Real-time industrial data streaming. Accelerate OT efficiency.
Unlock predictive maintenance, streamline patching, and drive AI-powered productivity across manufacturing, OEM, and energy sectors.
Real-time industrial data streaming. Accelerate OT efficiency.
Unlock predictive maintenance, streamline patching, and drive AI-powered productivity across manufacturing and energy sectors.
Why Industrial Organizations Are Turning to Real-Time OT Data Streaming
Industrial organizations are turning to data streaming to power real-time insights, reduce downtime, and strengthen predictive maintenance (PdM) strategies—resulting in greater efficiency, resilience, and the ability to scale improvements across operations. Despite generating massive volumes of data, most still rely on siloed, outdated systems that delay visibility and slow decision-making. Industrial Data Streaming solves this by enabling secure, real-time transfer and industrial data integration across operational, diagnostic, and system-level sources.
Why Industrial Organizations Are Turning to Real-Time OT Data Streaming
Industrial organizations are turning to data streaming to power real-time insights, reduce downtime, and strengthen predictive maintenance (PdM) strategies—resulting in greater efficiency, resilience, and the ability to scale improvements across operations. Despite generating massive volumes of data, most still rely on siloed, outdated systems that delay visibility and slow decision-making. Industrial Data Streaming solves this by enabling secure, real-time transfer and industrial data integration across operational, diagnostic, and system-level sources.
Why Industrial Organizations Are Turning to Real-Time OT Data Streaming
Industrial organizations are turning to data streaming to power real-time insights, reduce downtime, and strengthen predictive maintenance (PdM) strategies—resulting in greater efficiency, resilience, and the ability to scale improvements across operations. Despite generating massive volumes of data, most still rely on siloed, outdated systems that delay visibility and slow decision-making. Industrial Data Streaming solves this by enabling secure, real-time transfer and industrial data integration across operational, diagnostic, and system-level sources.
Standardize Operations
Across merged or multi-site roll-up.
Standardize Operations
Across merged or multi-site roll-up.
Standardize Operations
Across merged or multi-site roll-up.
Scale with Ease
Scale AI, predictive maintenance, and condition monitoring.
Scale with Ease
Scale AI, predictive maintenance, and condition monitoring.
Scale with Ease
Scale AI, predictive maintenance, and condition monitoring.
Simplify Updates
Streamline system updates, file transfers and patch management.
Simplify Updates
Streamline system updates, file transfers and patch management.
Simplify Updates
Streamline system updates, file transfers and patch management.
Accelerate Compliance
Unify data flows to accelerate regulatory compliance.
Accelerate Compliance
Unify data flows to accelerate regulatory compliance.
Accelerate Compliance
Unify data flows to accelerate regulatory compliance.
"In 2025, manufacturers plan to allocate 41.2% of their AI investments to Generative AI and 32.1% to Predictive AI, signaling growing maturity for advanced AI adoption."
IDC, Future Enterprise Resiliency & Spending Survey
"In 2025, manufacturers plan to allocate 41.2% of their AI investments to Generative AI and 32.1% to Predictive AI, signaling growing maturity for advanced AI adoption."
IDC, Future Enterprise Resiliency & Spending Survey
"In 2025, manufacturers plan to allocate 41.2% of their AI investments to Generative AI and 32.1% to Predictive AI, signaling growing maturity for advanced AI adoption."
IDC, Future Enterprise Resiliency & Spending Survey
Artificial Intelligence
Unlock AI-Driven Efficiency with Secure OT Data Collection
AI in OT environments starts with data—but collecting that data from operational technology systems is the real challenge. Inconsistent, insecure, or delayed data undermines the value of AI initiatives. While AI algorithms are ready, most industrial facilities still struggle with collecting real-time data from segmented, legacy OT systems.
Artificial Intelligence
Unlock AI-Driven Efficiency with Secure OT Data Collection
AI in OT environments starts with data—but collecting that data from operational technology systems is the real challenge. Inconsistent, insecure, or delayed data undermines the value of AI initiatives. While AI algorithms are ready, most industrial facilities still struggle with collecting real-time data from segmented, legacy OT systems.
Artificial Intelligence
Unlock AI-Driven Efficiency with Secure OT Data Collection
AI in OT environments starts with data—but collecting that data from operational technology systems is the real challenge. Inconsistent, insecure, or delayed data undermines the value of AI initiatives. While AI algorithms are ready, most industrial facilities still struggle with collecting real-time data from segmented, legacy OT systems.
For effective AI-ready infrastructure
Your Data Must Be...
For effective AI-ready infrastructure
Your Data Must Be...
For effective AI-ready infrastructure
Data Must Be...

Securely collected.

Securely collected.
And continuously updated.

Securely collected.
And continuously updated.

Delivered in real-time.

Delivered in real-time.
Across formats and systems.

Delivered in real-time.
Across formats and systems.

