Balancing operational requirements with crew welfare in remote accommodation
FIFO camps present a unique connectivity challenge. They're not just operational sites—they're temporary homes for workers who spend weeks away from family. Connectivity needs to support both the technical requirements of operations and the human needs of people living remotely.
Getting this balance right affects everything from operational efficiency to staff retention. This guide covers the key considerations for FIFO camp connectivity.
Understanding Camp Connectivity Requirements
FIFO camps typically have three distinct connectivity needs:
Operational Connectivity
The business-critical systems that keep operations running:
- Site management and administration systems
- Safety and emergency communications
- Dispatch and scheduling coordination
- Video conferencing with head office
- ERP and business system access
- Environmental monitoring and reporting
These systems require reliable, consistent connectivity. Downtime affects operations directly.
Crew Welfare Connectivity
Personal connectivity for workers in their off-shift hours:
- Video calls with family and friends
- Streaming entertainment (Netflix, YouTube, sports)
- Social media and messaging
- Online gaming
- Personal email and web browsing
- Online banking and services
While not business-critical, crew welfare connectivity significantly affects morale and retention. Workers who can stay connected to their lives are more likely to remain in FIFO roles.
Shared Services
Common areas and facilities serving both purposes:
- Dining halls (entertainment screens, worker personal devices)
- Recreation areas
- Training and meeting rooms
- Medical facilities
Bandwidth Planning
Per-User Approach
Rather than sizing based on total bandwidth, consider bandwidth per user:
- Basic: 2-5 Mbps/user — Sufficient for email, web browsing, messaging, voice calls
- Standard: 5-15 Mbps/user — Adds SD video streaming, video calls
- Enhanced: 15-30 Mbps/user — HD streaming, multiple devices per user, gaming
Actual requirements depend on usage patterns. Not all users are online simultaneously, so total bandwidth can be less than per-user allocation multiplied by total users. Typical contention ratios range from 2:1 to 5:1 depending on camp population and usage patterns.
Peak Usage Considerations
FIFO camps have predictable peak usage patterns:
- End of day shift (5-7pm) — Workers coming off shift, checking devices
- Evening recreation (7-10pm) — Peak streaming and video call time
- Roster changeover days — Higher than normal traffic as workers arrive/depart
- Major sporting events — Significant spikes for AFL finals, State of Origin, etc.
Design for peak capacity unless you're comfortable with degraded experience during these periods.
Operational vs Welfare Separation
Many camps separate operational and welfare traffic:
- Dedicated bandwidth allocation for operational systems
- Remaining capacity for crew welfare
- QoS policies prioritising operational traffic
- Possibly separate physical links for true separation
This ensures crew welfare usage can't degrade operational performance.
Technology Selection
LEO Satellite (Starlink)
Strengths: Low latency for video calls and interactive applications; high bandwidth; relatively affordable; easy to deploy.
Considerations: No SLAs; potential congestion as adoption grows; fair use policies may affect heavy streaming.
Best for: Crew welfare connectivity; camps where cost is a primary concern; temporary deployments.
GEO VSAT
Strengths: Proven reliability; SLAs available; dedicated capacity; enterprise support.
Considerations: Higher latency affects video calls and interactive applications; higher cost per Mbps.
Best for: Operational connectivity; mission-critical systems; camps requiring guaranteed uptime.
Hybrid Approach
Many camps combine technologies:
- GEO VSAT for operational systems (reliability, SLA)
- LEO for crew welfare (low latency, high bandwidth)
- SD-WAN to orchestrate between paths
This provides the best of both worlds—reliable operations plus good crew experience.
Terrestrial Options
Where available, terrestrial connectivity (5G/LTE, microwave, fibre) may supplement or replace satellite:
- Lower cost per Mbps than satellite
- Lower latency
- Limited to areas with infrastructure
Assessment of terrestrial availability should be part of any camp connectivity planning.
Camp WiFi Distribution
Satellite provides the backhaul; WiFi distributes connectivity within the camp. Key considerations:
Coverage Design
- Accommodation buildings (priority for personal devices)
- Common areas (dining, recreation)
- Administrative buildings
- Outdoor areas (where practical)
Density Planning
FIFO camps have high device density—workers often have multiple personal devices. Plan for 2-3 devices per person as a baseline. Access points need to handle this density without degradation.
Management and Security
- Separate SSIDs for operational and personal use
- Bandwidth management per user or device
- Content filtering (optional, policy-dependent)
- Guest network for visitors and contractors
- Monitoring and troubleshooting capabilities
Environmental Considerations
Camp environments can be harsh—dust, heat, vibration from nearby operations. Outdoor-rated and ruggedised equipment may be necessary.
The Per-User Model
Traditional satellite pricing is per-terminal or per-Mbps. Orion's Orion Connect offers per-user pricing that aligns with how camps actually budget:
- Predictable monthly cost based on camp population
- Scales up or down as roster sizes change
- Includes all-in pricing (backhaul, WiFi, management)
- No surprises from usage spikes or overages
Per-user pricing simplifies budgeting and makes connectivity a predictable operational expense rather than a variable cost.
Connectivity and Workforce Retention
FIFO worker retention is an industry challenge. While many factors affect retention, connectivity is increasingly significant:
- Workers expect to stay connected to family via video calls
- Younger workers especially expect internet access comparable to home
- Poor connectivity is cited in exit interviews as a contributing factor
- Camps with good connectivity become preferred postings
Investing in crew welfare connectivity isn't just an amenity—it's a retention tool. The cost of good connectivity is a fraction of the cost of recruiting and training replacement workers.
Implementation Considerations
Site Survey
Before selecting technology, assess:
- Existing infrastructure (power, mounting locations, cable paths)
- Obstructions (buildings, terrain, vegetation)
- Terrestrial options (mobile coverage, proximity to fibre)
- Environmental conditions (weather patterns, temperature extremes)
Phased Deployment
For new camps or major upgrades, consider phased approach:
- Core operational connectivity first
- Administrative building WiFi
- Accommodation building coverage
- Common areas and outdoor coverage
Testing and Optimisation
After deployment:
- Validate coverage in all planned areas
- Test peak usage scenarios
- Gather user feedback
- Adjust configurations as needed
Frequently Asked Questions
How much bandwidth do I need for a 200-person camp?
A rough estimate: 200 users × 10 Mbps average = 2,000 Mbps theoretical demand. With 3:1 contention, design for 600-700 Mbps. Actual requirements depend on usage patterns, applications, and experience expectations. We recommend site-specific assessment rather than generic formulas.
Should I allow streaming services?
For modern FIFO camps, restricting streaming is increasingly problematic. Workers expect it, and restrictions affect morale. Better approaches include bandwidth management (limit per-user streaming speed) or providing offline entertainment options (camp media servers).
How do I handle major sporting events?
Options include temporary bandwidth boost, camp-wide viewing in common areas (single stream for many viewers), or managed expectations with advance communication. The worst outcome is unexpected degradation during the State of Origin final.
What about workers bringing their own Starlink?
Some workers attempt to bring personal Starlink terminals. This creates spectrum interference, security concerns, and undermines managed camp connectivity. Clear policies and good camp-provided connectivity reduce this issue.
Design Your Camp Connectivity
Every camp is different. Our team can assess your specific situation and design connectivity that meets both operational and welfare requirements within your budget.
Request a Camp Assessment