Peltbeam AI-Driven Wireless Distribution Platform
Wireless that doesn’t break under load.
Software-defined mid-haul that turns any signal into fast, resilient, low-cost coverage—deployed in minutes.
Wireless (R)Evolution
Why faster networks aren't enough
The Evolution of Wireless
Each generation solved a different problem. The next one must be built for machines.
Networks for People
Optimized for smartphones and human traffic patterns.
What breaks
- High latency
- No determinism
- Not designed for machine density
Faster Pipes
More bandwidth but still coverage-first and expensive to deploy.
What breaks
- Variable latency under load
- Capex-heavy rollouts
- Coverage gaps persist
Intelligent Distribution
Machines are primary drivers. Requires intelligence inside the network, edge-first, fault-tolerant mesh.
- Edge-first architecture
- Fault-tolerant mesh
- Machine-native intelligence
AI-Driven Wireless Distribution Platform
Any backhaul in — optimized in real time
Ingests bandwidth from any source — broadband, satellite, cellular, fiber — and dynamically load balances across all inputs.
Intelligence lives in the mid-haul
AI-managed control plane optimizes routing, congestion, security, and policy in real time across the entire network fabric.
Any edge out — instantly and at scale
Distributes to any front-haul technology — FWA, cellular, WiFi, fiber — delivering reliable low-latency service everywhere.
Peltbeam Advantages
Three pillars of differentiation
Billions still lack broadband — not because the tech is missing, but because deploying it is too slow and too expensive. Months-long trenching projects and weak ROI in low-density or lower-income areas leave huge coverage gaps. That’s the gap we close.
Lowest Cost to Deploy
- Very low BOM cost per node
- Significantly lower CAPEX than fiber or microwave
- No trenching, no permits, no civil works
- OpEx reduction through intelligent self-healing mesh
Fastest to Deploy
- Rapid per-node install
- Full network in days, not months
- No specialized labor required
- Plug-and-play auto-configuration
Performance + Platform
- Minimal bandwidth loss across hops
- Intelligent load balancing and beam steering
- Extremely low end-to-end latency
- Every node doubles as an edge compute processor
How Peltbeam Compares
Competitive Positioning
Peltbeam outperforms across every dimension that matters for machine-scale connectivity.
Efficiency vs. Cost
Speed vs. Recovery
| Criterion | LEO Satellite | Fiber | Cellular FWA | WiFi Mesh | Peltbeam |
|---|---|---|---|---|---|
| Capex | Very High | Very High | Moderate | Low | Lowest |
| Data Rate | 1-50 Mbps | 1-10 Gbps | 100-500 Mbps | Load dependent | 1-5 Gbps |
| Latency | 20-100 ms | <1 ms | 5-50 ms | 5-50 ms | <5 ms |
| Failure Recovery | Min to hours | Hours to days | Sec to hours | Seconds | <500 ms |
| Deployment Speed | Equipment | 6-18 months | 8-12 months | Weeks | Days |
Plug & Play
From pole to production in minutes, not weeks
<2-minute node bring-up | <30 min install | 1 day per 50-home neighborhood
Fully Automated: RF Planning, Beam Alignment, IP Assignment, Configuration, Validation
No RF engineers. No truck rolls. No manual tuning.
The Fourth Industrial Revolution Is Here
- Explosion of data & devices: phones, sensors, drones, cameras, wearables, robotics, automobiles
- Traffic patterns changed: machine traffic is continuous, bidirectional, time-sensitive
- AI & autonomy require consistent throughput, predictable latency, real-time response
Source: IOT Analytics
Autonomy exposes the limits of today's networks
Vertical Solutions
Purpose-built for demanding environments
Military & Ad-Hoc Networks
Rapidly deployable mesh networks for tactical operations, emergency response, and field communications requiring zero infrastructure.
Underserved Populations
Bridging the digital divide with affordable, high-speed connectivity for rural communities and developing regions.
Smart Cities
Intelligent infrastructure backbone for traffic management, public safety, environmental monitoring, and connected services.
Factories & Warehouses
Ultra-reliable, low-latency connectivity for industrial automation, robotics, and real-time quality control systems.
Campuses
Seamless high-density coverage across corporate, university, and medical campuses with centralized management.
Ports
Mission-critical connectivity for autonomous vehicles, crane operations, and logistics tracking across vast port facilities.
Fueling the Future of Wireless
Partner with Peltbeam to deploy intelligent wireless infrastructure