1
Map Robot Data Paths
Separate control, video, sensors, map synchronization, edge inference and cloud management, defining delay/loss tolerance for each.
Back to All Solutions 
Laboratory & Industry Solution
Robotics / Embodied AI Network Testing
Robot Control, Video Backhaul, Edge Coordination and Wireless Impairments
Validate how network variation affects safety and experience for control commands, video, sensors and edge inference.
Core Emulation Equipment
Products
4
Scenarios
6
Evidence
PCAP
Why
Requirements
3GPP URLLC emphasizes low latency and reliability. Industrial 5G and robots also need reliable, high-bandwidth transport; control, video, sensing and inference are sensitive to variation.
Go beyond standalone robot functions. Test Wi-Fi/5G/private-network roaming, micro-outages, bursts, delay steps, bitrate adaptation, control timeouts and edge failures. Emulators control multi-node links, BestPerf measures quality, Flow Hunter analyzes traffic and Traffic Generation supplies load.
Topology
Test and Deployment Topology
STEP 1Robot
STEP 2Wireless / Private-Network Link
STEP 3ChaosBridge Impairments
STEP 4Edge Node / Cloud Platform
STEP 5Flow Hunter Session Analysis
How
Implementation
2
Reproduce Wireless and Edge Impairments
Apply separate Wi-Fi/5G loss, jitter, bandwidth reductions and micro-outages to robots, controllers and edge nodes to validate coordination and degradation.
3
Inject Controlled Delay Changes
Apply repeatable delay/jitter to control, video and edge paths to observe stability, stop policies and teleoperation experience.
4
Generate Multi-Robot Concurrent Loads
Run real robot video, telemetry and control alongside generated multi-stream backgrounds. Use Flow Hunter to isolate congestion, retries and protocol anomalies.
Product Stack
Core Emulator and Supporting Tools
Core Emulation Equipment
Optional Supporting Tools
Network Quality Measurement Software
BestPerf
Actively measure RTT, directional loss, jitter, micro-outages, TCP goodput and quality under load to establish link baselines.
Network Traffic Analyzer
Flow Hunter
Capture passively through mirrored ports or TAPs for L2-L7 analysis, session investigation, protocol-stage diagnosis and PCAP export.
NetAccura Traffic Generation
NetAccura Traffic Generation
Generate L2-L3 test streams. Software models also replay Ethernet PCAPs, rewrite IPv4 addresses and TCP/UDP ports, and multiply traffic for performance, security detection and issue reproduction. Stop all transmit tasks before switching modes. Simultaneous generation and replay require separate devices.
Result
Expected Outcomes
Quantify Robot Network Resilience
Identify the delay, loss, micro-outage and congestion conditions under which robots degrade, stop or continue.
Locate Edge Coordination Issues
Analyze control, video, sensors and inference separately to isolate robot, wireless, edge or cloud causes.
Produce Reviewable Reports and Evidence
Deliver more than throughput or delay figures: include topology, parameters, timelines, quality curves, key sessions, anomalies, PCAP extracts and retest results. Development, testing, operations, vendors and customers can discuss the same evidence rather than relying on screenshots, verbal descriptions and repeated debate.
References
Related Standards and Methods
3GPP URLLC: Ultra-Reliable Low-Latency Communication
URLLC addresses low latency, high reliability, redundant transmission, QoS monitoring and industrial IoT.
IEC/IEEE 60802 TSN Profile for Industrial Automation
Selects bridge, end-station and LAN features and configurations to support deterministic industrial networks.
Next Step
Need to Apply This Solution to Your Network?
NetAccura can create a test topology, parameter table and POC plan based on your links, models, application protocols, available PCAPs and SLA goals.