We believe that the next generation of infrastructure must be built on a secure foundation.
Traditional perimeter security was designed for centralized systems—power plants behind firewalls, assets within controlled facilities. But the grid is now distributed across thousands of endpoints, each one a potential entry point. Outdated OT defense models were not designed to operate at the scale of IoT today. A single compromised device becomes a foothold for attackers to move laterally, exploiting trust that shouldn’t exist.
Solitude Labs eliminates implicit trust entirely. Every device is secured independently. Every connection is verified. No perimeter. No 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 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
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
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
Our partnership with SpiderOak brings defense-grade cybersecurity to the energy sector—the same zero trust architecture that Edward Snowden publicly recommended as a privacy-first alternative to conventional cloud services. Tested by U.S. SOCOM and MITRE, they’re trusted by the U.S. Space Force for contested edge operations. SpiderOak’s platform was engineered for distributed military communications in the most hostile environments. By integrating their battle tested software into our platform, we’re delivering the same uncompromising security standards to utilities and grid operators managing distributed energy systems.
While our solutions are transforming the energy sector, their potential reaches further. From protecting critical infrastructure to enabling commercial and industrial applications, Solitude Labs delivers adaptable technology for a wide range of industries.
Every packet of data is signed at the application layer of the OSI model, meaning that the data is bound by identity and policy rules from the moemnt it is sent out. This ensures the access controls travel with the data and integrity is maintained regardless of where it moves.
Communications between devices are segmented based on specific attributes such as device or data type. Secure channels are created on-demand between authorized nodes, then terminated when no longer needed. Unlike traditional VPNs that grant broad network access, our architecture ensures that only verified devices can establish connections to the specific systems they’re authorized for.
Access control policies restrict each device to the minimium data channels and operations required for its designated function. Permission scoping prevents compromised credentials from enabling lateral movement—an attacker gaining access to one device cannot leverage those credentials to query unrelated systems or execute unauthorized commands.
Each device receives a unique cruptographic identity certificate upon enrollment in the network. Authentication occurs through HPKE (Hybrid Public Key Encryption), with devices validating peer credentials before establishing communication sessions. The distributed architecture enables each node to maintain awareness of authorized peers and their associated access control policies, eliminating dependency on centralized authentication servers that introduce latency and single points of failure.
Our solution seamlessly connects to edge assets, translating their disparate protocols into a unified language that utilities and operators can use to coordinate assets at scale. By unifying previously siloed systems, we enable direct control over the increasing range of grid devices—improving demand response, eliminating vendor dependencies, and turning scattered assets into an orchestrated network.
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
Whether you’re building new infrastructure or securing existing systems, Solitude Labs adapts to your environment. Deploy our hardware gateways for plug-and-play edge security. Integrate our software platform into existing control systems. Or work with us on custom solutions tailored to your operational requirements. We know that no two environments have the same architecture, which is why we design security to meet you where you are.
Discover how Solitude Labs is accelerating grid modernization with secure and scalable solutions.