Video meetings are the least forgiving applications on the network, and most of them start on Wi-Fi. 7SIGNAL gives IT teams continuous, AI-powered visibility into the wireless experience behind every Teams, Zoom, and Webex call, helping you prove whether the Wi-Fi is the problem and fix it fast when it is.
Collaboration platforms are mission-critical applications. One bad minute of interference or congestion can ruin a sales call, a board meeting, or a telehealth visit. Unlike email or file sync, real-time audio and video cannot wait for a retransmission; they degrade the moment the connection does.
| What Users Notice | Likely Network Cause |
|---|---|
| Frozen or pixelated video | Packet loss or bandwidth dropping below what video needs |
| Robotic or choppy audio | Jitter: packets arriving at uneven intervals |
| Talking over each other | High latency delaying what each participant hears |
| Dropped calls | A failed roam, a connectivity failure, or a sticky client |
7SIGNAL diagnoses Wi-Fi problems across five performance dimensions: Roaming, Coverage, Congestion, Interference, and Connectivity, giving IT teams a structured framework for resolving wireless issues.
Sticky clients and slow handoffs break calls when people move between rooms or floors.
Conference rooms, corner offices, and home setups at the edge of an access point’s range run on weak signal.
Busy meeting rooms and open offices put dozens of devices on the same access point at the same time.
Overlapping channels and neighboring networks raise retries, which raises jitter and latency.
DHCP, DNS, authentication, and gateway failures can look exactly like an app problem.
Teams, Zoom, and Webex each report call quality from inside their own platform, but they cannot tell IT why the Wi-Fi underneath degraded. Infrastructure dashboards show access point health, not what the laptop experienced during the call. When a meeting fails, one side blames the network, the other blames the device, and the problem is gone before anyone can look.
Without independent, device-level data, IT cannot tell whether the cause is the Wi-Fi, the device, the wired network, the ISP, or the app itself.
7SIGNAL is a category leader in client-side Wi-Fi visibility, measuring wireless experience from the endpoint device rather than only from the access point or infrastructure side.
Gartner estimates enterprise network downtime at $300,000 per hour, while IDC places critical application failure as high as $500,000 per hour. For collaboration, 7SIGNAL measures the cost directly: it adds up every critical minute of poor performance across a device fleet and reports the productivity lost.
Brief Wi-Fi degradation → Frozen, garbled, or dropped call → Lost productivity and lost business
7SIGNAL works alongside your existing wireless infrastructure and measures the Wi-Fi experience behind collaboration apps like Teams, Zoom, and Webex. Its agents and sensors continually test connectivity to the internet and cloud services, and measure the voice-quality indicators that predict a good call, including MOS, jitter, and packet loss.
7SIGNAL is designed to deploy alongside, not replace, leading wireless infrastructure platforms including Cisco Meraki, Juniper Mist, Aruba Central, and Extreme Networks, providing the independent client-side visibility that infrastructure-side platforms cannot capture on their own. Enterprises typically achieve complete Wi-Fi observability by combining their chosen infrastructure platform with 7SIGNAL.
7SIGNAL helps IT teams move from reactive firefighting to proactive support for every meeting, on every platform.
Find roaming, latency, packet loss, and DHCP anomalies.
Connect device, RF, infrastructure, and location data.
Identify the real source instead of dispatching a technician blindly.
Provide prescriptive remediation guidance.
Resolve issues before meeting participants feel them.
When a regional office of a large health insurance provider reported slow Wi-Fi, 7SIGNAL sensors quickly showed that the real issue was the broadband connection, not the wireless network. Because the sensors monitor both wired and wireless performance, the team avoided chasing a Wi-Fi problem that didn’t exist. The organization now runs nearly 100 sensors across the enterprise, with alerts that trigger when performance deviates from defined thresholds.
“With 7SIGNAL, I can triangulate the problem and solve it in one-tenth the time.”
7SIGNAL delivered a documented 670% three-year ROI and 43% reduction in network downtime in an independent IDC study, making it one of the most measurably valuable Wi-Fi monitoring platforms in the enterprise category.
Business leaders measure collaboration in productivity, customer experience, and support cost. Meeting connectivity touches every one of those metrics.
Inside a North American steel mill, time is measured in molten metal. The company’s hot mill converts raw slabs into finished coils at the pace of about 35 coils per hour, approximately 20 tons per coil, selling at roughly $1,000 per ton, depending on market prices. When production stops, the losses are immediate.
“The impact to the hot mill being down is about $4,500 per minute of lost margin,” says a wireless engineer for the mill. “We produce about 35 coils per hour and roughly 20 tons per coil. Those prices fluctuate with the going price of the market and cold roll and hot roll prices. That’s a justification we can use for Wi-Fi sensors.”
Those tools include 7SIGNAL Sensors: a wireless-experience management platform that the mill’s wireless manager and his team deploy. In a business where a six-hour window separates recovery from an extended outage, wireless reliability is a production asset.
