Platform · MaxxCasting
Coverage expansion without new spectrum.
MaxxCasting deploys a synchronized network of low-power nodes that reinforce a primary signal, eliminating weak zones and extending usable coverage across the market.
How it works
A distributed network behaving as one signal.
Nodes are placed against terrain and population models, then time- and phase-synchronized so receivers perceive a single continuous signal. Coverage becomes denser where it was marginal and reaches further where it previously stopped.
Weak-zone elimination
Terrain shadows, dense urban cores, and building penetration losses are engineered out.
Contour extension
Usable coverage is pushed into adjacent population centers on existing licenses.
Synchronized handoff
Receivers transition between nodes without perceptible artifacts or loss.
Deployment profile
Engineered to a defined coverage target.
+38%
Typical expansion of listenable coverage area
6-14
Synchronized nodes in a mid-size market build
<90d
Design approval to commissioned network
24/7
Telemetry monitoring across deployed nodes
Best fit
Where MaxxCasting delivers most
Markets where the footprint on paper is materially larger than the footprint in practice.
Terrain-constrained markets
Valleys, ridgelines, and coastal geometry that fragment a primary contour.
Dense urban cores
High-rise and structural attenuation that suppresses in-building performance.
Growth corridors
Suburban expansion that has moved population outside historic coverage.
Consolidated clusters
Operators seeking uniform performance across a portfolio of markets.
Model your coverage gap.
AKTIRA can quantify unreached population inside your current footprint before any deployment commitment.