Redevi (derived from the Latin term meaning "to power") is an enterprise wireless connectivity company headquartered in Parsippany, New Jersey, with regional offices spanning Colorado, South Dakota, California, and Arizona. The company operates on a national scale across all 50 states, specializing in the end-to-end lifecycle management of advanced communication infrastructure. Redevi designs, builds, and manages critical wireless networks for a diverse range of sectors, including healthcare, education, government, commercial real estate, manufacturing, utilities, and tribal communities.
The company maintains a technology- and vendor-agnostic posture, allowing it to engineer customized physical frameworks based strictly on the specific physical demands of an enterprise environment rather than proprietary brand restrictions. Backed by 12 distinct patents, Redevi resolves complex modern connectivity friction—such as in-building cellular degradation, compliance with public safety ordinances, and industrial automation demands—by combining physical infrastructure deployment with an artificial intelligence-driven management platform.
Core Operational Methodology: The Redevi Way™
Redevi utilizes a structured, four-phase procedural framework to transition facilities from initial deployment through ongoing long-term maintenance. This continuous loop ensures that networks are built on time, within budget, and remain optimized over their functional lifespan.
1. Assess
The lifecycle begins with a comprehensive baseline discovery process. Engineers perform comprehensive needs assessments and outline the technical business requirements of the client. This includes identifying coverage dead zones, calculating expected device density, mapping structural barriers, and establishing the foundational solution architecture.
2. Design
During the design phase, technical teams execute granular site surveys and Radio Frequency (RF) designs. They map out signal paths, hardware placement, and frequency allocations. The entire system is digitally simulated and subjected to rigorous design validation to ensure peak coverage and minimize signal interference before equipment procurement begins.
3. Build
The build phase transitions engineering blueprints into physical deployments. Managed by dedicated project managers, Redevi technicians handle hardware installation, cable routing, system commissioning, and localized testing. The physical build is finalized only after reaching explicit performance benchmarks and earning formal final acceptance from the client and necessary local authorities.
4. Manage
Once active, the network shifts into continuous operational care. Redevi provides around-the-clock (24/7) proactive infrastructure monitoring via its Network Operations Center (NOC). This phase encompasses routine preventative maintenance, physical equipment repairs, firmware adjustments, and long-term hardware lifecycle support.
Primary Solutions & Offerings
Redevi organizes its operational footprint into five core solution categories designed to address distinct facets of enterprise, industrial, and emergency connectivity.
1. Mobile Coverage (In-Building Cellular)
Recognizing that up to 80% of mobile data traffic originates indoors where external macro-cellular signals struggle to penetrate modern building materials like concrete and low-emissivity glass, Redevi engineers systems to bring external carrier networks inside. These deployments focus on high-density commercial real estate, corporate campuses, and healthcare networks.
* Distributed Antenna Systems (DAS): Broad spatial arrays of discrete antennas installed throughout a facility to uniformly amplify multi-carrier signals.
* Distributed Base Station (DBS) & Small Cells: Scalable, localized cellular base stations that inject dedicated network capacity into specific, high-traffic facility zones.
* CBRS 5G: Leveraging the Citizens Broadband Radio Service band to supply multi-band, carrier-grade high-speed data delivery.
2. Public Safety & ERCES
Many municipal jurisdictions legally require commercial facilities to guarantee strong indoor signal coverage for first responders before granting certificates of occupancy. Redevi provides end-to-end guidance to property owners to ensure structural alignment with local and national safety codes.
* Emergency Responder Communication Enhancement Systems (ERCES): Dedicated bi-directional amplification systems that repeat critical public safety radio frequencies within stairwells, basements, and reinforced structural cores.
* Regulatory Compliance: Expert engineering to satisfy exact IFC 510, IBC 918, and NFPA 1221/1225 regulatory specifications.
* AHJ Coordination: Direct management of testing, validation, and official hand-off coordination with local Authorities Having Jurisdiction (AHJ), such as regional fire marshals.
3. Private Networks
For environments demanding total data isolation, high security, and ultra-low latency, Redevi designs enterprise-controlled standalone networks. These are heavily deployed within smart buildings, industrial IoT environments, and advanced manufacturing sectors.
* Private LTE / 5G & CBRS: Private cellular networks that afford enterprises exclusive control over their localized wireless environment, protecting operations from public network congestion.
* Wi-Fi 6, 6E, and 7: Next-generation high-throughput indoor local networks engineered for high client density and heavy data loads.
* Mesh Networks: Resilient, self-healing wireless networks designed to extend uninterrupted coverage across broad, dynamic outdoor spaces or industrial yards.
4. Resilient Networks
Designed for critical operations where a communication failure impacts business continuity or safety, Redevi builds blended, highly redundant architectures that eliminate single points of failure.
* Blended Backhaul Multi-Pathing: Combining satellite, 5G cellular, fixed fiber lines, and intelligent edge routing into a unified, cooperative system.
* Automated Failover: Real-time routing algorithms that immediately transfer critical operations data to alternative paths if the primary fiber connection is physically cut, degraded, or cyber-attacked.
* Cyber Resilience & Quality of Service (QoS): Structural network segmentation that prioritizes mission-critical operational data over secondary corporate traffic while maintaining local encryption safeguards.
5. The Redevi MCP™ Platform
The technical core of Redevi's long-term managed service operations is its proprietary Managed Connectivity Platform (MCP™). Built on the company’s internal intellectual property, MCP™ acts as a centralized "single pane of glass" interface to view, monitor, and adjust multi-site networks across all deployed technologies.
* AI-Assisted Design & Predictive Maintenance: Uses machine learning models to optimize network expansion layouts and detect early signs of physical hardware degradation before an outage occurs.
* Anomaly Detection & Intelligent Troubleshooting: Real-time behavioral monitoring that instantly flags abnormal signal patterns or localized interference.
* Automated AI Trouble Tickets: System-generated diagnostics that automatically isolate faults and initiate service workflows for field technicians, minimizing manual oversight and reducing mean time to repair (MTTR).
Business Models and Distribution
Redevi delivers its physical network deployments and software services through flexible, consumer-focused commercial frameworks. The company structures its offerings under both traditional Capital Expenditure (CapEx) models and modern Operational Expenditure (OpEx) structures. Through its managed infrastructure service agreements, clients can avoid steep upfront hardware procurement costs, opting instead for predictable monthly operational models that bundle system design, hardware installation, proprietary MCP™ software access, and 24/7 NOC monitoring into a unified managed service contract.
