Designed and assembled in the USA

Building Tomorrow’s Connectivity Infrastructure

True 64T64R Massive MIMO:
Modular configurations from 8T8R to 64T64R to support the full range of indoor and outdoor vertical applications with high-speed, ultra-reliable connectivity anywhere from 410 MHz – 7.4 GHz
Distributed, Coherent Architecture:
Programmable, software-defined architecture with AI Engines (AIE) puts coherent intelligence at the bleeding edge, enabling better operational decision-making
Assembled & Tested in the USA:
US-based design, source code, manufacturing, and testing for a trusted end-to-end supply chain and full compliance with federal broadband programs like BEAD, RDOF, etc.
Last-G Infrastructure:
Software-defined architectures support remote firmware upgrades, ensuring that equipment remains current and compliant from 5G to 6G and beyond.
Interoperable And Standardized:
Skylark integrates with market-leading Open-RAN technologies and core networks to support both greenfield and brownfield deployments.
Modular And Scalable:
Skylark provides RUs, gNodeBs, or full, core-integrated network-in-a-box solutions, enabling seamless integration with any existing customer infrastructure.
Complexity Made Simple:
Low-touch, easy-to-use installation and management tools to support a seamless upgrade to high-speed FWA, 5G, and beyond.
Deploy, Configure, Monitor:
A single pane of glass to manage not just Skylark radio units, but the entire end-to-end solution, including CBRS Spectrum Access Services.
Proactive Management:
Observe the entire network – traffic, issues, congestion; discover issues before customers do; and solve them without impacting service quality.
Physical Layer Intelligence:
Skylark’s platform provides peerless insight into the RF environment, turning every device into a connected input to enable full situational awareness.
Industrial Automation:
Enable autonomous mobility, AI-enabled remote ops, robotic automation, and IIoT networks to drive greater efficiencies across operating environments.
Enabling 6G & Beyond:
Skylark systems support next-gen wireless features like Dynamic Spectrum Sharing (DSS), Integrated Sensing and Communications (ISAC), and AI-RAN, paving the way for the future of connectivity.
Skylark designs and manufactures critical last-mile wireless infrastructure, combining patented range enhancement techniques with a fully programmable software-defined radio architecture to deliver high-performance, multifunctional connectivity and connected intelligence for service providers, private enterprises, and governments.

Key Advantages

Increase Market Share

16-layer Massive MIMO systems enable increased range, throughput, and cell-edge performance, allowing operators to serve more users at longer ranges while keeping the total cost of ownership.

Upgrade Legacy Networks

Next-gen wireless RAN components built on open and interoperable architectures enable seamless integration with existing operator infrastructure to make the transition to 5G and beyond smooth and simple.

Unlock New Revenue Streams

Multifunctional last-mile wireless solutions support Fixed Wireless Access, 5G mobility, and Industrial IoT networks from the same platform to increase ARPU from existing subscribers with new offerings and open new markets within the service territory.

Enable Industry 4.0

An AI-native RAN stack supporting industrial automation and robotics, connected mobility and UAV networks, wide-area IIoT networks, and AI-workload orchestration at the edge across indoor and outdoor operational environments.

Enhance Safety & Security

Proactively monitor worker health and operational hazards to prevent accidents before they happen, and enable data security protections at the silicon, system, and software layers to protect proprietary and monetizable operational data.

Increase Liberated Hours

Turn the entire operating environment into a series of connected inputs, providing comprehensive, high-fidelity, real-time data for backend AI orchestration systems to optimize decision-making and minimize non-productive time for onsite workers.

Protect Critical Infrastructure

Support multifunctional networks across bases, installations, and training facilities from a single connectivity platform by enabling technologies like Dynamic Spectrum Sharing, Integrated Sensing and Communications, and anti-jamming to protect against physical and cyber threats.

Support First Responders

Provide ultra-reliable connectivity to radios, cameras, sensors, vehicles, and biometric monitors to support fire, police, and rescue workers in day-to-day and disaster-response operations, providing parity of response across geographies and environments.

Expand The Tactical Edge

Port proprietary, ultra-secure government waveforms onto a best-of-breed commercial wireless platform to support high-speed, long-range voice, video, and autonomous devices in contested environments and at the tactical edge.

Open & Programmable

Build on an AI-native RAN with an API-driven development platform that enables custom xApps, rApps, and dApps along with AI-workload orchestration – all on an architecture that is fully open across silicon, system, and software.

Scalable R&D Platform

Access the entire physical layer to develop RAN innovations at the most granular level, then scale and productize those advancements from module to radio to network through a well-developed application integration process.

Deep Innovation Ecosystem

Partner with leading academic institutions, corporate research labs, and industry vertical market leaders to build applications that drive real value for customers and end users.