SealingTech Introduces Critical Infrastructure Protection and Enterprise Networks Solution

Rhea-AI Summary

Parsons Corporation (NYSE: PSN) subsidiary SealingTech has launched the US 10, an ultra-compact server designed for high-performance edge computing and commercial cybersecurity protection. Part of the new AegisEdge MicroServer line, this 10-core processing unit is specifically engineered to protect operational technology (OT) and industrial control systems (ICS) in critical infrastructure environments.

The US 10's key features include a compact, palm-sized form factor, quiet operation, and customizable edge computing applications with remote software management capabilities. The server is optimized for SWaP-C (size, weight, power, and cost) considerations, offering cost-effectiveness through high performance and low-power efficiency, resulting in longer operational life compared to traditional rack systems.

The solution targets the protection of essential infrastructure like water systems, electric grids, and transportation networks, leveraging Parsons' expertise in critical infrastructure protection.

Positive

• Innovative 10-core processing technology offering enhanced flexibility and power
• Cost-effective solution with longer operational life compared to traditional systems
• Versatile deployment capabilities with small form factor and quiet operation
• Customizable edge computing applications with remote management features

Negative

• None.

Insights

Cybersecurity Infrastructure Specialist

Parsons' new compact US 10 server enables distributed cybersecurity for critical infrastructure, addressing growing OT/ICS threats with flexible edge computing.

The US 10 represents a strategic addition to the cybersecurity toolkit for defending critical infrastructure. This ultra-compact server tackles a persistent challenge in operational technology (OT) environments: deploying effective security without disrupting sensitive industrial systems. The palm-sized form factor enables a dispersed sensor architecture that can be implemented throughout facilities like power plants and manufacturing operations with minimal footprint.

What makes this approach valuable is how it addresses the physical constraints of industrial environments. Most critical infrastructure wasn't designed with cybersecurity in mind, and retrofitting protection means working within strict limitations on space, power consumption, and operational disruption. The SWaP-C optimization (Size, Weight, Power, and Cost) demonstrates understanding of these real-world deployment challenges.

The 10-core processing capability provides sufficient computational power at the edge where security decisions often need to happen in real-time. This distributed architecture represents a shift from traditional centralized security approaches, which often struggle with the unique protocols and operational requirements of industrial control systems.

With critical infrastructure increasingly targeted by sophisticated threat actors, the ability to customize security applications for specific environments (water systems, electric grids, transportation networks) addresses the reality that each industrial sector has unique protection requirements. The unobtrusive design allows for placement in sensitive or space-constrained areas where traditional security hardware simply wouldn't fit.

The US 10's versatility for both critical infrastructure and enterprise networks suggests Parsons is positioning this technology for multiple market segments that require robust edge computing security capabilities.

Defense Technology Analyst

Parsons expands cybersecurity hardware portfolio with compact US 10 server targeting growing critical infrastructure protection market and leveraging cross-domain expertise.

The introduction of the AegisEdge MicroServer line represents a calculated product expansion for Parsons Corporation into the hardware side of critical infrastructure cybersecurity. This move leverages their established expertise in infrastructure systems while addressing the growing threat landscape targeting industrial control systems (ICS) and operational technology (OT).

What's notable about this product launch is how it bridges two of Parsons' strength areas: infrastructure knowledge and cybersecurity capabilities. This cross-domain expertise provides a potential competitive advantage in a market where understanding both operational contexts and threat vectors is essential.

The US 10's design philosophy focuses on total cost of ownership rather than just acquisition price. The press release specifically highlights "longer operational life and cost savings compared to traditional rack systems" - signaling a value proposition aimed at organizations balancing security needs with budget constraints. The power efficiency translates to lower operating costs over time, which could prove attractive for both government and private infrastructure operators.

From a product strategy perspective, the modular customization approach enables Parsons to address various vertical markets without developing entirely separate products. The ability to add different edge computing applications creates flexibility across different infrastructure environments, each with unique security requirements.

