IoT Creates a Data Ocean; Edge Provides Computation Closer to the Source, Reducing Latency and Cost.
IoT generates vast amounts of data; Edge computing brings computation closer to the source, reducing latency and cost.
Industries such as manufacturing, energy, cities, and healthcare are becoming ‘smart’ thanks to sensors, connectivity, and analytics.
IoT Creates a Data Ocean; Edge Provides Computation Closer to the Source, Reducing Latency and Cost.
Event streams, time-series databases, and digital twins are utilized.
Edge models: anomaly detection, computer vision.
OTA Updates, Versioning, Fleet Management, Telemetry, Response to...
Real-time object state visualization, simulations, forecasting, integration with analytics and visualization. Reducing costs and downtime.
An integrated IoT+Edge platform delivers rapid returns when designed correctly and securely.
Frequently asked questions
What is readiness assessment: a short audit of data?
Readiness assessment: a short audit of data, processes, and available tools.
What is a pilot scenario: launching on a narrow case?
Pilot scenario: launching on a narrow case with clear success metrics.
What is integration into process: describing roles, SLA, then?
Integration into process: describing roles, SLA, control points and responsibilities.
What is scaling: automation of monitoring?
Scaling: automation of monitoring, cost optimization and stability.
▶ Try it live
Everything above runs in your browser — open Earthquake Wave Propagation Simulation and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.