Field Automation
Execute critical field logic locally, with central governance
Run local acquisition, automation, alarms, historian and governed field commands with Scadify’s local-first industrial edge architecture.
Operational problem
Remote sites must continue acquiring, alarming and executing approved local logic through protocol diversity, brownfield equipment and intermittent central connectivity.
Scadify separates canonical tags, protocol drivers, local HMI, historian, alarms and automation runtime from physical hardware. EnergyPortal, enPowerManager and enCoreEnergy consume governed field evidence and provide higher-level context.
Core capabilities
Local-first runtime and cyclic execution
Configured according to the project’s data, control, approval and operating boundaries.
Canonical tags and I/O abstraction
Configured according to the project’s data, control, approval and operating boundaries.
SoftPLC-oriented governed automation
Configured according to the project’s data, control, approval and operating boundaries.
Local alarms, historian and HMI
Configured according to the project’s data, control, approval and operating boundaries.
Authenticated change, deployment history and rollback concepts
Configured according to the project’s data, control, approval and operating boundaries.
Products and delivery responsibilities
Assemble the operating stack around the action.
Operational workflow
From operational context to measured action.
- 01Bind signals to canonical tags
- 02Validate and deploy approved logic
- 03Run local acquisition and automation
- 04Record events, commands and health
- 05Synchronise central evidence when connected
Data sources and integrations
Connect the evidence that explains the decision.
- Meters, sensors, analyzers and actuators
- PLCs, RTUs, BMS and existing SCADA
- Modbus, MQTT and project-qualified telecontrol interfaces
- Local alarms, commands, deployments and audit logs
- Central configuration and operational policies
Governance and resilience
Scadify is intended for non-safety and project-qualified automation unless a separately validated safety architecture exists. Protocol maturity, hardware and certification status follow the release matrix.
Protocol roles, OEM compatibility, data retention, control limits and failure behaviour must be confirmed from the engineering-approved release and project documents.
Outcomes and KPI framework
Measure the operating result, not only the software activity.
Local-first operation and evidence
Use an agreed baseline, operational definition and evidence source before assigning a target.
Reusable device/tag model across field platforms
Use an agreed baseline, operational definition and evidence source before assigning a target.
Controlled protocol and command boundaries
Use an agreed baseline, operational definition and evidence source before assigning a target.
Staged integration and rollback visibility
Use an agreed baseline, operational definition and evidence source before assigning a target.
Solution architecture
Make responsibility visible from field to enterprise.
Scadify separates canonical tags, protocol drivers, local HMI, historian, alarms and automation runtime from physical hardware. EnergyPortal, enPowerManager and enCoreEnergy consume governed field evidence and provide higher-level context. The architecture separates observation, recommendation, human-approved action and local execution so that each team can see what it owns.
Engineering and implementation
Move from architecture to accepted operation.
Engineering scope can include I/O and protocol assessment, panel and network design, control logic, HMI, commissioning, migration, FAT/SAT, training and lifecycle support.
Customer applications
Discuss integration, commissioning and operational support for your equipment and sites.
Standards compliance for this capability
Standards compliance for this capability
Enlogy provides full compliance with the standards below across development, integration and system operation and management.
Industrial control and functional safety
IEC 61131-3 · IEC 61511 · IEC TS 63074
Why you need it
Plants need maintainable control logic and clear separation between operational control and safety functions.
What Enlogy provides
Enlogy develops PLC integration and control workflows with safety-system interfaces, interlock context and security requirements for safety-related control systems.
IEC 62443 OT cybersecurity
IEC 62443 · IEC 62351 · ISO/IEC 27001 · ISO/IEC 27002 · ISO/IEC 27019 · NIST SP 800-82 · NIST CSF 2.0
Why you need it
Connected energy systems need controlled access, secure communication and a manageable cyber-risk lifecycle.
What Enlogy provides
Enlogy applies industrial and energy-sector security across development, identity, OT interfaces, communication, monitoring and incident workflows.
Explore this capability: IEC 62443 OT cybersecurityRelated solutions and products
Continue with the next operational question.
FAQ
Questions to resolve before implementation.
Is Scadify a PLC?
Scadify combines edge, local SCADA, historian and automation-runtime capabilities; its exact role depends on deployed hardware and configuration.
Can Scadify operate offline?
The architecture is local-first and intended to preserve essential functions subject to the released configuration and project qualification.
Can AI write directly to field equipment?
AI recommendations do not bypass permissions, interlocks or approved command paths; direct control requires an explicitly engineered mode.
Next step