Question 1

Why do I need a MacroProbe?

Accepted Answer

Today, with businesses being online more and more, people want to have control over their network, service, and  cybersecurity operations. The MacroProbe provides the ability to manage the daily operations of any business to keep the network and services online.

Question 2

How does the MacroProbe work?

Accepted Answer

The MacroProbe provides passive monitoring of all incoming and outgoing traffic for any company. It records the packets, logs all metadata, and analyzes the data by utilizing machine learning and deep learning. Additionally, it uses big data to locate the root cause of network, service, and security problems.

Question 3

How do I use a MacroProbe?

Accepted Answer

First, you tap the MacroProbe into the network to receive all incoming and outgoing traffic. It will then begin to record packets and log all meta data. Afterward, it will provide a web interface for you to log in and review and monitor the data and analytics provided by the MacroProbe.

Question 4

How can MacroProbe help you diagnose network problems?

Accepted Answer

You can use MacroProbe to review charts, graphs, and tables that show the health of your network. It surfaces metrics such as link bandwidth, application utilization, host utilization, and network errors, so you can pinpoint where the problem starts.

Question 5

How is MacroProbe different from similar tools?

Accepted Answer

You get passive monitoring at all times, packet recording, and metadata logging, so you can see what is happening across your environment without adding active disruption. MacroProbe also uses machine learning, deep learning, and big data analysis to flag anomalies and identify root causes across network, service, and cybersecurity issues.

Question 6

How can MacroProbe help you track service issues?

Accepted Answer

You can monitor server, application, and website risks in one place, which helps you spot issues before they affect customers. By reducing downtime and errors, you improve the experience between your users and your data center.

Question 7

How does eCyberForce help reduce cybersecurity risk?

Accepted Answer

You can use eCyberForce to detect botnet activity, DDoS events, and blacklisting across your infrastructure, including DNS, web, database, and application servers. That gives you the visibility you need to investigate issues sooner and respond faster.

Question 8

How does proactive monitoring help your team?

Accepted Answer

You monitor for early warning signs before a network or service issue becomes an outage. That gives you time to act sooner, reduce disruption, protect the user experience, and limit the risk of lost revenue.

Question 9

What connected environments can eCyberForce monitor?

Accepted Answer

You can use eCyberForce to monitor IoT devices, industrial control systems, servers, applications, and network infrastructure. It is designed for mixed fleets and distributed sites, so you can keep visibility across connected environments that need continuous oversight.

Question 10

Can you monitor multiple locations from one eCyberForce view?

Accepted Answer

Yes. You can centralize monitoring across multiple networks and locations from one interface, which makes it easier to compare activity, spot patterns, and investigate issues without moving between separate systems.

Question 11

How quickly can eCyberForce be deployed in an existing environment?

Accepted Answer

Deployment is intended to be straightforward. The platform taps into the network, begins passive monitoring, and then starts building visibility from the traffic and metadata it receives. For larger or more complex environments, deployment planning should account for site structure, device count, and monitoring scope.

Question 12

How does eCyberForce support root cause analysis after an incident?

Accepted Answer

You can analyze packet flow, metadata, and event data together to identify relationships between network, service, and security issues. That helps you move from symptom detection to root cause analysis, shorten troubleshooting time, and choose remediation with better context.

Question 13

How does eCyberForce flag unusual activity?

Accepted Answer

You see unusual activity through passive traffic monitoring, metadata analysis, and machine-learning models that compare current behavior with expected patterns. When the platform detects a deviation, it highlights it for review so you can investigate quickly.

Question 14

How are alerts generated for unusual activity?

Accepted Answer

eCyberForce analyzes packet flow, metadata, and event logs, then applies machine learning and deep learning to highlight behavior that does not match the normal pattern. That gives your team a clearer starting point for review, rather than forcing you to sort through raw traffic manually.

Question 15

Can eCyberForce help detect scanning, probing, and other suspicious network activity?

Accepted Answer

Yes. eCyberForce is built to watch for abnormal traffic patterns, unusual event sequences, and signs of scanning or probing. That gives your team earlier visibility into suspicious activity and helps you investigate before it turns into a larger incident.

Question 16

How can you use eCyberForce to lower cybersecurity risk?

Accepted Answer

You lower risk by monitoring traffic continuously, flagging abnormal behavior early, and using AI-driven analysis to prioritize what needs attention. That gives you faster visibility into potential threats, weaker points, and patterns that could affect connected devices or critical systems.

