Aloro provides a fully managed indoor private 5G platform that combines distributed antenna systems with a private 5G core to deliver carrier‑grade, low‑latency, high‑throughput connectivity in factories, warehouses, hospitals and campuses. The service includes AI‑driven network optimization, end‑to‑end AES‑256 encryption, network slicing, edge‑compute integration, and a unified portal with open APIs for device provisioning and real‑time analytics, backed by SLA‑based maintenance contracts.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises with large indoor environments often experience spotty cellular coverage, high latency, and limited bandwidth, which hampers IoT sensor data collection, machine‑vision workflows, and real‑time analytics. Existing macro‑cell solutions cannot guarantee the security, reliability, or performance required for mission‑critical applications such as asset tracking and industrial automation.
Solution
Aloro delivers a fully managed, end‑to‑end 5G wireless platform that combines indoor Distributed Antenna Systems (DAS) with private 5G core networks to provide carrier‑grade coverage inside factories, warehouses, campuses, and hospitals. The company conducts a full consulting, design, and implementation cycle, selecting optimal antenna placement, RF planning, and spectrum allocation to meet site‑specific performance targets. Integrated network‑slicing and edge‑compute capabilities enable low‑latency, high‑throughput connections for AI‑driven IoT workloads while maintaining strict isolation for security‑sensitive traffic. All traffic is encrypted by default, and Aloro’s managed services include continuous monitoring, automated firmware updates, and AI‑based performance tuning to ensure enterprise‑grade reliability. Clients access a unified web portal and open APIs for real‑time analytics, device provisioning, and seamless integration with existing IT and OT systems.
Target Audience
Primary customers are large‑scale enterprises—such as manufacturers, logistics providers, hospitals, and corporate campuses—that require secure, high‑performance indoor cellular connectivity for IoT, AI, and mission‑critical applications.
Features
- Indoor DAS architecture with multi‑band antenna arrays and O‑RAN‑compatible radios for flexible spectrum use
- Private 5G core deployment with network slicing, QoS enforcement, and edge‑compute integration for sub‑10 ms latency
- End‑to‑end AES‑256 encryption and zero‑trust authentication across the radio, transport, and core layers
- AI‑driven network optimization engine that auto‑adjusts power, beamforming, and load balancing based on real‑time traffic patterns
- Centralized management console offering KPI dashboards, fault detection, and remote configuration via RESTful APIs
- Seamless integration with enterprise IT systems through FHIR‑compatible and MQTT connectors for IoT device telemetry
- Service‑level agreement (SLA) backed maintenance contracts covering proactive monitoring, firmware lifecycle management, and on‑site support