Telecommunications
Traffic in telecommunications is not only large but sudden: a campaign launch, a match broadcast, a number portability window. We generate load from distributed cloud infrastructure, across multiple regions, with a genuine ramp profile. The test condition imitates the scenario you actually live through rather than an estimate of it.
Most performance tools see only web traffic, while the real load in telecommunications sits in the VoIP, video calling and messaging layer. We measure WebRTC, WebSocket, MQTT and VoIP under load as well.
The subscriber lifecycle passes through dozens of systems, and defects usually fall between them. We turn critical flows such as activation, package change and billing into end-to-end scenarios and run them on every release.
In most organisations the engineering report and the commercial commitment are separate worlds. We tie response time, error rate and Apdex score to SLA thresholds. The report shows which commitment comes under risk at which load level.
Loadmance is a performance testing product that generates load from multiple geographic regions across distributed cloud infrastructure. What sets it apart in telecommunications is protocol breadth: alongside web traffic it measures VoIP, WebRTC, WebSocket, MQTT and gRPC scenarios under load, and simulates live broadcasts with the H.264 codec. That means you see how the call and streaming infrastructure behaves at peak, not just the subscriber portal, and you see it before match day rather than during it.
Ddosphere is a security product that validates the resilience of the network and application layer through controlled simulation. It runs tests at five intensity levels across the TCP, UDP and ICMP protocols. The result is a resilience score showing the traffic level at which the infrastructure weakens, together with a documented report you can present to regulators and enterprise customers.
AutoRunner is a test automation product that keeps your self-service channels in automated regression scope. Subscriber app and web self-service flows, bill viewing, package change, support requests, run on every release. Because these channels directly affect call centre volume, a quality loss here turns quickly into operational cost.
Critical flows in the subscriber lifecycle, activation, package change and billing, pass through dozens of systems, and defects usually fall between them. These flows are converted into end-to-end scenarios and brought into automated regression scope, with coverage widened in stages according to risk priority.
Measurements such as response time, error rate and Apdex score are reported against SLA thresholds. One test produces an action list for the engineer and a capacity and risk summary for management.
Loadmance generates load from multiple geographic regions across distributed cloud infrastructure rather than from a single point, and scales automatically to the scenario. Your target concurrent user count, ramp profile and geographic distribution are defined in the test configuration, and capacity is planned to requirement.
Yes. VoIP, WebRTC, WebSocket and MQTT are supported, and live streaming scenarios are simulated with the H.264 codec. That allows the real-time layer of telecom services to be measured under load, not just web traffic.
The starting point is usually the most critical flows in the subscriber lifecycle: activation, package change and billing. Those flows are converted into end-to-end scenarios and brought into automated regression scope. Coverage is then widened in stages according to risk priority.
Measurements such as response time, error rate and Apdex score are reported against SLA thresholds. The report shows which commitment comes under risk at which load level, so technical measurement translates directly into commercial obligation.
Load in telecommunications is not only large but sudden and concurrent: a campaign launch, a match broadcast, a number portability window. The services under test are also real-time, where latency matters more than average response time. Protocol variety and concurrency scale therefore become the determining factors.
Complete the form; let’s discuss your digital channels, subscriber volume, and the internet-facing surface of your critical services. Together, we’ll assess where resilience is tested across load and security.
