The Intelligent Gatekeeper for Industrial Risk Management

Lockout/Tagout software automates and digitizes the OSHA-mandated process of isolating hazardous energy sources before maintenance work begins. It replaces paper permits and physical tags with digital workflows, smart lock panels, and an auditable record of every isolation event — eliminating the risk of unauthorized re-energization.

Horus enforces every step of the OSHA 1910.147 Lockout/Tagout standard: energy source identification, isolation device assignment, de-energization verification, and re-energization authorization. Every action is timestamped, logged, and available as automatic audit evidence — simplifying OSHA inspections and internal compliance reviews.

Yes. Horus is built for interoperability. It integrates with SAP, Oracle, IBM Maximo, and other ERP and CMMS platforms via standard APIs. Work orders from your CMMS can automatically trigger LOTO workflows in Horus, ensuring zero gaps between maintenance planning and energy control procedures.

Horus is fully on-premise. All data is processed and stored within your own network infrastructure — with no external cloud dependency. This satisfies the strictest information security, data sovereignty, and low-latency requirements common in industrial, defense, and regulated environments.

Horus serves manufacturing plants, oil & gas facilities, chemical and petrochemical processing, automotive factories, pulp & paper, food & beverage, mining, and any industrial operation with hazardous energy sources, restricted zones, or large field maintenance teams.

Lockout uses a physical device (a padlock) to prevent a machine from being re-energized. Tagout uses a warning tag — without a physical lock — indicating that the equipment must not be operated. OSHA 1910.147 requires Lockout whenever possible. Horus manages both procedures digitally, controlling device assignment and worker authorization in a single platform.

Horus eliminates human error by making every safety step mandatory and system-enforced. Workers cannot initiate maintenance until the platform confirms complete energy isolation. Access to restricted zones is denied without qualification verification. All exposure history is logged — enabling proactive risk management rather than reactive incident response.

Organizations that digitize LOTO typically realize ROI through three channels: reduced permit cycle time (digital workflows eliminate paperwork delays and administrative bottlenecks), lower incident and penalty costs (OSHA fines for LOTO violations averaged $15,625 per citation in 2024), and audit readiness (automated logs eliminate hundreds of hours of manual documentation annually). Most facilities recover implementation costs within the first year of deployment.

Implementation scope depends on facility size and the number of modules deployed. A single-module rollout — such as LOTO only — at a mid-sized facility typically takes 8 to 12 weeks, covering equipment mapping, workflow configuration, integration with existing CMMS or ERP, and operator training. Multi-module or multi-site deployments are phased to minimize operational disruption.

Yes. Horus is designed for enterprise-scale operations. Each facility runs its own on-premise instance with full local data sovereignty, while a centralized management view provides unified KPIs, compliance dashboards, and audit trails across all sites. Access permissions, worker qualification databases, and energy source libraries can be managed globally or per facility.

Because Horus is fully on-premise, there is no dependency on external internet connectivity — local network outages do not affect normal operation. In the event of a broader local network failure, the platform supports pre-authorized offline LOTO sequences with automatic synchronization once connectivity is restored. Critical safety interlocks on smart panels remain in their last authorized state, preventing unauthorized re-energization at all times.

As a fully on-premise platform, Horus never transmits operational data to external servers. The platform architecture aligns with IEC 62443 cybersecurity standards for industrial automation and control systems. Access is role-based with full audit logging of every user action. Integration with existing corporate Active Directory and enterprise identity management systems is supported out of the box.