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Atombeam Appoints Cody Martinson as President of Neurpac Division


Atombeam Appoints Cody Martinson as President of Neurpac Division
  • by: PR Newswire
  • |
  • July 16, 2026

Atombeam has appointed veteran technology executive Cody Martinson as president of its expanding Neurpac division. In his new role, Martinson will lead engineering, product marketing, sales, and overall operations as the company accelerates adoption of its AI-powered data compaction technology that helps organizations maximize network bandwidth without requiring additional hardware investments.

Quick Intel

  • Atombeam appoints Cody Martinson as president of its Neurpac division.
  • Martinson will oversee engineering, product marketing, sales, and operations.
  • Neurpac uses AI-powered data compaction to reduce data size by up to 75%.
  • The software increases available bandwidth by 4x or more across wired and wireless networks.
  • The solution supports industries using satellite, cellular, legacy infrastructure, and mission-critical networks.
  • Neurpac is deployable without new hardware and integrates into existing technology stacks.

Atombeam Strengthens Leadership for Neurpac Growth

Atombeam has named Cody Martinson to lead its Neurpac division as demand continues to grow for AI-powered bandwidth optimization and data transmission technologies. As president, Martinson will oversee engineering, sales, product marketing, and operational strategy while driving the division's expansion into enterprise and industrial markets.

"Cody has a proven track record of bringing true innovation to emerging technology markets," said Charles Yeomans, founder and CEO of Atombeam. "The demand for real-time data transmission across constrained networks — among them satellite links, cellular connections, and legacy industrial infrastructure — is accelerating faster than traditional solutions can keep up. Cody understands this problem deeply, and he understands why Neurpac is uniquely positioned to solve it."

Neurpac Delivers AI-Powered Data Compaction and Bandwidth Optimization

Neurpac leverages AI to encode and decode data patterns within milliseconds, enabling organizations to significantly reduce data size while improving transmission efficiency. According to Atombeam, the software can shrink data by approximately 75%, making it searchable, inherently secure, and easier to exchange across constrained networks.

The solution also increases available bandwidth by four times or more across wired and wireless environments, including satellite and cellular networks. Because Neurpac is software-based, it can be deployed within existing technology stacks in minutes without requiring new hardware investments.

Its compatibility spans multiple data types, including block storage, files, video, and SCADA systems, making it suitable for industries that rely on high-volume, mission-critical data transfers.

Supporting AI Infrastructure Without Major Capital Investments

Atombeam positions Neurpac as an alternative to costly infrastructure upgrades driven by AI workloads and increasing data demands. The platform is already used in financial services, U.S. military operations, data centers, and other bandwidth-constrained environments where reliable, low-latency data transmission is essential.

"Neurpac reflects the innovation of people like James Luciani, senior vice president of engineering at Atombeam. Previously, Jim helped found and led engineering for Akamai's Emerging Mobile Business Unit, where he architected products that dramatically improved Quality of Experience (QoE) for mobile customers and powered in-vehicle content delivery, from firmware updates to entertainment systems. Before that, he led next-generation switching and routing product development at Ericsson, taking their internally developed family of routing products from concept through deployment," said Martinson. "Technological milestones often require a corresponding infrastructure transformation, but what we are seeing today is unprecedented because of the sheer computing power AI requires, and its impact on existing networks, systems, and data centers. With Neurpac, businesses have an alternative to the monumental capital expenditures required to build out their infrastructure for AI and other burgeoning data and bandwidth-heavy workloads."

Before joining Atombeam, Martinson served as president and director at Telleqt, an AI software company focused on predictive analytics. He also held leadership roles as president of Artacle and CEO of DANATEQ, bringing nearly two decades of executive experience in AI and enterprise software to his new position.

Conclusion

With Cody Martinson leading the Neurpac division, Atombeam is strengthening its leadership as organizations seek scalable ways to optimize bandwidth and support AI-driven workloads. By combining AI-powered data compaction with software-only deployment, Neurpac aims to help enterprises improve network performance, reduce infrastructure costs, and extend the value of existing systems.

About Atombeam

Atombeam is an AI technology company that uses AI to overcome the infrastructure challenges exacerbated by the stateless nature of Large Language Models (LLMs) and the dramatic growth of connected machines. The company's Neurpac solution enables organizations to shrink the size of all data, including file, block, SCADA and video by 75%. Neurpac also increases available bandwidth by up to 9x, strengthens security, and radically decreases latency with a software-only solution that can be deployed in existing stacks in just minutes. Enterprises gain the ability to do more with, and extend the life of, legacy infrastructure while simultaneously improving the performance of state-of-the-art wired, cellular and satellite networks. Atombeam is also developing the Persistent Cognitive Machine (PCM), a new AI architecture that supports continuous learning with real memory, delivering the understanding required for in-the-moment decision making in a solution light enough for chips and devices. For more information, visit www.atombeamtech.com or follow us on LinkedIn, Facebook or YouTube.

  • Artificial IntelligenceNetworkingEnterprise TechnologyDigital Transformation
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