MyConnection Server reveals the performance issues that monitoring tools miss. Whether it's your data center, branch offices, or thousands of remote workers at home, MCS measures what users actually experience across VoIP, video, bandwidth, and every critical connection.
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Traditional monitoring watches packets at a single point, like a traffic camera on one stretch of highway. It tells you data is moving, but not whether it arrives on time, in order, and intact.
That's why VoIP calls still drop, video conferences freeze, and remote workers struggle, even when dashboards say everything is fine. The issue isn't bandwidth. It's quality.
MCS doesn't just test speed. It simulates real application conditions and measures the quality metrics that determine whether your network can actually deliver.
Measure jitter, packet loss, MOS scores, SIP response times, and packet ordering. Know whether your network can carry crystal-clear calls before issues reach users. Run a live VoIP test →
Learn moreRFC 6349 TCP testing measures sustained, real-world throughput, not peak bursts. See what your connection actually delivers under normal conditions.
Learn moreUDP ramp testing finds the true maximum capacity of your connection by methodically increasing load and monitoring packet loss thresholds.
Learn moreTest whether critical TCP and UDP ports are open and responding across firewalls. Detect blocked ports before they silently break applications.
Learn moreBidirectional route tracing identifies exactly where performance degrades, revealing routing inefficiencies and bottlenecks across network paths.
Learn moreThe faults that cost the most are the ones nobody can reproduce. A problem that appears for ninety seconds on a Tuesday afternoon does not exist as far as a one-off test is concerned, and it does not exist to your provider either until you can show them it happened.
A result only means something measured against what normal looks like on that path. You cannot recognise a bad Tuesday without a hundred ordinary ones behind it.
A timestamped trend line ends a dispute with a carrier or a customer. An opinion does not, and neither does a screenshot of a test you ran once.
The branch you open next month, the customer you onboard next quarter, the migration you have not scheduled yet. Each one is a network you have not tested.
MCS uses a three-tier architecture: a central server, globally deployed satellites, and browser-based testing to give you end-to-end visibility from any point to any other.
Install MCS on Linux or Windows. It runs its own web server with a built-in WAF. No Apache or IIS required. Your data stays in your control, stored in MCS's proprietary database.
Deploy Network Connection Satellites anywhere: secure, solid-state hardware appliances with no OS attack surface, or lightweight software agents on Windows, Linux, Mac, and mobile.
Run on-demand or automated tests between any two points. MCS measures real application performance (jitter, loss, capacity, throughput, route quality) and gives you actionable data, not guesswork.
Our Access Series devices are solid-state appliances with no OS, no file system, and no executables. They can't be hacked, infected, or compromised. Just accurate, continuous measurement.
Up to 16 ports with load balancing and redundancy. Built for always-on data center deployment.
1- and 2-port devices for field engineers. Diagnose last-mile issues and validate customer connections on-site.
Run NCS satellite software on a Raspberry Pi for an affordable, full-featured testing endpoint anywhere.
Pre-qualify customer networks before deployment. Prove the network can carry your service, or prove it can't, before you get blamed.
SIP trunking & PBX migrationValidate SLAs with hard data. Show customers exactly what their connection delivers and resolve disputes with evidence, not opinions.
Bandwidth quality & SLA evidenceMonitor multi-site networks and catch intermittent issues before they become outages. One platform, one view, every location.
Network assessmentYour employees' home networks are now your network. Test their connections remotely to ensure VoIP, video, and cloud apps work before problems hit productivity.
Work from home testingEvery port up, full duplex, gigabit, counters clean. A sixty second loopback test through the same device found 1,522 damaged frames and 94Mbps of missing throughput. This is the difference between asking a device how it feels and measuring it from the outside.
A switch counts the frames it believes it handled correctly, so it cannot count one it corrupted on the way out. Isolating a single device on the shortest circuit that can be built removes every other explanation, and shows what those frame errors cost a real TCP conversation.
Read the case study