Kloch's encryption technology is built for critical infrastructure, offering both standard and tailored solutions across a wide range of industries and applications.
Utilities and energy operators run distributed OT environments spanning substations, generation assets, and control centers. These systems depend on real-time, deterministic communications to maintain grid stability. Kloch secures data in motion across these environments without introducing latency or disrupting operations, enabling secure monitoring, remote workflows, and regulatory compliance without exposing control paths.
Protects time-critical grid communications and telemetry without impacting deterministic OT protocols or system timing.
Enables encrypted telemetry and monitoring data flows to control centers, historians, and analytics platforms, with optional data diode mode for strict one-way export.
Supports NERC CIP requirements by securing operational data in motion, limiting attack surfaces, and preserving system availability and integrity.
Defense and military environments operate mission-critical systems across bases, platforms, and secure facilities where availability and control integrity are essential. Kloch secures data in motion across operational networks without introducing latency or disrupting mission systems, enabling protected data exchange while preserving strict control boundaries.
Protects operational and monitoring data flows without impacting command, control, or time-sensitive defense systems.
Data diode mode enables outbound monitoring while preventing inbound control paths, preserving command and control integrity.
Supports defense security requirements by reducing data exposure and attack surfaces across mission-critical environments.
Telecommunications networks rely on continuous, low-latency data exchange across core networks, edge sites, and operations centers. Kloch secures signaling, telemetry, and management traffic in motion while preserving performance, allowing operators to protect operational data without impacting network availability or service quality.
Protects signaling and operational data flows without introducing latency that could impact call handling, routing, or service uptime.
Enables encrypted export of performance metrics, alarms, and diagnostics to NOCs and analytics platforms, with optional data diode mode for one-way monitoring.
Supports secure operation of critical communications infrastructure by protecting data in motion and reducing exposure across distributed and high-availability environments.
Chemical processing facilities depend on real-time control, safety systems, and continuous process monitoring. Kloch secures operational data in motion across plant networks without affecting timing or safety-critical communications, enabling protected monitoring, analytics, and regulatory compliance without introducing operational risk.
Protects real-time control and safety-related data flows without interfering with deterministic process control or emergency shutdown systems.
Enables encrypted export of control system and safety instrumentation telemetry to monitoring and analytics platforms, with optional data diode mode to maintain one-way data flow and prevent inbound influence on process operations.
Supports compliance with safety and environmental regulations by securing operational data in motion and reducing exposure across plant networks and external interfaces.
Healthcare facilities operate interconnected clinical systems, medical devices, and facility infrastructure that must remain continuously available. Kloch secures data in motion across these environments without disrupting workflows or device operation, enabling safe data exchange while reducing exposure across connected systems.
Protects data flows supporting medical devices, clinical systems, and facility operations without introducing latency or instability that could impact patient care.
Enables encrypted export of medical device and clinical system telemetry to monitoring and analytics platforms, with optional data diode mode to maintain strict one-way data flow and prevent inbound influence on patient-critical systems.
Helps healthcare organizations meet security and privacy requirements by protecting sensitive operational and clinical data in motion while maintaining system integrity and availability.
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