Question 17

How do you trace the source of an incident in eCyberForce?

Accepted Answer

You trace the issue by reviewing packet records, metadata, correlated events, and analytics in one view. That lets you follow the path from symptom to source, compare affected systems, and narrow the incident to the most likely cause.

Question 18

Can you manage multiple sites from a single eCyberForce view?

Accepted Answer

Yes. You can centralize visibility across multiple locations, compare activity across sites, and manage monitoring from one view instead of switching between separate tools.

Question 19

What connected environments can eCyberForce monitor?

Accepted Answer

eCyberForce is built for connected environments that include IoT devices, industrial control systems, servers, applications, websites, and other networked services. It is designed for organizations that need visibility across mixed digital and operational environments.

Question 20

Which types of IoT and industrial environments can eCyberForce support?

Accepted Answer

eCyberForce is designed for connected environments with many devices, services, and control points, including smart facilities, distributed sensor networks, and industrial systems. The exact monitoring scope depends on your topology, traffic patterns, and the assets you want to protect, so the platform can be tailored to fit your environment.

Question 21

Can you monitor IT and OT traffic together with eCyberForce?

Accepted Answer

Yes. You can monitor IT and OT traffic in one deployment, which gives you a single view of connected systems, consistent visibility across environments, and better context when an issue spans both sides of the network.

Question 22

How is packet data handled in eCyberForce?

Accepted Answer

You can monitor traffic passively, so eCyberForce observes packet flow without disrupting your environment. It records packets and metadata for analysis, which helps you investigate issues while keeping monitoring non-invasive and focused on operational visibility.

Question 23

How is sensitive traffic data protected and who can access it?

Accepted Answer

eCyberForce monitors passively, so it observes traffic without changing device behavior. Packet data and metadata should be limited to authorized users, and the deployment should be aligned with your internal privacy, retention, and access-control requirements.

Question 24

What do you need ready before deploying eCyberForce in an IoT or OT environment?

Accepted Answer

You should define your monitoring scope, identify the sites and devices you want to cover, and confirm where the platform can connect for passive visibility. If your environment is segmented or complex, plan access, priorities, and rollout order before deployment.

Question 25

What should we prepare before deploying eCyberForce at a new site?

Accepted Answer

Before deployment, you should identify the sites, systems, and traffic paths you want monitored, confirm where passive access can be established, and decide who will review alerts and reports. For larger environments, a short planning step helps define scope, data access, and rollout order.

Question 26

How can organizations join the IoT Cybersecurity Beta Program?

Accepted Answer

Organizations can contact eCyberForce to request beta participation and share details about their environment, monitoring goals, and feedback priorities. The beta program is intended for early adopters who want to evaluate the platform and help refine it for real-world IoT and industrial use cases.

Question 27

Can organizations start with a pilot before expanding eCyberForce across the full environment?

Accepted Answer

Yes. Many organizations begin with a limited pilot to validate visibility, alert quality, and workflow fit before a broader rollout. This approach helps you confirm that the platform matches your environment and operational goals.

eCyberForce

Frequently asked questions

Why do I need a MacroProbe?

How does the MacroProbe work?

How do I use a MacroProbe?

How can MacroProbe help you diagnose network problems?

How is MacroProbe different from similar tools?

How can MacroProbe help you track service issues?

How does eCyberForce help reduce cybersecurity risk?

How does proactive monitoring help your team?

What connected environments can eCyberForce monitor?

Can you monitor multiple locations from one eCyberForce view?

How quickly can eCyberForce be deployed in an existing environment?

How does eCyberForce support root cause analysis after an incident?

How does eCyberForce flag unusual activity?

How are alerts generated for unusual activity?

Can eCyberForce help detect scanning, probing, and other suspicious network activity?

How can you use eCyberForce to lower cybersecurity risk?

How do you trace the source of an incident in eCyberForce?

Can you manage multiple sites from a single eCyberForce view?

What connected environments can eCyberForce monitor?

Which types of IoT and industrial environments can eCyberForce support?

Can you monitor IT and OT traffic together with eCyberForce?

How is packet data handled in eCyberForce?

How is sensitive traffic data protected and who can access it?

What do you need ready before deploying eCyberForce in an IoT or OT environment?

What should we prepare before deploying eCyberForce at a new site?

How can organizations join the IoT Cybersecurity Beta Program?

Can organizations start with a pilot before expanding eCyberForce across the full environment?

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