IT Solution
Jumpstart Your Network Monitoring Effectiveness
Artificial intelligence will revolutionize network monitoring through anomaly detection, predictive maintenance, automatic remediation, scalability, security enhancements, and performance optimization. It enables proactive issue resolution, boosts security, optimizes performance, and facilitates cost-effective large-scale monitoring
What will AI enhance in
Network Monitoring?
- Anomaly Detection: Machine learning algorithms can be trained to understand normal network behavior and then identify any deviations or anomalies. These anomalies could be signs of a cyber attack, a system failure, or other issues. This could vastly reduce the time it takes to detect and address these problems.
- Predictive Maintenance: AI can predict network failure or congestion issues by analyzing historical data. This predictive approach can help prevent network outages, ensuring smooth business operations.
- Automatic Remediation: AI can also be used to automate the process of fixing detected issues. For instance, if the system detects an overload on one part of the network, it could automatically redistribute traffic to alleviate the stress.
- Security Enhancements: AI can assist in identifying patterns and trends in network traffic, helping to identify potential security threats. It can detect and isolate threats that might be missed by traditional security measures.
- Performance Optimization: AI can analyze network data and suggest changes to optimize performance. This could involve adjusting settings, changing configurations, or suggesting new hardware or software solutions.
- Cost Savings: By automating network monitoring tasks, AI can reduce the amount of human labor required and help businesses save on their IT budgets.
- Improving Service Quality: AI can continuously monitor the quality of service being delivered across the network, identify bottlenecks or service degradation, and suggest or implement measures to improve the quality of service.
AI Algorithms
Unleash the power of AI algorithms to help manage your network with sophisticated analytics and automation to save valuable time and resources
Network Security
It enables proactive issue resolution, boosts security, optimizes performance, and facilitates cost-effective large-scale monitoring.
Network Visualization
Visualize and optimize your network for peak performance with comprehensive data visualization and network maps.
Performance Optimization
Streamline network performance and optimize bandwidth allocation with advanced analytics and automation tools.
An Introduction to the Concept of Artificial Intelligence's
Artificial Intelligence (AI) is a computer science branch simulating human intelligence in machines. It operates on algorithms, using machine learning and deep learning techniques, impacting sectors like healthcare, business, telecommunication, transportation, and education. While AI holds immense potential, it also presents ethical and societal challenges that must be navigated responsibly.
Monitor anything just like before, but with more power
Get a single pane of glass views of your entire IT infrastructure stack like it used to be, but now supercharged and made even more insightful by the formidable prowess of AI technology.
Network Security
Server Monitoring
Service Monitoring
Application Monitoring
Network Performance
- Network bandwidth usage
- Packet loss rate
- Interface errorrate
- High CPU or memory utilization
- Number of tcp connections is anomaly high for this day of the week
- Aggregate throughput of core routers is low
Network Health
- Link is down
- System status is in warning/critical state
- Device temperature is too high / too low
- Power supply is in critical state
- Free disk space is low
- Fan is in critical state
- No SMNP data collection
Configuration changes
- New device added or removed
- Network module is added, removed or replaced
- Firmware has been upgraded
- Device serial number has changed
- Interface has changed to lower speed or half-duplex mode
Server Performance
- High CPU or memory utilization
- Network bandwidth usage
- Packet loss rate
- Interface error rate
- Number of tcp connections is anomaly high for this day of the week
- Aggregate throughput of core routers is low
Server Availability
- Network connection is down
- System status is in warning/critical state
- Device temperature is too high / too low
- Power supply is in critical state
- Free disk space is low
- Fan is in critical state
- No SMNP data collection
Configuration changes
- New device added or removed
- Network module is added, removed or replaced
- Firmware has been upgraded
- Device serial number has changed
- Interface has changed to lower speed or half-duplex mode
Monitoring and Integration Solutions
When a network monitoring system can monitor services, it means it is equipped to track, manage and analyze various services running on the servers within a network. A "service" in this context refers to a specific application or system process that performs a function and usually runs in the background on a server. These services can include web servers, database servers, email servers, DNS services, and more.
Monitoring these services involves checking whether they are up and running, assessing their performance, and detecting any potential issues. Metrics such as service availability, response times, usage, load, and error rates are typically tracked.
For instance, in the case of a web server service, the monitoring system might track HTTP response times, the number of active connections, and error rates. If a database service is being monitored, it might keep tabs on query execution times, the number of transactions, and resource utilization.
If any service stops running, fails, or starts performing poorly, the network monitoring system can alert administrators so they can take corrective action. This real-time visibility into service status and performance helps organizations maintain optimal network functionality and minimize downtime, ensuring the smooth operation of business processes that rely on these services.
In summary, the ability of a network monitoring system to monitor services is about ensuring that all the essential functions being carried out by server processes within the network are operating as expected, and providing early warnings about potential issues.
Monitoring and Integration Solutions
When a network monitoring system can monitor services, it means it is equipped to track, manage and analyze various services running on the servers within a network. A "service" in this context refers to a specific application or system process that performs a function and usually runs in the background on a server. These services can include web servers, database servers, email servers, DNS services, and more.
Monitoring these services involves checking whether they are up and running, assessing their performance, and detecting any potential issues. Metrics such as service availability, response times, usage, load, and error rates are typically tracked.
For instance, in the case of a web server service, the monitoring system might track HTTP response times, the number of active connections, and error rates. If a database service is being monitored, it might keep tabs on query execution times, the number of transactions, and resource utilization.
If any service stops running, fails, or starts performing poorly, the network monitoring system can alert administrators so they can take corrective action. This real-time visibility into service status and performance helps organizations maintain optimal network functionality and minimize downtime, ensuring the smooth operation of business processes that rely on these services.
In summary, the ability of a network monitoring system to monitor services is about ensuring that all the essential functions being carried out by server processes within the network are operating as expected, and providing early warnings about potential issues.
Igniting Success through Passion
Yamakubi’s success in the technology-intensive sector is significantly fueled by passion. This driving force stimulates a culture of innovation, promotes resilience amidst challenges, and enhances customer satisfaction. When deeply intertwined with the business ethos, passion is a critical differentiator in a competitive technology landscape.
"AI allows us to double work capacity
without doubling labor"
AI’s role in network monitoring can magnify effectiveness exponentially. By rapidly identifying and addressing anomalies, predicting and preventing failures, improving security, and optimizing performance, AI delivers streamlined operations. This powerful technology enables scalable, proactive monitoring, multiplying efficiency by orders of magnitude.
” Hery Isnanto, Yamakubi CEO “