Rapax

The Autonomous Carrier

Your maintenance costs are growing at 4.7% per year.
Your revenue is growing at 1.6%.
That gap is not a bad quarter — it is a structural failure of the manual operational model.
This white paper shows you what it costs, and the only model that closes it.

  • The Scissors Effect quantified: why a $28 billion gap between free cash flow and valuation expectations is the inevitable output of an operational model built for a different economics — and why efficiency initiatives alone will not close it
  • The Human Bottleneck cost: roughly 85% of network outages trace back to human error in complex procedures. This is not a training problem. It is an architecture problem — and it carries a measurable emergency premium on every P&L
  • The Agentic Architecture explained: how AI agents move beyond rigid scripts and static playbooks to reason through multi-variable events, execute end-to-end remediations, and converge wired and wireless response into a single operational workflow
  • A day in the life of the post-transformation NOC: what the Ops Executive, CFO, and field team experience actually looks like when Tier 1 and Tier 2 issues are handled without human triage — and what that shift means for headcount, capex allocation, and investor narrative
  • The Energy Agent case: the RAN accounts for 75–80% of a mobile operator’s total power consumption. Autonomous sleep-mode orchestration is delivering 15–25% utility savings with no human intervention — a bottom-line impact that compounds every billing cycle
  • Realistic 2027 targets with industry sourcing: 40–50% direct NOC OpEx reduction, 20–30% network maintenance savings, 33–40% billing and order fallout reduction, and a 10–15 point NPS improvement — with the research behind every number
ContactUs AutoCarrier

Rapax is an AI-native network service assurance and automation platform purpose-built for telecommunications operators. The platform delivers the Autonomous Carrier model as a productized, deployable system — not a pilot, not a proof of concept, but a running operational platform managing live networks today.

The platform’s multi-agent architecture includes specialized agents for network assurance, inventory management, integration automation, fault correlation, and service activation, coordinated through a unified orchestration layer designed for the heterogeneous network environments that define network operations.