See what others miss.
True 4-Way Visibility shows you what's happening inside your network, outside your network, and everywhere in between. No more blind spots. No more finger-pointing.
When something breaks, the LAN blames the ISP, the ISP blames the firewall, and the SaaS vendor blames everyone. Netverge 4-Way Monitoring sees all four directions at once and tells you exactly where the problem is, usually before your user picks up the phone.
“My internet is slow.” That ticket lands in your queue and the clock starts. Most tools send your tech on a hunt. Netverge does that work continuously, in four directions, and correlates the results in real time. By the time the ticket opens, the answer is usually already on the screen.
Four directions. One complete picture.
Most monitoring tools only see traffic from one angle. Netverge sees all four, so issues surface with real-world context, not just device chatter.
Inside to Inside
Traffic moving between systems and users on the same network.
Example: Spotting LAN slowdowns between a user's workstation and an internal file server.
Inside to Outside
Traffic leaving your network, headed for the internet, SaaS, or cloud services.
Example: Validating that a user's connection to a cloud app is performing the way it should.
Outside to Inside
Traffic arriving from the internet, partners, or remote users.
Example: Confirming inbound performance for remote workers connecting back to HQ.
Outside to Outside
Traffic between external endpoints that affects your services.
Example: Catching upstream ISP or cloud provider issues before your users feel them.
WHAT VERGEPOINTS MEASURE
CURRENTLY DETECTING (1 of 6)
Outside → Outside · Upstream ISP path is degraded.
Backbone latency between the public Internet and AWS is climbing. Vergepoints localize the issue beyond your border so on-prem teams do not chase ghosts.
The diagram shows a realistic small-network topology with two physical Vergepoint probe origins. An on-prem Vergepoint sits on the inside LAN attached to the switch. A cloud Vergepoint sits in AWS or a Netverge datacenter and probes the public path inward. Inside-network nodes — workstation, laptop, and file server — connect through a LAN switch. The boundary contains a firewall and a VPN gateway. Outside-network nodes include the public Internet, an upstream ISP, Microsoft 365, AWS as a cloud provider, and a remote user. Four animated flows trace inside-to-inside, inside-to-outside, outside-to-inside, and outside-to-outside traffic across the topology, with per-flow metric chips reporting latency, jitter, loss, and quality of experience. The diagram cycles through one realistic incident per direction so the viewer can see how 4-Way Monitoring, run by the two Vergepoints, localizes each kind of failure.
How to read this diagram
A real small-office topology with two Vergepoints — one on the inside LAN, one in the cloud — sending the probes that power every direction of monitoring. The animation cycles through one realistic incident per direction so you can see exactly where 4-Way Monitoring localizes each failure.
Inside to InsideGreen path
Workstation to LAN Switch to File Server. Vergepoints measure east-west traffic for switch port flaps, storage slowdowns, and noisy neighbors before users open a ticket.
Inside to OutsideBlue path
Laptop to LAN Switch to Firewall to Internet to Microsoft 365. Vergepoints track end-to-end QoE so you can prove a slow SaaS session is on prem or upstream.
Outside to InsideViolet path
Remote User to Internet to Firewall to VPN Gateway to LAN Switch to File Server. Vergepoints watch ISP path, firewall load, tunnel health, and last-mile loss across the full inbound chain so a slow remote session is pinned to the right hop.
Outside to OutsideAmber path
Internet to upstream ISP to AWS. Vergepoints probe these segments continuously so you spot backbone or peering issues before they cascade into user-facing problems.
Pulsing rings
Show where Vergepoints are actively probing in real time, including the firewall, VPN, switch, internet, ISP, SaaS, and cloud.
Live metric chips
Latency, jitter, packet loss, and Quality of Experience reported per direction so you see performance, not just up/down state.
Cycling alert state
The diagram rotates through one realistic incident in each direction so you can see how 4-Way Monitoring localizes the failing segment.
Where the answer comes from.
Four streams of telemetry are useful. Four streams correlated into one view are decisive. Netverge automatically links every signal to the right client, site, service, and asset, then time-aligns the data so a spike on one path lines up with the dip on another.
Centralized telemetry ingestion
Automatic event correlation
Client and site context
Service and asset association
Time-aligned visibility
Replace guesswork with clarity.
Alert fatigue.
Alerts reflect real-world impact, not just device chatter.
Finger-pointing.
Definitive context ends the "is it the ISP or the LAN?" debate.
Blind spots.
A unified view from user experience all the way to the core network.
Swivel-chair ops.
Consolidated health and dependency views in a single pane.
Powered by Vergepoints and intelligent sensors.
4-Way Monitoring runs on Vergepoints, on-site probes that emulate real user behavior to validate Quality of Experience. Vergepoints come as hardware, VM, or bare-metal deployments, so you can put eyes everywhere they're needed. Specialized sensors and agents (Path Probe, WebHealth, SNMP Scout, Techmate, and others) cover SNMP, Web, VOIP, LAN and WIFI, Firewall, SDWAN, Quality of Service, and Quality of Experience monitoring.
Learn About VergepointsWhen monitoring is fragmented, every ticket starts with a search. When all four directions are correlated, most tickets start with an answer. Engineers stop chasing ghosts. Clients stop hearing “we are looking into it.” The blame loop ends because the data is no longer ambiguous.
Real-time telemetry. Zero guesswork.
See your network the way it actually behaves, end to end.