Video Streaming & Analytics
High-definition, low-latency streaming from smart cameras, with real-time computer vision that flags what matters, a mis-step on the line or an anomaly on site, and alerts the moment it happens.
Sensors, cameras and connected machines generate a flood of data, and most of it never reaches a decision in time to matter. Flentas turns connected devices and live video into real-time insight and automated action on AWS, from a single device to a fleet of thousands, secure and scalable by design.
Machines generate more data than any other part of the business, and almost none of it reaches a decision.
Telemetry stays on PLCs and local historians, invisible to the teams planning production and spend.
Machines are fixed after they fail because nothing predicts the failure from the signals they emit.
Defects are found at inspection, not at the station and minute where they started.
Operational systems and enterprise data live in separate worlds with separate owners and no common view.
Each device brought online adds a security and compliance question nobody has answered yet.
A proof of concept works on a single machine but has no path to every site and every device.
Flentas delivers connected solutions as a suite of capabilities as a service: onboard, stream, analyze and act, without stitching together a stack from scratch.
High-definition, low-latency streaming from smart cameras, with real-time computer vision that flags what matters, a mis-step on the line or an anomaly on site, and alerts the moment it happens.
Low-latency ingestion of sensor data, from temperature and moisture to door status and pressure, through event-driven pipelines built for immediate action or analysis.
Registration, health checks, remote reboot and secure over-the-air firmware updates across an entire fleet. No on-site visit, no manual patching.
Real-time and historical insight with ML-based patterns, plus event rules that automate actions: turn on irrigation when soil dries, escalate when a reading breaches a threshold.
Certificate-based device authentication, TLS/SSL encryption, certificate lifecycle management and role-based access control for users and devices.
Scalable storage for logs, sensor data and video footage, with customizable real-time alerts across email, SMS and push.
A layered pipeline that turns raw device and video signals into automated action.
Onboard devices through AWS IoT Core with certificate-based authentication and encrypted device-to-cloud communication over MQTT.
Move telemetry and video into real-time pipelines with Kinesis Data Streams and Kinesis Video Streams, event-driven from the first packet.
Apply analytics and computer vision, from QuickSight dashboards to SageMaker models and real-time alerting, to surface patterns, anomalies and video events.
Trigger actions through the Rules Engine and Lambda, from remote actuation to notifications and irrigation control, and manage the fleet with OTA updates and health checks.
AWS IoT Core, AWS IoT Device Management, AWS IoT Device Defender and AWS IoT SiteWise for industrial telemetry.
Amazon Kinesis Data Streams, Kinesis Data Firehose and Kinesis Video Streams for real-time data and camera feeds.
Amazon QuickSight, AWS IoT Analytics, Amazon Athena and Amazon SageMaker for dashboards, insight and predictive models.
AWS Lambda, the AWS IoT Rules Engine and Amazon SNS for event-driven processing, rules and notifications.
Amazon S3, Amazon RDS, Amazon DynamoDB, Amazon Timestream and InfluxDB for logs, footage and time-series device data.
AWS Cognito, AWS IAM and AWS Certificate Manager for authentication, RBAC and certificate lifecycle.
Camera-based line monitoring and real-time alerts that cut waste and hold quality consistent, shift after shift.
Inconsistent combing was driving waste in hair-extension manufacturing. An IoT gateway with a load cell and a camera monitored combing pressure and hair spread, firing real-time alerts on incorrect technique, reducing waste, lifting quality and surfacing analytics for future robotic automation.
Remote tracking, sensor readings and asset location without a site visit, plus remote actuation and predictive maintenance scheduling.
Construction machinery could not be monitored remotely. A 4G-enabled IoT gateway on AWS IoT Core enabled remote tracking, actuation and structured data flow via REST APIs, improving asset oversight with prompt fault notifications and better-scheduled maintenance.
Scalable device fleets with geofencing automation, remote management and app-driven control that stays reliable at volume.
A monolithic communication layer could not scale. Flentas built a scalable socket engine on AWS for actuation between mobile apps and hub devices, added geofencing automation to switch appliances automatically, and enabled remote management that cut on-site service visits across the fleet.
Soil, moisture and water-level sensing with automated irrigation and a unified KPI dashboard for field conditions.
Sugarcane farming needed moisture insight and automated irrigation. Moisture and water-level sensors on IoT gateways fed AWS IoT Core and a unified dashboard, driving automatic motor operation on real-time soil conditions and reliable data flow for analytics.
“Detailed client testimonials for Industry 4.0 engagements are still being prepared. In the meantime, explore our Cloud & Data Engineering case studies or talk to our team directly about your connected manufacturing, IoT, or industrial data goals.”
Cloud & Data Engineering PracticeFlentas
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Connected manufacturing and industrial intelligence on AWS.
Get device data off the floor and into a production platform.
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Explore Data EngineeringBring us one line, one fleet or one camera feed. We'll show you what real-time streaming, analytics and automation unlock on AWS, and where the quick wins are.