Edgefinity IoT is an enterprise RFID and real-time tracking platform designed to give organizations greater visibility and control over their operations. The platform connects RFID readers, sensors, and other IoT devices to automatically identify, locate, and monitor assets, inventory, work-in-process, tools, equipment, and personnel.
With configurable workflows, real-time alerts, facility maps, reporting, and a powerful rules engine, Edgefinity IoT turns RFID data into actionable information. Organizations can use the platform to automate inventory tracking, monitor asset movement, improve manufacturing workflows, manage safety and mustering, verify shipments, and create alerts when important events occur.
Hardware-agnostic and available for cloud or on-premise deployment, Edgefinity IoT can scale from a focused RFID application to an enterprise-wide visibility solution spanning multiple facilities and workflows.
Learn more
Overmonitor is a cloud-based infrastructure, website, and endpoint monitoring platform built for fast setup without enterprise complexity. Monitor websites, APIs, servers, processes, Windows services, event logs, performance counters, SNMP data, uptime, response time, DNS, SSL certificates, internal endpoints, and network health from one dashboard.
The lightweight 2.1 MB agent runs as an idle process, requires no inbound firewall exceptions or open ports, and sends a secure heartbeat every minute. Configure monitoring quickly through the web interface and target checks by city-level geography. Maintenance windows suppress expected noise, while configurable alerts, push notifications, and audible dashboards keep the right people informed.
Multi-location endpoint checks validate incidents, reduce false alarms, expose regional problems, and reveal how availability and responsiveness differ across target markets.
Distributed Monitors expand Overmonitor’s network by allowing eligible servers to opt in and check up to 10 external endpoints. Checks add negligible data to the existing heartbeat, require no extra configuration or firewall changes, execute no remote web scripts, and store no monitored data on the server. If a participating server or network becomes unavailable, its checks are automatically reassigned. Participation also earns prorated invoice credits.
Trend Analysis turns historical infrastructure metrics into proactive capacity planning. Choose from thousands of performance counters, including CPU utilization, available memory, and disk space, then assign minimum and maximum thresholds. Once enough data has been collected, Overmonitor applies linear regression to estimate when a metric may cross its limits. A configurable planning horizon controls when responsible team members are alerted, helping you rebalance workloads, tune resources, or scale capacity before performance becomes an outage or unbudgeted emergency. Trend Analysis is included with every server metric at no additional charge.
Overmonitor also includes process rollups, embeddable performance graphs, endpoint health visibility, flexible retention, multiple users with roles, and à la carte pricing so you pay only for the monitoring you need. Detect outages, correlate website symptoms with server health, analyze performance, track availability, and improve end-user experience before small issues become downtime.
Learn more
Neovigie
Neovigie is a cloud-based safety management platform designed to protect employees who work alone or in isolated environments by providing real-time monitoring, automated alerts, and emergency communication tools. It combines mobile applications, wearable devices, satellite connectivity, and a centralized web platform to maintain constant supervision of lone workers across different industries and work conditions. Workers activate the protection system at the start of their shift using a smartphone app, smartwatch, or dedicated alert device, allowing supervisors to monitor their status and receive notifications if an incident occurs. It can trigger both manual alarms, such as an SOS panic button, and automatic alerts based on risk detection algorithms that identify falls, lack of movement, loss of vertical position, or connection loss.
Learn more
