Satellite & Teleport Ops
Design, migration, and runbooks for LEO/GEO, VSAT platforms, service assurance, and teleport workflows.
- Capacity & SLA modeling
- Playbooks & NOC procedures
- Migrations without downtime
We help ISPs and enterprises plan, deploy, and optimize satellite (LEO/GEO), wireless radio (Licensed & Unlicensed Bands), and fiber last-mile networks — while building field teams that deliver on-time, first-time.
From orbit to ground, we turn complex networks into predictable operations.
Design, migration, and runbooks for LEO/GEO, VSAT platforms, service assurance, and teleport workflows.
Wireless estate optimization and vendor evaluations (e.g., RADWIN, Cambium, Ubiquiti) with field test plans and acceptance criteria.
Install & support orchestration, subcontractor governance, and unit-economics for urban and remote builds.
Scheduling, queue triage, KPI dashboards, and playbooks to reach consistent, repeatable results.
Hands-on coaching for supervisors, coordinators, and managers; Udemy Business curation; documentation.
Optimized ~2500 base stations and ~15,000 CPEs with spectrum planning and QoS, improving usable capacity and reducing tickets.
Redesigned scheduling and queue policy across installs, call-outs, migrations, and removals — achieved 98% on-time, first-time.
Defined test criteria, ran side-by-side trials (RADWIN vs Cambium), and guided a low-risk migration path.
Tripla specializes in Access, Satellite, and Teleport operations, managing end-to-end last-mile implementations across VSAT, radio, and fiber networks. Based in Luanda and backed by strong South African engineering expertise, Tripla oversees fleet, stock, and subcontractor operations with precision and accountability. The team combines deep field experience with executive-level reporting, vendor management, and operational optimization to deliver reliable connectivity and scalable network performance across Angola.
Define on-time-first-time metrics, align routes and spares, and close the loop with quality audits.
Test plan essentials: MCS distribution, scheduler behavior under load, latency percentile targets, and migration risk controls.