Engineering highly secure, real-time grid monitoring and predictive maintenance platforms for critical energy infrastructure.
The transition to decentralized grids and renewable energy requires massive data aggregation, edge computing and uncompromising security.
We engineer robust IoT data pipelines and SCADA integrations that provide real-time visibility into grid health and automate load balancing.
Energy infrastructure is highly regulated, geographically dispersed and reliant on legacy OT (Operational Technology) that was never designed for the internet.
Engineering for utilities requires bridging these vulnerable OT networks to secure cloud analytics without exposing the grid to cyber threats.
Integrating fluctuating renewable energy sources into legacy grid infrastructure.
Managing aging transformers and substations that lack modern diagnostic telemetry.
Protecting critical national infrastructure from increasingly sophisticated cyber-attacks.
Collecting reliable telemetry from pipelines and substations in areas with poor cellular coverage.
Safely extracting data from isolated SCADA networks to cloud data lakes.
Ingesting and analyzing millions of data points per second from smart meters (AMI).
Implementing cryptographic security at the edge device level.
Deploying edge AI models to analyze transformer vibrations and predict failures.
Architecting highly scalable event streams to process real-time AMI consumption data.
Implementing hardware data diodes and secure gateways to safely mirror SCADA data to the cloud.
Security is paramount: OT networks must never accept inbound connections from the IT network or cloud.
Time-series databases (like InfluxDB or Timescale) are mandatory for handling the volume of sensor telemetry.
Operations are governed by isolated SCADA systems communicating over legacy radio or serial networks., IT networks run SAP or Oracle ERPs, completely segregated from the OT environment by rigid firewalls and data diodes.
SCADA, AMI (Advanced Metering Infrastructure), ERP, GIS, EAM (Enterprise Asset Management)
NERC CIP (Critical Infrastructure Protection), ISO 27001
DNP3, IEC 61850, Modbus, OPC UA, MQTT
We utilize strict Purdue Model architectures, employing data diodes or secure MQTT brokers to ensure data only flows outbound from the OT network.
Architecting Cloud & Infrastructure Engineering solutions for core workflows.
Architecting Security & Compliance Operations solutions for core workflows.
Architecting Data Engineering & Analytics solutions for core workflows.
Skip the generic sales calls. Speak directly with a KryoNex Solutions Architect to map your current architecture, identify engineering bottlenecks and design a scalable path forward.
Review your current tech stack and bounded contexts with a senior engineer.
Establish realistic milestones, engineering phases and capacity requirements.