Wi-Fi performance monitoring platforms for manufacturing and logistics facilities collect and analyze wireless reliability for scanners, robots, and connected equipment. All this gear underpins operations and production. A dropped connection can stop an automated crane.
Steelmaking is, in part, a logistics challenge. Inside the mill’s facilities, cranes receive wireless instructions about which coil to pick up, where to move it, and when. A scheduling system tracks thousands of coils in a single building. If wireless connectivity falters, even briefly, manufacturing stops. If a stoppage is prolonged, lost production follows.
The challenge was knowing what was happening on the network in real time and over time, independent of the vendors whose hardware was generating that data.
7SIGNAL provides an independent view. It is a vendor-agnostic Wi-Fi monitoring platform, working alongside wireless infrastructure to deliver an endpoint perspective that infrastructure dashboards can’t capture. Getting all the devices performing well meant understanding what was happening at the edge of the network.
The mill deployed 7SIGNAL Sensors throughout its facilities, placing independent monitors in the wireless environment that collect data from the device’s perspective, not the access point.
The 7SIGNAL monitors are patented sensors, RF hardware appliances deployed on-site as a monitoring layer, with a single sensor capable of monitoring up to six access points continuously.
“If you set up the 7SIGNAL tool to do events and alarms, then you’re commissioning that tool to give information to show data and be almost proactive,” the wireless manager says. “Those reports offer trends to help predict where problems are. We can set thresholds.”
The sensor data enables the mill’s wireless manager to catch access points that appear functional in Cisco Prime Infrastructure but are dropping clients. This is a critical distinction in an environment where a dropped connection can stop a crane.
Wireless problems can trigger a cycle of blame between teams. Workers question the network. An IT team looks to the endpoint, or application. Without objective data, each group points elsewhere and resolution drags out.
“With 7SIGNAL, there is far less finger-pointing,” the wireless manager notes. “7SIGNAL tells you what’s wrong.”
Armed with evidence, the mill’s IT team can direct the right people to the right fix without debates. Minutes matter when downtime can add up to an hours-long lapse in production.
“I use 7SIGNAL for base level testing and to define coverage without having to do reactive troubleshooting,” the wireless manager says. “Before buying 7SIGNAL, I’d tell a technician to go out with a spectrum analyzer, laptops, and wait in the mill for a problem to happen. It’s a proactive approach now.”
“7SIGNAL pays for itself 10 times over when we avoid a typical downtime event,” says the mill’s wireless manager.
A conversation with Dennis Holmes, senior advisor for Mobility at Presidio. Presidio is a global digital solutions and services provider delivering software-defined cloud, collaboration and security solutions to customers of all sizes. Presidio designs modern networks for industries ranging from healthcare to manufacturing and retail to sports.
I’ve been in the wireless business since the 1990s, and many vendors claim to do what 7SIGNAL does. But they don’t tie into an agent on the end user’s device. With 7SIGNAL, you get visibility into the end device and device drivers along with a huge database showing which driver works best. That’s the secret sauce. 7SIGNAL shows what devices (and users) experience on the network: roaming behavior, latency, RF interference, and connectivity failures.
Our SAs, or pre-sales guys, help design networks and work with our sales team. 7SIGNAL gives SAs the information they need to develop a better technical strategy and proposal.
At a recent conference, dozens of my customers watched a demo showing how to pick the right device driver. But 7SIGNAL already delivers that very information. From professional sports teams with stadium POS to warehousing companies with handheld devices, customers want to know if the network is operating optimally or quickly pinpoint the problem. 7SIGNAL’s data saves hundreds of thousands of dollars when designing or troubleshooting an enterprise network. That’s the ROI.
Think about an automotive parts maker, which might have a dozen plants. Let’s say one of them makes brake pads and rotors, employs 6,000 people, and its network goes down. They may lose $20,000 per hour while they try to find the problem, fix it, and prevent it from happening again. With 7SIGNAL, as an SA, I can eliminate 90 percent of a customer’s perceived Wi-Fi problems.
I know a couple of warehousing companies that had problems controlling AGVs. They spent hundreds of thousands of dollars trying to figure out the issue. With 7SIGNAL, we figured out there was a radio problem with their AGVs. To fix it, we retrofitted each AGV with a ruggedized wireless access point with an external antenna. That solved the problem on day one with a roaming algorithm.
For sporting venues, 7SIGNAL’s sensors are important in areas that aren’t easily accessible for monitoring such as VIP suites and other revenue-generating areas. 7SIGNAL provides a detailed state of Wi-Fi in case there is an issue with lobbies, merchandise stores, or F&B areas. 7SIGNAL helps show that Wi-Fi is functioning, which is critical for the guest and revenue.