Aligned with security standards.

Aligned with security standards.
IEC 62443 4-1 & 4-2, NIST 800-82 High Baseline, NIS2, ISO 27001 & SOC 2 Type 2.

Aligned with security standards.
IEC 62443 4-1 & 4-2, NIST 800-82 High Baseline, NIS2, ISO 27001 & SOC 2 Type 2.
Unify Your Data Flows
Unify Your Data Flows
Unify Your Data Flows
"Despite 87% of manufacturers collecting data for Predictive Maintenance, three-quarters still rely on legacy factory historians—systems that lack the rich data needed to drive PdM performance.
Siemens, The True Cost of Downtime 2024
"Despite 87% of manufacturers collecting data for Predictive Maintenance, three-quarters still rely on legacy factory historians—systems that lack the rich data needed to drive PdM performance.
Siemens, The True Cost of Downtime 2024
"Despite 87% of manufacturers collecting data for Predictive Maintenance, three-quarters still rely on legacy factory historians—systems that lack the rich data needed to drive PdM performance.
Siemens, The True Cost of Downtime 2024
The Problem
What’s Holding Back Your Data?
Manufacturers and critical infrastructure operators are producing more data than ever before—from sensors, control systems, HMIs, and connected machines. Without a scalable, secure way to stream operational and diagnostic data, efficiency, uptime, and productivity suffer.
The Problem
What’s Holding Back Your Data?
Manufacturers and critical infrastructure operators are producing more data than ever before—from sensors, control systems, HMIs, and connected machines. Without a scalable, secure way to stream operational and diagnostic data, efficiency, uptime, and productivity suffer.
The Problem
What’s Holding Back Your Data?
Manufacturers and critical infrastructure operators are producing more data than ever before—from sensors, control systems, HMIs, and connected machines. Without a scalable, secure way to stream operational and diagnostic data, efficiency, uptime, and productivity suffer.
Limited PdM Impact
Without real-time data, downtime and emergency repairs rise.
Limited PdM Impact
Without real-time data, downtime and emergency repairs rise.
Limited PdM Impact
Without real-time data, downtime and emergency repairs rise.
Supply Chain Blind Spots
Partners can’t optimize without direct data access.
Supply Chain Blind Spots
Partners can’t optimize without direct data access.
Supply Chain Blind Spots
Partners can’t optimize without direct data access.
Manual Updates
Scaling patches is resource-heavy with significant O&M costs.
Manual Updates
Scaling patches is resource-heavy with significant O&M costs.
Manual Updates
Scaling patches is resource-heavy with significant O&M costs.
Operational Inefficiency
Disjointed systems stall M&A growth.
Operational Inefficiency
Disjointed systems stall M&A growth.
Operational Inefficiency
Disjointed systems stall M&A growth.
Legacy Tool Limitations
Can't stream OPC UA, JSON payloads, or system data types.
Legacy Tool Limitations
Can't stream OPC UA, JSON payloads, or system data types.
Legacy Tool Limitations
Can't stream OPC UA, JSON payloads, or system data types.
Poor Scalability
Stop-start workflows and bulk transfers delay insights.
Poor Scalability
Stop-start workflows and bulk transfers delay insights.
Poor Scalability
Stop-start workflows and bulk transfers delay insights.
The Solution
How Dispel Delivers Scalable OT Data Streaming
The Dispel Zero Trust Engine provides an Industrial Data Streaming solution that eliminates the bottlenecks and blind spots that hold operations back. Built to support secure, high-speed, and format-agnostic data transfer, it enables you to extract value from your data—continuously and securely.
The Solution
How Dispel Delivers Scalable OT Data Streaming
The Dispel Zero Trust Engine provides an Industrial Data Streaming solution that eliminates the bottlenecks and blind spots that hold operations back. Built to support secure, high-speed, and format-agnostic data transfer, it enables you to extract value from your data—continuously and securely.
The Solution
How Dispel Delivers Scalable OT Data Streaming
The Dispel Zero Trust Engine provides an Industrial Data Streaming solution that eliminates the bottlenecks and blind spots that hold operations back. Built to support secure, high-speed, and format-agnostic data transfer, it enables you to extract value from your data—continuously and securely.
Standardize Operations
Unify data across sites for faster roll-up efficiency.
Standardize Operations
Unify data across sites for faster roll-up efficiency.
Standardize Operations
Unify data across sites for faster roll-up efficiency.
Simplify Updates
Push patches and configs across fleets securely.
Simplify Updates
Push patches and configs across fleets securely.
Simplify Updates
Push patches and configs across fleets securely.
Power Predictive Maintenance
Stream real-time data to PdM and AI platforms.
Power Predictive Maintenance
Stream real-time data to PdM and AI platforms.
Power Predictive Maintenance
Stream real-time data to PdM and AI platforms.
Scale with Ease
Route data from many sources to many destinations.
Scale with Ease
Route data from many sources to many destinations.
Scale with Ease
Route data from many sources to many destinations.
Accelerate Compliance
Centralize data for easier reporting and audits.
Accelerate Compliance
Centralize data for easier reporting and audits.
Accelerate Compliance
Centralize data for easier reporting and audits.
Support Any Data Type
Providing format and data-type agnostic transport layers.
Support Any Data Type
Providing format and data-type agnostic transport layers.
Support Any Data Type
Providing format and data-type agnostic transport layers.
Modernize Legacy Systems
Extend the life of your infrastructure investments.
Modernize Legacy Systems
Extend the life of your infrastructure investments.
Works with Legacy Systems
Extend the life of your infrastructure investments.
Virtual Data Diodes for Secure, Compliant OT Data Streaming
Many OT teams hesitate to enable real-time data flows due to concerns over directionality control and compliance. The Dispel Engine functions as a virtual data diode for OT, enabling both unidirectional and bidirectional streaming—supporting diagnostics, updates, and data sharing while maintaining network segmentation and regulatory alignment.
01
Unidirectional Streaming
Protect high-security environments:
Share data securely to support analytics while preserving IP.
Maintain network isolation to meet regulatory standards.
Prevent downtime by eliminating inbound threats.
02
Bidirectional Streaming
01
Unidirectional Streaming
Protect high-security environments:
Share data securely to support analytics while preserving IP.
Maintain network isolation to meet regulatory standards.
Prevent downtime by eliminating inbound threats.
02
Bidirectional Streaming
01
Unidirectional Streaming
Protect high-security environments:
Share data securely to support analytics while preserving IP.
Maintain network isolation to meet regulatory standards.
Prevent downtime by eliminating inbound threats.
02
Bidirectional Streaming
Drive real-time efficiency:
Stream diagnostics and vibration data for predictive maintenance.
Send system logs and ICS data for faster issue resolution.
Deliver authenticated patches and updates to Windows, ICS, and firmware systems.
How It Works
Intelligent Data Exfiltration Control and Resilient Transfers
Industrial Data Streaming is built for precision and control—enabling organizations to dictate exactly who can transfer what data, when, where, and why. As geopolitical and regulatory pressures increase, industrial teams need secure purpose-built control.
How It Works
Intelligent Data Exfiltration Control and Resilient Transfers
Industrial Data Streaming is built for precision and control—enabling organizations to dictate exactly who can transfer what data, when, where, and why. As geopolitical and regulatory pressures increase, industrial teams need secure purpose-built control.
How It Works
Intelligent Data Exfiltration Control and Resilient Transfers
Industrial Data Streaming is built for precision and control—enabling organizations to dictate exactly who can transfer what data, when, where, and why. As geopolitical and regulatory pressures increase, industrial teams need secure purpose-built control.

