Unprecedented Throughput
DART sensors are capable of handling line rates up to 100 Gbps on specialized hardware and 10 Gbps per virtual instance, ensuring no packet is ever missed.
The Power of Purpose-Built 5G Observability
The promise of 5G is one of transformation—a fully virtualized environment delivering ultra-low latency and unprecedented speed. But for network operators, this power is also the greatest operational challenge. At 5G speeds, problems occur in microseconds, and by the time you've manually detected an issue, the impact is already widespread.
In this high-velocity environment, the only source of ground truth is the data itself—the raw packets and rich metadata flowing through the network core. You cannot manage what you cannot see, and traditional probes simply cannot keep up.
DART Sensors are engineered to be the hyper-aware eyes and ears of your 5G network. They are more than just data collectors; they are high-performance instruments designed to capture every detail with perfect fidelity, providing the raw intelligence needed for true observability.
Capturing this data is only half the battle. The sheer volume of packets and metadata in a 5G network can create more noise than signal, overwhelming legacy systems and human operators alike. This is where the intelligence of the DART platform begins.
DART sensors are capable of handling line rates up to 100 Gbps on specialized hardware and 10 Gbps per virtual instance, ensuring no packet is ever missed.
Each metadata sensor can process and summarize millions of flow records per second, alongside Syslog, SNMP, and other data, distilling the torrent of information into a clean, high-fidelity stream for our AI engine.