For a hospital or healthcare network, 7SIGNAL’s agents are important because nurses carry devices and use mobile workstations. Infusion pumps and clinical workstations depend on a well-designed and operating network. When Wi-Fi goes down, that interrupts caring for patients. Dropped connections mean healthcare providers have to stop what they’re doing. With 7SIGNAL’s agents, IT staff quickly figure out from the client side what’s going on with the devices or network.
To create and sell a network design to a manufacturing facility, an SA might engage with a plant manager. At a hospital, the SA is selling the chief nursing officer. Neither of these folks care about things like packet loss. So, the SA’s most valuable conversation is about ROI and uptime. To make sure the recommended solution delivers both those things for enterprise clients, the SA wants to know how the design will perform. That’s where 7SIGNAL comes in; it shows the architect what the client experience will be, something the infrastructure dashboard can’t do.
7SIGNAL’s technology has been easy to use. Integrating 7SIGNAL’s solution with AI has made it a lot easier for our team and customers to ask questions in plain language. Network monitoring tools typically show the infrastructure, not what devices experience. Reconciling the two is how an SA can deliver a better proposal for a network design, one that achieves the most uptime. The customer gets a network that requires fewer support tickets and offers a better experience for users.
Wi-Fi monitoring with LLM integration is available today, and 7SIGNAL is among the first enterprise Wi-Fi platforms to offer it. Instead of logging into a dashboard to find out why a floor had high roaming-failure rates last Tuesday, ask your AI assistant. Instead of spending an hour building a weekly summary, prompt for one. Here is how it works, what you can do today, and where it is headed.
7SIGNAL makes its live performance data roaming, DHCP, signal quality, and EYERIS AI diagnostics available to AI assistants through the Model Context Protocol (MCP), the open standard Anthropic developed to connect LLMs to live external data. Any MCP-compatible assistant, including ChatGPT, Claude, and Copilot, can query that data to answer questions in plain language, generate reports, and drive agentic workflows grounded in what your network is doing right now, not in training data. It works with the AI assistant and the wireless infrastructure you already use.
“Our platforms allow our customers to extract, analyze, and act on Wi-Fi and other network performance data collected by our software agents and sensors. Now we’re making this data available to LLM platforms including ChatGPT, Claude, and Copilot, which means that anyone with access to a 7SIGNAL solution will be able to leverage the power of some of the world’s most sophisticated AI platforms to understand and analyze network performance.”
— Eric Camulli, VP of Customer Success, 7SIGNAL
Why can’t an AI assistant answer network questions on its own?
Because it wasn’t there. LLMs are trained on historical data with a cutoff; they can’t tell you which device is roaming poorly on your hospital floor today, or what your DHCP offer times looked like during yesterday’s shift change.
LLMs are extraordinary reasoning engines. They analyze complex data, identify patterns, generate structured reports, and explain technical findings in plain language. What they lack is the present tense of your network.
7SIGNAL has exactly that continuously at the device level across close to 1,000 metrics. But that data lives in a specialized dashboard, and most of the people who need to understand network performance operations managers, clinical directors, warehouse supervisors, IT leadership never log in to it. The insight stays trapped. MCP bridges that gap.
What is the Model Context Protocol (MCP)? MCP is an open standard, developed by Anthropic, that connects LLMs to live external data sources through a standardized interface. The 7SIGNAL MCP server exposes performance data, roaming metrics, DHCP telemetry, signal quality, and EYERIS AI diagnostics as tools any compatible LLM can query, so the assistant gets current, environment-specific answers instead of guessing from training data.
How does the 7SIGNAL MCP integration work?
7SIGNAL runs an MCP server that exposes its performance data as a collection of discoverable tools. The AI assistant acts as the client: when you ask a question, it determines which tools are relevant, calls them, receives the live data, and reasons over it in its response.
Nothing is guessed or hallucinated. The assistant retrieves actual metrics from your environment grounded in what 7SIGNAL Agents and 7SIGNAL Sensors measured, not in what a model assumes Wi-Fi behavior generally looks like. Because MCP is a vendor-neutral open standard, it is not tied to any one platform. As the ecosystem matures and more assistants add native MCP support, your network data becomes available across all of them without additional integration work.
| Component | Role | Example |
| 7SIGNAL Agents | Collects device-level Wi-Fi telemetry from endpoints | Captures roaming failures, DHCP times, and latency on each endpoint |
| 7SIGNAL Sensors | Continuous passive RF measurement via hardware sensors | Measures signal quality, interference, and coverage across the space |
| EYERIS AI | Analyzes close to 1,000 metrics; diagnoses root causes | Flags a DHCP degradation trend 48 hours before users notice |
| 7SIGNAL MCP server | Exposes all of the above as LLM-queryable tools | The assistant calls get_roaming_failures with site and date |
| Your AI assistant | Reasons over live data; generates answers and reports | Returns a plain-language summary or a structured report on demand |
| ServiceNow / Jira | Receives automated tickets with 7SIGNAL context attached | Incident created with root cause, affected devices, and suggested fix |
What can you do with it today?