The emphasis on unobtrusive deployment ("fit-in-the-palm-of-your-hand size and quiet operation") addresses practical implementation challenges in industrial environments where space is often limited and noise regulations may be strict. This design consideration demonstrates awareness of real-world deployment constraints that often determine product success in critical infrastructure settings.

COLUMBIA, Md., May 5, 2025 /PRNewswire/ -- Sealing Technologies (SealingTech), a Parsons Corporation company (NYSE: PSN), and leading defensive cyber operations solution provider for US national security missions, introduces its first ultra-compact server for high-performance edge computing and commercial cybersecurity protection.

Developed with SWaP-C in mind, the US 10 boasts 10 cores of processing for more flexibility & more power for customers.

The US 10 is part of SealingTech's new line of AegisEdge MicroServers, purpose-built modular form factors designed to protect from cyberattacks in operational technology (OT) and industrial control systems (ICS) environments, including critical infrastructure assets like power plants and manufacturing facilities. The solution is highly versatile for large enterprises to monitor workloads at the edge with its spread-out endpoint deployments, unobtrusive, fit-in-the-palm-of-your-hand size, and quiet operation.

"Recognizing an increasing number of cyberattacks on OT and ICS, we're continuing a tradition of innovation with our AegisEdge MicroServer line to defend important critical infrastructure assets like water systems, electric grids, and transportation networks that we depend on for daily life.  The US 10's small form factor, and rugged and quiet design empowers cyber defenders, as well as enterprise clients, to deploy dispersed network sensor architectures that keep our communities safe," says Max Schmidt, SealingTech's Director of Product Development.

Developed with SWaP-C (size, weight, power, and cost) in mind, the US 10 boasts 10 cores of processing for more flexibility, more power, and more value for customers. A versatile unmanaged server, customers can add and customize their choice of edge computing applications specific to their needs, including remote software management capability. This solution also leverages Parsons' expertise and experience as a leader in critical infrastructure who differentiates through technology to align its cyber capabilities for critical infrastructure protection requirements.

The US 10 provides a true cost-effective solution for customers with the combination of high performance and low-power efficiency, resulting in a longer operational life and cost savings compared to traditional rack systems. It also scales seamlessly into existing architecture and can be placed and/or hidden in more places and remain undetected when necessary.

To learn more about the US 10, visit sealingtech.com/hardware/us-10. 

About Sealing Technologies 

Sealing Technologies (SealingTech), a Parsons Corporation company (NYSE: PSN), remains a trusted partner in providing powerful edge computing hardware and cybersecurity solutions to protect the federal government and private enterprises. Veteran-founded, SealingTech uses vast cyberspace experience and knowledge to provide cutting-edge research, engineering, and integration services that support the US and its allies. For more information visit www.sealingtech.com.

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SOURCE Sealing Technologies

FAQ

What is the US 10 server by Parsons Corporation (PSN) and what are its main features?

The US 10 is an ultra-compact server with 10-core processing, designed for high-performance edge computing and cybersecurity protection. Key features include palm-sized form factor, quiet operation, customizable applications, and remote management capabilities.

How does the PSN US 10 server protect critical infrastructure?

The US 10 server protects critical infrastructure by providing cybersecurity for operational technology (OT) and industrial control systems (ICS) in facilities like power plants, water systems, and transportation networks through dispersed network sensor architectures.

What cost benefits does the Parsons US 10 server offer compared to traditional systems?

The US 10 offers cost savings through high performance combined with low-power efficiency, resulting in longer operational life compared to traditional rack systems, while scaling seamlessly into existing architecture.

What is the target market for PSN's US 10 AegisEdge MicroServer?

The US 10 targets critical infrastructure operators and large enterprises requiring edge computing and cybersecurity protection for OT and ICS environments, including power plants, manufacturing facilities, and distributed network deployments.