matters more than most people expect.
Test before you commit
Coverage maps are only a starting point. Before signing a long plan:
- Test with actual carrier SIMs or a loaner terminal at the site, at different times of day.
- Measure speed, latency and consistency, not only peak speed.
- Try outdoor and elevated antenna positions.
- Confirm the plan's data allowance and what happens after it is reached.
Plan for redundancy
For important sites, two different connection types provide resilience. A common design pairs a cellular router with a satellite terminal, or two carriers on a dual-SIM router, with automatic failover. Cost is modest compared with idle crews. Make sure failover is tested and that critical systems keep working when the backup link is slower.
Secure the connection
Whatever the link, do not skip security.
- Change default router passwords and disable unused services.
- Keep router firmware updated.
- Separate staff, guest and equipment networks.
- Use a managed firewall or secure router that supports content filtering and logging.
- Consider a VPN back to the main office for sensitive systems.
- Document who owns the account and how to cancel or move service.
Power and physical considerations
- Provide reliable power with surge protection and, for key gear, battery backup.
- Mount antennas and dishes where they will not be struck, moved or blocked by equipment.
- Protect hardware from dust, heat and theft.
- Plan for relocating equipment as the site changes.
Summary
There is no universal best choice. Cellular is fast to deploy where coverage exists, satellite fills the gaps, and combining them offers resilience. Test before committing, secure what you install, and write down the standard setup so each new site starts from a proven template.
Ironfield Cyber designs and supports jobsite connectivity for contractors and energy companies, from single-trailer kits to multi-link sites with failover. We are glad to help evaluate options for your next remote project.