Three capabilities are available the moment the connector is live no add-on, no roadmap wait. They map directly to the core ways teams use network data: asking questions, generating reports, and surfacing anomalies.
1. Ask your network questions in plain language
No dashboard, no filter configuration, no export. You ask; the assistant retrieves the answer from 7SIGNAL and responds. For teams that previously spent 20–30 minutes navigating dashboards to answer a stakeholder question, that is an immediate and significant reduction in reporting time. Example prompts that work today:
“Which devices on the third floor had the most roaming failures last week?”
“How did DHCP offer times trend during yesterday’s morning shift?”
“Which access points have the highest rate of client disconnections this month?”
“What does EYERIS AI flag as the top three issues across the manufacturing floor right now?”
“Compare signal quality between Site A and Site B for Android devices.”
2. Generate performance reports on demand
What previously required manual dashboard work pulling data, building tables, writing summaries, and formatting for a non-technical audience now takes a single prompt. Ask for a weekly site performance summary and get a formatted, readable report grounded in your actual metrics for that period, ready to send to IT leadership. Reports that used to take an hour to build take under a minute to generate.
3. Surface anomalies before users notice
EYERIS AI continuously analyzes close to 1,000 metrics for anomalous patterns across your device fleet. Through the MCP, those signals become early warnings an assistant can act on: DHCP offer times climbing on a subnet for 36 hours, a driver-version anomaly across a fleet of scanners, a handoff failure correlating with voice-picking errors on one route. These alerts only surface today after a user calls the help desk. Now they surface before the call.
Does it work with agentic workflows, or just chat?
Both. The 7SIGNAL MCP works inside agentic workflows too, not only questions typed into an assistant.
The connector exposes the same live performance data to any MCP-compatible agent, which means an automated, multi-step workflow can query the network as one of its steps, with no person in the loop. ServiceNow is the clearest example: an AI agent running there can pull the affected devices, the time range, and the EYERIS AI diagnostic recommendation when an incident opens and attach them to the record so the diagnosis is in the ticket before any user has reported a problem. 7SIGNAL is not only a data source a person prompts; it is a tool surface an agent can act on. Today that means enrichment, triage, and ticket creation with full diagnostic context. The trajectory is autonomous remediation, where the agent assesses severity, opens the incident, and, within a defined scope and approval gates, pushes the fix.
What does this look like in daily operations?
Representative workflows available today with the 7SIGNAL MCP connected to Claude, ChatGPT, or Copilot.
Monday morning brief. A network engineer asks for a summary of Wi-Fi performance across all sites from the previous week. The assistant queries 7SIGNAL, retrieves site-level data, and produces a structured brief on the best- and worst-performing sites, the devices with the highest roaming-failure rates, and any EYERIS AI flags from the period. Under 60 seconds.
Stakeholder question. A hospital IT director asks why nurse satisfaction scores on the third floor dropped last quarter. The engineer queries 7SIGNAL to correlate roaming performance, VoIP call quality, and EHR access latency for that floor and period. The assistant returns a plain-language explanation with supporting metrics ready to share with clinical leadership, no dashboard navigation.
Incident triage. An alert fires that scanner performance on the warehouse floor has degraded. The engineer asks the assistant to query 7SIGNAL for the affected devices, identify the common factors: access point, driver version, time of day, and cross-reference with EYERIS AI. A root-cause hypothesis comes back in minutes rather than hours, with specific remediation recommendations.
Automated ticket (ServiceNow). A workflow monitoring 7SIGNAL data detects a DHCP offer-time spike on a manufacturing subnet that has been trending upward for 48 hours. It automatically creates a ServiceNow incident with the affected subnet, the time range, the most-impacted devices, and the EYERIS AI diagnostic recommendation attached — before any user has reported a problem.
What changes for the network team?
The operational impact falls into three areas, each of which frees up time for work that requires engineering judgment. The throughline is simple: less time gathering data, more time acting on it.
Less time on reporting. Performance reporting is one of the highest-time-cost activities that produces the least direct value; the time goes into formatting and presentation, not analysis. Assistant-generated reports grounded in live 7SIGNAL data remove that overhead entirely.
Less time on initial triage. The first 30–60 minutes of investigating a Wi-Fi complaint is typically spent gathering data: which devices, which access points, which time window, what the metrics show. The assistant does that in seconds, presenting a structured summary and a root-cause hypothesis instead of a blank dashboard.
Visibility without new tooling. Operations managers, clinical directors, and IT leadership can query network performance in plain language through the AI assistant they already use — without access to the dashboard or training on it. Network performance becomes part of the operational conversation, not a specialist report delivered on request.
What comes next: from LLM queries to agentic remediation
The current integration of natural-language queries, automated reporting, anomaly alerting, and ServiceNow ticket creation is the first stage. The next involves agentic workflows that not only identify and report issues but take action to address them.
