Articles - Posts - Sealevel Systems, Inc

How Embedded Hardware Supports the Autonomy Goals of FASCOM and Project Agincourt

Posted by Lee Boggs on Nov 12th 2026

Two distinct but related U.S. defense initiatives announced in fall 2026 have implications for embedded hardware providers. The Army’s Futures and Autonomous Sy … View More

From AI Inference to Machine Action: Designing the Industrial Connectivity Path

Posted by Lee Boggs on Oct 13th 2026

Industrial AI depends on a connectivity path that carries data from a physical event through AI processing to machine action. See how each stage shapes the next and w … View More

The CRA’s First Deadline Is an Operations Test

Posted by Lee Boggs on Sep 3rd 2026

The European Union’s Cyber Resilience Act’s (CRA) first reporting requirements take effect September 11, 2026. After that date, if a manufacturer becomes … View More

Lifecycle Planning for Embedded Systems: Engineering for Long-Term Operational Continuity

Posted by Lee Boggs on Aug 27th 2026

Embedded systems continue evolving long after deployment. Learn how embedded system lifecycle planning can preserve operational continuity through technology refreshe … View More

Workload Consolidation in Industrial Automation: Managing Complexity at the Edge

Posted by Lee Boggs on Jul 24th 2026

As industrial automation systems grow, adding another dedicated computer isn't always the best answer. Learn how workload consolidation organizes AI, HMI, control, di … View More

From AI Policy to Operational Reality: How Defense AI Acceleration is Reshaping Edge Hardware Design

Posted by Lee Boggs on Jul 13th 2026

Six months after the U.S. Department of War (DoW) released its 2026 AI Acceleration Strategy, defense AI is moving rapidly from policy to operational deployment. Engi … View More

Choosing the Right Compute Architecture for Edge AI Workloads

Jun 30th 2026

Artificial intelligence (AI) is changing the expectations for embedded and edge systems. Applications that once collected data for review are now tasked with inspecti … View More

Why Industrial Connectivity Gets More Complicated Over Time, and How to Control It

Posted by Lee Boggs on Jun 11th 2026

As industrial embedded computer systems grow, new connections, devices, and communication requirements can create unexpected complexity. Here's why connectivity spraw … View More

The EU’s Cyber Resilience Act: Why Secure-by-Design Alone Is Not Enough

Posted by Lee Boggs on May 19th 2026

An embedded system that is secure at deployment is no longer enough. The European Union’s Cyber Resilience Act (CRA) places responsibility for maintaining a pro … View More

Sea, Air, and Space 2026: What Edge Operations Mean for Maritime Systems

Posted by Lee Boggs on May 6th 2026

A demonstration of maritime watercraft highlighted the ingenuity on display at Sea, Air, and Space 2026 in National Harbor, Maryland. One boat rose above the Potomac … View More

Custom Computing Benefits: Solving Real-World Challenges in Embedded Systems

Posted by Lee Boggs on Apr 8th 2026

When embedded systems must support critical operations under complex or highly specific conditions, custom computing solutions become the right approach to meet the a … View More

How Sealevel Systems Built a Legacy of Supporting Critical Operations

Posted by Lee Boggs on Mar 24th 2026

A company that operates in the same industry for four decades without losing sight of its founding principles stands out. Sealevel Systems Inc. is one of them. The Li … View More

Engineering Edge AI Platforms for Long-Term Performance

Posted by Lee Boggs on Mar 17th 2026

The race to deploy AI at the edge is exposing a critical truth: most systems weren’t designed with AI in mind. According to the 2026 State of AI Infrastructure … View More

WEST 2026: What the Trends Mean for Rugged Embedded Computing Programs

Posted by Lee Boggs on Mar 5th 2026

Several trends emerged at WEST 2026 that are influencing maritime system development. For organizations supporting rugged embedded computing and mission-critical I/O, … View More

How the 2026 DoD AI Policy Shifts Defense AI Toward Speed, Scale, and AI-First Operations

Feb 27th 2026

The U.S. Department of Defense’s 2026 AI Acceleration Strategy marks a decisive shift from policy development to rapid operational execution. For defense contra … View More

Reliability Patterns That Shape Industrial Performance

Posted by Lee Boggs on Feb 12th 2026

Reliability is expected when systems are new. They power on, meet specifications, and perform as designed. The real test comes after deployment when embedded computin … View More

IP67: How Sealed Enclosures Protect Rugged Systems Across Industries

Posted by Lee Boggs on Jan 8th 2026

When Sealevel engineered its most powerful and rugged computer yet—built on the NVIDIA Jetson Orin Industrial platform—the system was designed to deliver … View More

Designing Rugged Systems for AI at the Edge: Power, Heat, I/O, and Longevity

Posted by Lee Boggs on Dec 4th 2025

AI is changing how we design rugged systems at the edge. It brings higher demands for power, heat, and longevity that older systems were never built to manage. AI dra … View More

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