HIVESYSTEMS
Heterogeneous Interlinked Vehicle Ecosystem
Connected. Resilient. Intelligent.
Advanced Software-Defined Radio & Wireless Communication Systems
Technology for aerospace, defence, autonomous systems and mission-critical applications.
About HIVE
We Build the Communication Layer
HIVE Systems develops high-performance wireless communication platforms combining Software Defined Radio, FPGA-based signal processing, digital communications and intelligent networking.
Our focus is on building flexible, scalable and reliable communication systems for demanding operating environments.
What We Build
Core Capabilities
Software Defined Radio
Programmable radio platforms for flexible and evolving communication requirements.
Digital Communications
Real-time PHY and DSP implementations optimized for high-performance wireless systems.
Custom Waveforms
Design, development and FPGA implementation of application-specific communication waveforms.
Resilient Networking
Communication architectures for connected, distributed and autonomous systems.
Technology
From RF to Network
HIVE develops across the communication stack, integrating RF systems, FPGA acceleration, digital signal processing and embedded networking into complete wireless communication platforms.
- L1RF Front End
- L2ADC / DAC
- L3FPGA
- L4Digital PHY
- L5MAC
- L6Network
- L7Application
Waveform Engineering
Built for the Contested Spectrum
Our waveforms are designed to keep the link alive when the spectrum is crowded or under attack, moving away from interference instead of fighting through it.
COFDM
Many narrow subcarriers share the load, so the link holds up against multipath and non-line-of-sight conditions.
Frequency hopping (FHSS)
The channel moves across the band in a pattern only the link knows, leaving a jammer on a fixed frequency behind.
Direct sequence spreading (DSSS)
Energy is spread across a wider band, lowering the chance of detection and interception.
Adaptive channel selection
The radio scans the spectrum and settles on the cleanest available channel.
Radio Platform
Software-Defined Radio Platforms
HIVE develops programmable radio platforms designed to support flexible waveform architectures and demanding real-time communication requirements.
- 01FPGA-accelerated processing
- 02Software-defined architecture
- 03Flexible waveform integration
- 04High-speed data interfaces
- 05Real-time signal processing
- 06Embedded system integration
Solutions
Custom Wireless Solutions
HIVE works with organizations to develop and integrate communication systems around specific operational and technical requirements.
- 01Radio Platform Development
- 02Custom Waveform Development
- 03FPGA & DSP Implementation
- 04Wireless System Integration
- 05Communication System Prototyping
- 06Technology Demonstration
Applications
Built for Demanding Environments
Aerospace
Advanced communication systems for airborne and aerospace applications.
Autonomous Systems
Wireless connectivity for UAVs and distributed autonomous platforms.
Defence & Security
Communication technologies for demanding operational environments.
Mission-Critical Systems
Reliable wireless connectivity for critical applications.
Communication Without Compromise.
Built for contested environments, demanding missions and evolving communication requirements. HIVE Systems develops software-defined radio platforms, advanced waveforms and resilient communication architectures for aerospace, defence and autonomous systems.
Contact
Let's Build the Connection.
Have a requirement for a radio platform, custom waveform or wireless communication system?