Fibre
Start herePrimary link
Enterprise, Business, or Broadband tiers depending on risk and feasibility.
- ✓Best default choice when available
- ✓Tiered approach based on risk and cost
- ✓Strong fit for cloud, voice, and VPN
South Africa • Connectivity
Connectivity that's designed for uptime
Start with the right primary link (usually fibre), then add continuity (wireless or LTE) where downtime matters. Everything begins with a feasibility check per address and a design that matches your risk.
Primary link
Fibre-first
Pick the right tier per site.
Continuity
Wireless + LTE
Failover where uptime matters.
Start point
Feasibility
Confirm options per address.
How we approach connectivity
Most "internet problems" are design problems. This is the framework we use: feasible options, correct primary tier, then continuity that matches operational risk.
1
Confirm feasibility
Validate last-mile options per address (fibre, wireless, LTE), realistic performance, and lead times.
2
Choose the right primary
Most businesses should be fibre-first. We select the correct tier based on SLA posture and traffic profile.
3
Build continuity
Add failover and monitoring so outages do not become operational downtime.
Choose a connectivity type
Fibre is the default primary for most businesses. Use wireless when fibre is not practical, and LTE for failover, fast go-live, or predictable mobile connectivity.
→
Wireless
→Primary or continuity
High-site wireless where fibre is not feasible or timelines do not work.
- ✓Great for rapid deployment where feasible
- ✓Site-dependent line-of-sight feasibility
- ✓Often paired with LTE failover
LTE / 4G / APNs
→Failover + mobility
Failover, fast go-live, and predictable mobile connectivity models.
- ✓Failover during fibre outages
- ✓Predictable profiles or usage-based options
- ✓Useful for mobility and private APN scenarios
Note: Availability and lead times are address-dependent. We confirm feasibility before any commitment.