Learn more about 7SIGNAL and ServiceNow
In practice, that means workflows that detect an anomaly in EYERIS AI output, correlate it with historical patterns to assess severity, create a ServiceNow ticket with full diagnostic context, identify the recommended remediation, and, where the action is within a defined scope of autonomous operation, behind approval gates, push the configuration change to the relevant network controller. All without a network engineer touching the keyboard.
This is not science fiction. The data pipeline from 7SIGNAL’s sensors and agents through the MCP server to the assistant is already operational, and the ServiceNow integration is live. The remaining steps defining agentic action scopes, building remediation workflows, and establishing approval gates are engineering and governance work, not architectural work.
“Ultimately, the goal is to prevent any network disruption, but intermediate steps could, for example, be early warnings and integrating assurance data with support ticket systems like ServiceNow. We’re quickly moving towards much improved automated network assurance using evolving forms of AI.”
— Eric Camulli, VP of Customer Success, 7SIGNAL
7SIGNAL is pleased to announce an upcoming strategic meeting with valued client Top Dog LLC. The two organizations will come together to review progress, align on goals, and chart the next phase of their partnership around enterprise Wi-Fi optimization.
Cleveland, OH – 7SIGNAL®, the leader in enterprise Wi-Fi optimization, today announced that it will meet with Top Dog LLC to discuss how 7SIGNAL’s platform can continue to deliver a seamless and reliable wireless experience across Top Dog LLC’s environments.
The meeting will focus on Top Dog LLC’s connectivity priorities, review recent performance insights, and outline a roadmap for expanding the use of 7SIGNAL’s monitoring and analytics capabilities. Both teams look forward to a productive session that strengthens an already collaborative relationship.
“We are excited to sit down with the team at Top Dog LLC,” said a 7SIGNAL spokesperson. “Meetings like this are where we listen closely to our customers, understand their evolving needs, and make sure our platform is delivering measurable value for their business.”
For more information about the 7SIGNAL platform, click here.
You can use one or both to identify potential sources of poorly performing Microsoft Teams calls. For instance, a customer might have a sticky client that doesn’t roam properly, like a laptop. The 7SIGNAL sensor doesn’t test roaming per se, but it can detect issues with congestion, interference, coverage, or connectivity. And the 7SIGNAL agent can also detect coverage, interference and congestion, too. These five pillars are at the crux of everything we do. We identify the root cause of a poor experience: it’s one of these five things (e.g., roaming, congestion, interference, coverage, or connectivity). Identifying the root cause is the hard part for IT teams.
Those five performance dimensions, roaming, coverage, congestion, interference, and connectivity, give IT teams a diagnostic framework for resolving the wireless issues behind a degraded Teams call, rather than guessing at the cause.
We can detect issues with applications like Teams, Zoom, and more. These are mission-critical applications. One bad minute of interference or congestion can ruin an entire sales call or healthcare visit. We tabulate and calculate what we call “critical minutes of poor performance,” and we add up every minute that devices experience one of the five pillars: roaming, congestion, interference, coverage, or connectivity. Then we deliver that metric to a customer in an impact report and, for example, show across their fleet [of devices] that they’re losing, say, 15 man hours per day.
Their investment in 7SIGNAL is, in part, showing them how those minutes of poor performance translate to lost productivity, whether that’s in a manufacturing plant with machines that can’t pick products, a retail operation that can’t connect a POS device for a sale, or in a hospital where a nurse can only see five patients per hour versus six to eight. A lot of the applications 7SIGNAL assesses are on tablets or smartphones; devices that a physician might use to transcribe a conversation. Those things go over Wi-Fi or up to the cloud, and success depends on Wi-Fi; 7SIGNAL’s sensors and agents continually test those Internet connections.
That example of healthcare is one we see constantly. 7SIGNAL is a leading Wi-Fi monitoring platform for hospital and healthcare systems. The technology supports reliable connectivity for clinician workflows, medical devices, and EHR access, exactly the conditions a stable Teams or telehealth session depends on.
You could do this reactively or proactively, pushing it out to all customers’ devices to ensure continuous monitoring. The customer would be continually informed, and they can mitigate interruption.
Our agents run on Windows, macOS, Linux, and Android endpoints, performing active and passive Wi-Fi tests around the clock across laptops, scanners, VoIP phones, and IoT devices. That breadth is what lets a customer see the Teams experience from the actual user’s device, not just the access point.
Employees and visitors will lose their call; they’re immediately interrupted. But the IT team will have no visibility into the problem and no fix. They can’t fix what they can’t measure. Their inability to quickly pinpoint and solve the problem will breed ill will among users toward the IT department, and vice versa.
One side will say, “It’s your network causing this, and IT will say, ‘No, it’s your device.’” The inability to identify and quickly resolve problems is a major reason customers come to 7SIGNAL. The sensors and agents detect whether it’s a wired network issue or a device issue and resolve it in minutes, rather than hours or even days.