Secure ICS Data Transfer
Ensures that every ICS file transfer is encrypted, controlled, and compliant:
Streamline patch deployment, distribution, diagnostics, and vendor workflows.
Eliminate ad hoc file sharing methods (e.g., USB drives, unsecured email).
Avoid re-architecting systems while enabling secure data mobility.

Data Exfiltration Control

Resilient Backup Transfers

Secure ICS Data Transfer
Ensures that every ICS file transfer is encrypted, controlled, and compliant:
Streamline patch deployment, distribution, diagnostics, and vendor workflows.
Eliminate ad hoc file sharing methods (e.g., USB drives, unsecured email).
Avoid re-architecting systems while enabling secure data mobility.

Data Exfiltration Control

Resilient Backup Transfers

Secure ICS Data Transfer
Ensures that every ICS file transfer is encrypted, controlled, and compliant:
Streamline patch deployment, distribution, diagnostics, and vendor workflows.
Eliminate ad hoc file sharing methods (e.g., USB drives, unsecured email).
Avoid re-architecting systems while enabling secure data mobility.

Data Exfiltration Control
The Dispel Wicket provides a configurable proxy that governs outbound data flows:
Filters and forwards only approved data types and formats.
Enables granular control over source, destination, and content.
Prevents unauthorized exfiltration with built-in policy enforcement.

Resilient Backup Transfers
Automated, redundant asset backups are built in:
Streamlined, scheduled transfers to multiple secure destinations.
Eliminates manual replication across devices.
Enhances disaster recovery readiness with programmatic control.
These capabilities give OT environments a foundational layer of control and continuity.
These capabilities give OT environments a foundational layer of control and continuity.
These capabilities give OT environments a foundational layer of control and continuity.
Ready to standardize operations and scale productivity?
Let our team walk you through how Dispel securely delivers real-time data... without the complexity.
Ready to standardize operations and scale productivity?
Let our team walk you through how Dispel securely delivers real-time data... without the complexity.
Ready to standardize operations and scale productivity?
Let our team walk you through how Dispel securely delivers real-time data... without the complexity.
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