Maximize your network.
The most advanced technology to maximize your network performance and visibility.
AI-powered optimization solving complex problems.
Enhance Subscriber QoE
Higher speed, lower latency and less packet loss.
Powerful features to significantly enhance your subscribers' Quality of Experience.
We thought we were doing all we could with our original QoE solution, but after installing Bequant next-gen QoE our customer support calls dropped by 35%.
Transform your bufferbloat network grade.
If your customers use the popular Waveform bufferbloat test, which will assign a grade to your quality in terms of its bufferbloat and its suitability for gaming applications, the Bequant QoE will provide a significant boost in the grade of your network.
We already had a solid QoE solution in place, but decided to take Bequant up on their 30-day trial — and we're glad we did! Our network latency dropped from 30 ms to 15 ms, and retransmissions fell by 80%. Bequant's team truly goes above and beyond!
BQN Platform Powers 600+ ISPs
Maximize Network Capacity
More network capacity with smart shaping
Support more users per Access Point, or OLT port, without degrading your subscribers' Quality of Experience, with the following smart shaping features.
More subscribers per Access Point and OLT Port.
Advanced Network Analytics
Advanced subscriber, DPI application & network metrics.
Detect saturated Access Points, OLT ports or subscribers, identify customer plan upsells, ensure fast support call diagnosis, and reduce truck rolls.
The DPI and network visibility from Bequant allow us to see what is happening in our network in real-time. Our customer support can diagnose everyday problems with it, and it also helps us detecting those areas of the network where we are approaching congestion.
We are dedicated to advancing technology that maximizes network quality by optimizing the use of available resources.
FAQ
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How can improving network performance reduce subscriber churn and support costs?
Application-based shaping uses DPI to identify high-load applications like video streaming and software updates, then throttles them selectively as subscribers approach plan limits or the network approaches peak throughput. Topology-based shaping instead applies a throughput ceiling just below a known bottleneck — an Access Point, OLT port, or backhaul link — so the bottleneck never actually congests. Bequant's BQN platform supports both, and ISPs typically run them together: topology-based shaping protects the bottleneck, application-based shaping decides which traffic yields first.
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Learn more in the User Guide.
How does application-level DPI visibility help ISPs troubleshoot subscriber performance problems faster?
Application-based shaping uses DPI to identify high-load applications like video streaming and software updates, then throttles them selectively as subscribers approach plan limits or the network approaches peak throughput. Topology-based shaping instead applies a throughput ceiling just below a known bottleneck — an Access Point, OLT port, or backhaul link — so the bottleneck never actually congests. Bequant's BQN platform supports both, and ISPs typically run them together: topology-based shaping protects the bottleneck, application-based shaping decides which traffic yields first.
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Learn more in the User Guide.
How can an ISP reduce network congestion and improve subscriber quality of experience without adding capacity?
Application-based shaping uses DPI to identify high-load applications like video streaming and software updates, then throttles them selectively as subscribers approach plan limits or the network approaches peak throughput. Topology-based shaping instead applies a throughput ceiling just below a known bottleneck — an Access Point, OLT port, or backhaul link — so the bottleneck never actually congests. Bequant's BQN platform supports both, and ISPs typically run them together: topology-based shaping protects the bottleneck, application-based shaping decides which traffic yields first.
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Learn more in the User Guide.
What is the BQN Platform, and what problems does it solve for ISPs and mobile operators?
Application-based shaping uses DPI to identify high-load applications like video streaming and software updates, then throttles them selectively as subscribers approach plan limits or the network approaches peak throughput. Topology-based shaping instead applies a throughput ceiling just below a known bottleneck — an Access Point, OLT port, or backhaul link — so the bottleneck never actually congests. Bequant's BQN platform supports both, and ISPs typically run them together: topology-based shaping protects the bottleneck, application-based shaping decides which traffic yields first.
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Learn more in the User Guide.