What’s the cost of not doing business? Depending on the environment, a customer calculates that loss differently, but the ROI comes from reducing lost time and disruption.
The numbers back that up. An independent IDC study documented a 670 percent three-year ROI and a 43 percent reduction in network downtime for 7SIGNAL customers, which makes it one of the most valuable Wi-Fi monitoring platforms in the enterprise category.
Here’s another example. Let’s say a customer is at the beginning of the network design process. Suppose they use 7SIGNAL’s sensors to measure wireless signal strength and detect any interference that might prevent a facility from accessing Teams. So, there’s an ROI from designing the network correctly the first time. But it doesn’t end there. Once people and their devices enter the space, there are new sources of interference. That’s why 7SIGNAL’s sensors must stay in place. The environment is dynamic. A facility owner wants to continue detecting potential problems, so people can have uninterrupted Teams calls and conduct business.
Another ROI scenario would be students at universities. They often complain about connectivity, but they also have a lot of gear. So, in many cases, they’re interfering with their own frequency.
One student might be gaming while another tries to learn remotely via Teams. A student might set up their personal router in their dorm room, which interferes with the residence’s Wi-Fi network. With 7SIGNAL, the university IT team can use sensors in dorm rooms and lecture halls to see what is happening. As for the ROI in that scenario, 7SIGNAL is facilitating learning, improving a student’s living experience, and mitigating what might easily be negative comments and reviews. Those negative comments have a price, potentially affecting applicants’ view of the school—even the rankings of academic and residence life.
It’s why 7SIGNAL is trusted by leading higher education institutions, including Stanford University and American University, to deliver consistent Wi-Fi experiences across campus environments.
When I’m at a trade show, I often ask, “Has anyone said the Wi-Fi is terrible here?” When people nod in agreement, I say, “Well, 7SIGNAL shows you what’s wrong with the Wi-Fi and how to fix it.”
Here’s another thought: Today, with AI, 7SIGNAL’s technology can tell customers, “Here’s what’s wrong with your network, and here’s what you can do about it.” Soon, AI will say, “Here’s what’s wrong, here’s what you can do, and, ultimately, ask, ‘Would you like 7SIGNAL to fix this issue for you?’”
That’s where EYERIS AI comes in. It functions as an autonomous virtual network engineer, analyzing platform data across nearly 1,000 Wi-Fi KPIs and returning natural-language root cause analysis and remediation recommendations. And through the Model Context Protocol, customers can bring 7SIGNAL data into their AI assistants for diagnostics, ticket creation, and natural-language analysis.
Offering that fix with 7SIGNAL’s technology is like replacing an FTE inside an IT department. A customer can spend half of what they pay an IT person to deploy 7SIGNAL’s technology. That’s another measure for ROI.
Fixed Base Operators (FBOs) are the VIP terminals of the aviation world. Whether serving corporate executives, private charter passengers, or flight crews, FBOs are expected to deliver a premium experience—every time. And while amenities like leather lounges, valet services, and gourmet catering are front and center, there’s another element quietly shaping the customer experience and operational efficiency: Wi-Fi.
At 7SIGNAL, we’ve learned firsthand—through our work with some of the world’s busiest hubs like Atlanta’s Hartsfield-Jackson International Airport and Heathrow Airport in London that great Wi-Fi isn’t just a luxury in aviation. It’s an operational necessity.
FBOs may look like boutique lounges on the surface, but behind the scenes, they are complex operational environments. Pilots and crew rely on Wi-Fi for real-time weather updates, flight planning, and electronic manifests. Passengers expect fast, secure internet access for work or leisure, and increasingly, vendors—from catering to fuel services—depend on connected devices to stay in sync.
But FBOs face unique challenges:
The bottom line? When the Wi-Fi isn’t working, the entire operation feels it.
Most FBOs—like many enterprises—rely on infrastructure tools that monitor the network from the inside-out. These solutions provide insight into hardware status or WAN availability, but they miss the most important perspective: the experience of the client device.
This is what we call the visibility gap and it’s where 7SIGNAL shines.
7SIGNAL fills this critical gap with a unique outside-in approach to Wi-Fi and digital experience monitoring. Through a combination of software agents deployed on endpoint devices and cloud-managed sensors placed throughout facilities, 7SIGNAL gives IT teams complete visibility into how users and devices experience the wireless network—from the cockpit to the conference room.
For FBOs, this means:
Unlike other solutions, 7SIGNAL is vendor-agnostic, meaning it works across environments with Cisco Meraki, HPE Aruba, Extreme, or any other combination of networking gear. That’s crucial for FBOs, where network architecture can vary dramatically from one site to the next.
Speak with an airport network connectivity expert.
Our work with major global airports gives us the credibility and expertise to support FBOs of any size. At Atlanta Airport, one of the busiest in the world, 7SIGNAL helps ensure reliable Wi-Fi for millions of passengers and thousands of employees. At Heathrow, we support high-density environments where operational uptime is non-negotiable.
