FreeWave Technologies
UnclaimedSecurely connect and manage industrial IoT data from the edge to the enterprise in challenging environments.
Visit WebsitePaidVisit Website
Tracked since2026
0 reviews trackedThe Bottom Line
Entry price
Paid plans only
Biggest pro
Ensures reliable data connectivity in extreme and remote industrial environments.
Biggest con
Requires specialized knowledge for implementation in complex industrial settings.
TL;DR - FreeWave Technologies
- Provides secure, rugged wireless connectivity for industrial IoT.
- Enables data collection and edge computing in remote and harsh environments.
- Offers satellite solutions for global coverage and critical data insights.
Pricing: Paid only
Best for: Enterprises & pros
What is FreeWave Technologies?
FreeWave Technologies provides robust and secure wireless communication solutions for industrial IoT (IIoT) applications, enabling data connectivity from remote and harsh environments to the enterprise. The product suite includes rugged radios and edge computing gateways designed to withstand extreme conditions, ensuring reliable data transfer and command control over long distances, even where traditional infrastructure is limited. These solutions are critical for industries that rely on real-time data from geographically dispersed assets, such as oil and gas, utilities, agriculture, and transportation.
The platform focuses on making network devices secure and invisible to vulnerabilities, while also providing the intelligence needed to drive critical business decisions. By connecting remote data, FreeWave helps organizations optimize operations, improve efficiency, and achieve better environmental outcomes. The offerings extend to satellite-connected devices for global coverage in areas without terrestrial connectivity, integrating with partners like ORBCOMM and Viasat to bridge coverage gaps and provide low-latency data services.
Available on: Web
Pros & Cons
Pros
- Ensures reliable data connectivity in extreme and remote industrial environments.
- Enhances security by making network devices invisible to vulnerabilities.
- Supports edge computing for immediate data processing and decision-making.
- Offers flexible connectivity options, including satellite for global reach.
- Designed for low power consumption, ideal for areas with limited infrastructure.
Cons
- Requires specialized knowledge for implementation in complex industrial settings.
- The initial investment for ruggedized hardware and infrastructure may be significant.
- Specific pricing details are not publicly available, requiring direct contact for quotes.
Key Features
Rugged wireless radios and edge computing gatewaysSecure access and network invisibility for devicesLong-range data transfer (60+ miles)Low-power design for remote operationsMultiple form factors and frequency optionsIQ Application Environment for edge applicationsSatellite connectivity for global coverage (via ORBCOMM and Viasat)Real-time data visualization, alerting, and alarming
Pricing
Paid
FreeWave Technologies offers paid plans. Visit their website for current pricing details.
Reviews
$99Free with your review
Write a reviewReview FreeWave Technologies, get a free AI guide
Share your experience and we will send you Improve Your Thinking Patterns Using ChatGPT, free.
Best FreeWave Technologies Alternatives
Top alternatives based on features, pricing, and user needs.
ZerynthFreemium
Develop and manage IoT solutions with Python for embedded devices and cloud.
K3sFree
Lightweight Kubernetes for edge and IoT
TursoFreemium
Edge-hosted SQLite with global distribution for low-latency apps
ParticleFreemium
An integrated IoT Platform-as-a-Service for intelligent devices, from hardware to cloud.
Still deciding?
Most buyers shortlist 2 or 3 tools before committing. Pull a side-by-side comparison or browse the full alternatives shortlist below.
Explore More
FreeWave Technologies FAQ
How does FreeWave ensure the security of industrial networks, particularly by making devices 'invisible'?
FreeWave implements secure access methods that go beyond traditional security, focusing on making network devices undetectable to potential exploits. This approach prevents unauthorized access and exploitation by obscuring the presence of devices on the network, thereby enhancing overall industrial cybersecurity.
What specific types of challenging RF environments can FreeWave's products operate in, and what distances can they cover?
FreeWave's products are engineered to operate reliably in extreme RF environments, including those with significant interference or physical obstructions. Their wireless solutions are proven to facilitate ultra-reliable data transfer and command control over distances exceeding 60 miles, even in harsh industrial settings.
Can FreeWave's edge computing gateways support custom applications, and how does the IQ Application Environment facilitate this?
Yes, FreeWave's Zum family of products, which includes edge computing gateways, are loaded with the IQ Application Environment. This environment provides a future-proof solution for implementing edge applications, allowing customers to develop and deploy custom software that transforms business processes and delivers significant ROI by enabling onboard analytics and autonomy.
How does the satellite connectivity solution integrate with existing FreeWave terrestrial networks, and what are the benefits of this hybrid approach?
FreeWave's satellite connectivity, in partnership with ORBCOMM and Viasat, is designed to bridge coverage gaps in remote networks where terrestrial connectivity is unreliable or unavailable. This hybrid approach allows for seamless data flow from the most remote locations to the enterprise, ensuring continuous monitoring and data collection, improving operational efficiency, and enabling global reach for critical IIoT applications.
What are the typical latency performance and message size capabilities for data transmitted via FreeWave's satellite solutions?
For satellite-connected devices, FreeWave's solutions offer a latency performance of less than 15 seconds 95% of the time. The maximum message size for optimal system usage is 10,000 bytes when transmitting to the terminal and 6,400 bytes when transmitting from the terminal, ensuring efficient and purposeful data transfer without unnecessary overhead.
Source: freewave.com