Zero-trust, decentralized solutions for interconnected industrial systems
Zero-trust, decentralized solutions for interconnected industrial systems
As critical infrastructure becomes more connected — from energy and water to manufacturing and oil & gas — OT networks are extending far beyond traditional perimeters. Decades-old industrial systems now share networks with modern devices, creating vast attack surfaces that were never designed with cybersecurity in mind.
Adversaries, now equipped with AI-driven tools, are actively targeting these environments. Industrial control systems, SCADA networks, and edge devices face daily intrusion attempts — and a single breach can disrupt operations, damage equipment, or threaten public safety.
As critical infrastructure becomes more connected — from energy and water to manufacturing and oil & gas — OT networks are extending far beyond traditional perimeters. Decades-old industrial systems now share networks with modern devices, creating vast attack surfaces that were never designed with cybersecurity in mind.
Adversaries, now equipped with AI-driven tools, are actively targeting these environments. Industrial control systems, SCADA networks, and edge devices face daily intrusion attempts — and a single breach can disrupt operations, damage equipment, or threaten public safety.
U.S. distributed energy resource capacity will grow by 217 GW through 2028, equivalent to 70% of anticipated bulk generation capacity added during the same period, according to a report by Wood Mackenzie.
U.S. distributed energy resource capacity will grow by 217 GW through 2028, equivalent to 70% of anticipated bulk generation capacity added during the same period, according to a report by Wood Mackenzie.
Built on least privilege principles, our cybersecurity architecture enforces granular access controls on each device allowing communications between authorized nodes to occur only as needed. This dramatically reduces exposure to cyber threats and enhances access governance across the entire OT ecosystem. Our system ensures operational continuity, even during network partitions, by leveraging a proprietary distributed ledger technology that is embedded on each device. When the security layer is designed for distribution from the start, innovation at the edge doesn’t create risk; it compounds resilience.
Built on zero-trust and least privilege principles, our cybersecurity architecture enforces granular access controls on each device allowing communications between authorized nodes to occur as needed. This dramatically reduces exposure to cyber threats and enhances access governance across the entire OT ecosystem. Our system ensures operational continuity, even during network partitions, by leveraging a proprietary distributed ledger technology that is embedded on each device.
Solitude Labs software creates a secure perimeter around each device – turning weakness into strength. As the grid scales, the mesh network of devices becomes more resilient to cyberattacks.
Our software will act as a universal translator by translating various communication protocols into one standardized language. This enables seamless integration and management across vendors, uniting previously siloed devices.
Our technology creates low-latency, encrypted communication channels between nodes, enabling owners and operators to have device-level telemetry and control over what were previously blind spots.
Solitude Labs software creates a secure perimeter around each device – turning weakness into strength. As the systems scale, the mesh network of devices becomes more resilient to cyberattacks.
Our software will act as a universal translator by translating various communication protocols into one standardized language. This enables seamless integration and management across vendors, uniting previously siloed devices.
Our technology creates low-latency, encrypted communication channels between nodes, enabling owners and operators to have device-level telemetry and control over what were previously blind spots.
Verify every connection, trust nothing by default
Not only are we interoperable; we’re also network-agnostic – operating through any medium
Every device has a distrbuted ledger – a permission list of all devices that it can talk to and who can talk to them
Real-time secure communication between distributed assets
Continuous operation even when connectivity is compromised
Independent cryptographic engines eliminate single points of failure
Verify every connection, trust nothing by default
Not only are we interoperable; we’re also network-agnostic – operating through any medium
Every device has a distributed ledger – a permission list of all devices that it can talk to and who can talk to them
Real-time secure communication between distributed assets
Continuous operation even when connectivity is compromised
Independent cryptographic engines eliminate single points of failure
Reduce grid stress on transmission and distribution lines by leveraging localized generation and storage
Aggregate DERs into dispatchable power plants ready for wholesale market participation and grid services.
DERs are 4x faster to deploy than conventional power plants, meeting the pace of our rapidly increasing demand.
Maintain power during outages through microgrids that can island and serve critical loads independently.
Stop grid failures by detecting and isolating threats or faults before they can proliferate across the grid.
Launch new rate structures and incentive programs for both customers and utilities
Stay up to date on recent attacks, regulatory trends, and innovative breakthroughs.
Stay up to date on recent attacks, regulatory trends, and innovative breakthroughs.
We’d love to hear from you. Let’s start the conversation.
We’d love to hear from you. Let’s start the conversation.