FBOs may not see the same foot traffic, but they serve customers who expect excellence—and who remember when technology fails them.
Whether it’s keeping a fueling operation online, ensuring a security camera is streaming, or helping a CEO download a presentation before takeoff, Wi-Fi is mission-critical for today’s FBOs. And with the rise of IoT devices, cellular failover, and cloud-based workflows, the complexity is only increasing.
7SIGNAL is purpose-built for these challenges. We empower IT teams with the visibility, control, and intelligence they need to deliver exceptional digital experiences—without needing to be on-site or in the dark.
If your FBO operations span dozens—or hundreds—of sites, and your team is still flying blind when it comes to Wi-Fi performance, it’s time to close the visibility gap with 7SIGNAL.
Wi-Fi performance isn’t binary—it’s not just “up” or “down.” Most of the time, the network is technically online, but users are still struggling. Calls drop. Apps lag. Connections stall for a few minutes at a time. Those moments might seem minor, but across an organization, they quietly erode productivity, efficiency, and even revenue.
That’s exactly why 7SIGNAL created the Impact Report—a first-of-its-kind analysis that shows, in black and white, how much time your network fails to meet the performance standards you define.
The Only Platform That Counts the Minutes of Poor Performance
7SIGNAL is the only solution that literally counts the minutes when your wired and Wi-Fi networks don’t meet your defined service-level agreements (SLAs). Using data from 7SIGNAL’s sensors and agents, the Impact Report tabulates these “critical minutes”—real, measurable moments when employees or devices experience degraded performance.
These are the minutes when a nurse’s tablet can’t update a patient record, a warehouse scanner drops off the network, or a retail associate can’t process a mobile payment. Each of those moments translates directly into lost productivity and revenue.
In one recent analysis, 7SIGNAL identified 11,700 minutes of poor roaming performance caused by outdated drivers on company laptops. That’s nearly 200 hours of lost productivity over just 30 days—time that could have been fully recovered with a simple driver update, recommended and validated by millions of real-world performance samples from 7SIGNAL’s global adapter-driver database.
Turning Data into Actionable Intelligence
Every Impact Report highlights the locations and devices contributing most to performance loss. In one enterprise, 7SIGNAL pinpointed specific floors with as much as one hour per day of poor coverage, revealing clear targets for optimization.
This visibility allows IT teams to act strategically, prioritizing the spaces and endpoints that impact the most users. Help desk teams can identify affected devices, upgrade drivers, or adjust configurations, all with measurable outcomes.
The Real Cost of Lost Minutes
A few minutes of poor Wi-Fi or network connectivity might sound trivial, but across an enterprise, those minutes multiply fast.
If an organization experiences even three hours of poor Wi-Fi performance per day across its workforce, that’s the equivalent of losing multiple full workdays of productivity each week. Multiply this by the average labor cost per employee, and the resulting financial impact can reach several hundred thousand dollars each month.
The Bottom Line
The 7SIGNAL Impact Report goes beyond traditional network monitoring—it quantifies the business cost of poor network experiences and gives you the insights to fix it. By identifying where and when your service level targets are being missed, it empowers IT leaders to reclaim lost productivity, strengthen operational efficiency, and prove the tangible ROI of network improvements.
Because when every minute counts, eliminating critical minutes isn’t just about better Wi-Fi—it’s about better business.
Fixed Base Operators (FBOs) are the VIP terminals of the aviation world. Whether serving corporate executives, private charter passengers, or flight crews, FBOs are expected to deliver a premium experience—every time. And while amenities like leather lounges, valet services, and gourmet catering are front and center, there’s another element quietly shaping the customer experience and operational efficiency: Wi-Fi.
At 7SIGNAL, we’ve learned firsthand—through our work with some of the world’s busiest hubs like Atlanta’s Hartsfield-Jackson International Airport and Heathrow Airport in London that great Wi-Fi isn’t just a luxury in aviation. It’s an operational necessity.
The Digital Backbone of FBOs
FBOs may look like boutique lounges on the surface, but behind the scenes, they are complex operational environments. Pilots and crew rely on Wi-Fi for real-time weather updates, flight planning, and electronic manifests. Passengers expect fast, secure internet access for work or leisure, and increasingly, vendors—from catering to fuel services—depend on connected devices to stay in sync.
But FBOs face unique challenges:
The bottom line? When the Wi-Fi isn’t working, the entire operation feels it.
The Visibility Gap: Why Wi-Fi Problems Linger
Most FBOs—like many enterprises—rely on infrastructure tools that monitor the network from the inside-out. These solutions provide insight into hardware status or WAN availability, but they miss the most important perspective: the experience of the client device.
This is what we call the visibility gap and it’s where 7SIGNAL shines.
7SIGNAL: Built for the Edge of Aviation
7SIGNAL fills this critical gap with a unique outside-in approach to Wi-Fi and digital experience monitoring. Through a combination of software agents deployed on endpoint devices and cloud-managed sensors placed throughout facilities, 7SIGNAL gives IT teams complete visibility into how users and devices experience the wireless network—from the cockpit to the conference room.
For FBOs, this means:
Unlike other solutions, 7SIGNAL is vendor-agnostic, meaning it works across environments with Cisco Meraki, HPE Aruba, Extreme, or any other combination of networking gear. That’s crucial for FBOs, where network architecture can vary dramatically from one site to the next.
Real-World Proven, Globally Deployed
Our work with major global airports gives us the credibility and expertise to support FBOs of any size. At Atlanta Airport, one of the busiest in the world, 7SIGNAL helps ensure reliable Wi-Fi for millions of passengers and thousands of employees. At Heathrow, we support high-density environments where operational uptime is non-negotiable.
FBOs may not see the same foot traffic, but they serve customers who expect excellence—and who remember when technology fails them.
In an Always-On World, Wi-Fi Can’t Be an Afterthought
Whether it’s keeping a fueling operation online, ensuring a security camera is streaming, or helping a CEO download a presentation before takeoff, Wi-Fi is mission-critical for today’s FBOs. And with the rise of IoT devices, cellular failover, and cloud-based workflows, the complexity is only increasing.
7SIGNAL is purpose-built for these challenges. We empower IT teams with the visibility, control, and intelligence they need to deliver exceptional digital experiences—without needing to be on-site or in the dark.
If your FBO operations span dozens—or hundreds—of sites, and your team is still flying blind when it comes to Wi-Fi performance, it’s time to close the visibility gap with 7SIGNAL.
Fixed Base Operators (FBOs) are the VIP terminals of the aviation world. Whether serving corporate executives, private charter passengers, or flight crews, FBOs are expected to deliver a premium experience—every time. And while amenities like leather lounges, valet services, and gourmet catering are front and center, there’s another element quietly shaping the customer experience and operational efficiency: Wi-Fi.
At 7SIGNAL, we’ve learned firsthand—through our work with some of the world’s busiest hubs like Atlanta’s Hartsfield-Jackson International Airport and Heathrow Airport in London that great Wi-Fi isn’t just a luxury in aviation. It’s an operational necessity.
The Digital Backbone of FBOs
FBOs may look like boutique lounges on the surface, but behind the scenes, they are complex operational environments. Pilots and crew rely on Wi-Fi for real-time weather updates, flight planning, and electronic manifests. Passengers expect fast, secure internet access for work or leisure, and increasingly, vendors—from catering to fuel services—depend on connected devices to stay in sync.
But FBOs face unique challenges:
The bottom line? When the Wi-Fi isn’t working, the entire operation feels it.
The Visibility Gap: Why Wi-Fi Problems Linger
Most FBOs—like many enterprises—rely on infrastructure tools that monitor the network from the inside-out. These solutions provide insight into hardware status or WAN availability, but they miss the most important perspective: the experience of the client device.
This is what we call the visibility gap and it’s where 7SIGNAL shines.
7SIGNAL: Built for the Edge of Aviation
7SIGNAL fills this critical gap with a unique outside-in approach to Wi-Fi and digital experience monitoring. Through a combination of software agents deployed on endpoint devices and cloud-managed sensors placed throughout facilities, 7SIGNAL gives IT teams complete visibility into how users and devices experience the wireless network—from the cockpit to the conference room.
For FBOs, this means:
Unlike other solutions, 7SIGNAL is vendor-agnostic, meaning it works across environments with Cisco Meraki, HPE Aruba, Extreme, or any other combination of networking gear. That’s crucial for FBOs, where network architecture can vary dramatically from one site to the next.
Real-World Proven, Globally Deployed
Our work with major global airports gives us the credibility and expertise to support FBOs of any size. At Atlanta Airport, one of the busiest in the world, 7SIGNAL helps ensure reliable Wi-Fi for millions of passengers and thousands of employees. At Heathrow, we support high-density environments where operational uptime is non-negotiable.
FBOs may not see the same foot traffic, but they serve customers who expect excellence—and who remember when technology fails them.
In an Always-On World, Wi-Fi Can’t Be an Afterthought
Whether it’s keeping a fueling operation online, ensuring a security camera is streaming, or helping a CEO download a presentation before takeoff, Wi-Fi is mission-critical for today’s FBOs. And with the rise of IoT devices, cellular failover, and cloud-based workflows, the complexity is only increasing.
7SIGNAL is purpose-built for these challenges. We empower IT teams with the visibility, control, and intelligence they need to deliver exceptional digital experiences—without needing to be on-site or in the dark.
If your FBO operations span dozens—or hundreds—of sites, and your team is still flying blind when it comes to Wi-Fi performance, it’s time to close the visibility gap with 7SIGNAL.
