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KMS Technology Introduces Troy Cantrell as Field CTO to Advance Enterprise Execution

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KMS Technology Introduces Troy Cantrell as Field CTO to Advance Enterprise Execution
Business

Business

KMS Technology Introduces Troy Cantrell as Field CTO to Advance Enterprise Execution

2026-09-21 14:03 Last Updated At:14:20

ATLANTA--(BUSINESS WIRE)--Sep 21, 2026--

KMS Technology, a global, AI-native technology services company, introduced Troy Cantrell as its Field Chief Technology Officer. In this role, Cantrell will work directly with enterprise leaders and KMS global delivery teams to advance the company's Enterprise Execution strategy: turning AI-native ideas into validated, production-grade business outcomes.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260918794730/en/

Cantrell brings 25 years of enterprise technology leadership spanning large-scale ERP programs, ServiceNow implementations, and AI and innovation initiatives. Throughout his career, he has focused on a consistent challenge: accountability for what happens after go-live.

"Across every major technology shift, the hardest work begins after the system goes live," Cantrell said. "With ERP, the question was whether the business could operate successfully once the implementation team left. With ServiceNow, it was whether people trusted the workflows enough to run their operations through them. AI is the latest and highest-stakes version of that challenge. Someone has to own whether AI actually works in production, under real conditions — not just in a demo."

His appointment comes as generative AI dramatically accelerates the creation of code, prototypes, and agentic workflows while introducing new demands around validation, governance, security, and operational reliability.

"AI has made it faster and less expensive to create, but it has not made production readiness easier," Cantrell said. "The bottleneck has shifted from whether an organization can build something to whether it can execute responsibly at scale. Many enterprises are still structured and resourced for the first problem."

The frustration surfaces most directly in conversations with security and infrastructure leaders, Cantrell said. "I have sat in many conversations with CISOs where they tell me they are tired of paying millions in licensing fees, then being told they are only using 20% of the platforms they invest in."

Advancing Enterprise Execution

Enterprise Execution is the discipline of turning AI-native intent into reliable, validated, and production-ready outcomes across the software and AI delivery lifecycle. It brings engineering, quality, governance, and operations together as a continuous discipline rather than treating validation as a final project phase.

Cantrell said that naming the discipline is what turns it into real work. "When you don't name a problem, nobody owns it, nobody budgets for it, and nobody measures it," he said. "Giving it a name turns it into a real workstream with real accountability instead of something everyone assumes will just sort itself out."

In his new role, Cantrell will work with clients to identify high-value business problems, build outcome-based technology roadmaps, and establish the controls and measurements required to move AI initiatives into production. He will also help connect insights from client engagements with KMS's global engineering and delivery capabilities.

"A traditional CTO looks inward — one company, one roadmap, one engineering organization to build and protect. A Field CTO looks outward," Cantrell said. "My role is to understand what is breaking in a client's business, work with our delivery teams to determine what will solve it, and stress-test our thinking against real constraints, legacy systems, and deadlines. I don't get the luxury of a whiteboard-only version of the truth."

Cantrell will also support the continued development of KMS's Enterprise Execution playbooks, which guide how work is identified, prioritized, built, validated, measured, and re-engineered, with defined gates and sign-off at each stage. KMS applies these operating practices within its own organization before bringing them into client environments.

"We take ownership at the point where many partners hand over the keys," Cantrell said. "Creating AI-native work is only part of the job. We are engineers, not just consultants — we think about governance and cost of ownership, and enterprises need a partner willing to stand behind whether it performs safely, correctly, and at scale once it is carrying real business weight. When we take ownership of a client's execution problem, we are not experimenting on them; we are applying something we have already proven on ourselves."

Building from Business Outcomes

The conversation changes shape depending on who is in the room. CIOs and CTOs lead with vendor consolidation and total cost of delivery. Chief Data, AI, and Digital Officers press on provable reliability, since they are the ones defending model behavior to a board. Quality engineering and operations leaders want validation and governance built into the work from day one rather than added at the end.

"The vocabulary changes, but the underlying question is always the same," Cantrell said. "Prove this works before I bet the business on it."

Answering it often begins earlier than clients expect. "Many times clients do not understand what outcome they want," Cantrell said. "We ask the tough questions up front — what the problems are, where the gaps are, where they are losing in the market — and use that to shape a roadmap toward where the client wants to be in the next five years."

"Instead of bolting AI onto existing processes, we deconstruct the business process and re-imagine it through the lens of AI," he said. "If you start with technology, you can end up with a roadmap of interesting capabilities and no clear way to know whether they moved the business. When you start with the outcome and work backward, you can determine what to build first, how to measure it, and what 'done' means. That is what makes an AI roadmap actionable and fundable."

Cantrell was drawn to KMS by the opportunity to work with engineering teams across the company's operations in the United States, Vietnam, Mexico, and Poland, on work extending beyond platform implementation and spanning nearly every industry vertical.

"I wanted to work with exceptional teams on some of the toughest problems in business," Cantrell said. "KMS brings together deeply talented engineers who are passionate about solving problems, not simply implementing technology. That combination gives us the opportunity to help clients move beyond using AI and begin operating as AI-native enterprises."

Working with clients and delivery teams globally, Cantrell defines success as Enterprise Execution being recognized as a discipline in its own right rather than a synonym for AI advisory, with KMS's playbooks applied consistently across the company's teams worldwide.

"First we AI ourselves, then we AI the world," Cantrell said.

About KMS Technology

We are a global, AI-native technology services company focused on Enterprise Execution. We help enterprises build and modernize applications, create trusted data foundations, put AI into production, and continuously run and improve the systems that execute the work. Founded in 2009 in the U.S., KMS has grown to serve clients worldwide, with locations across the U.S., Vietnam, Poland, and Mexico. We are trusted by technology and business leaders for the quality of our engineering, delivery, and execution. Our mission is to help enterprises move from business intent to measurable outcomes faster — with the control, reliability, governance, and confidence required to scale. At KMS, we believe sustainable growth is built on the success of our clients and employees and on making a lasting contribution to our communities.

Stay connected: kms-technology.com

KMS Technology Introduces Troy Cantrell as Field CTO to Advance Enterprise Execution

KMS Technology Introduces Troy Cantrell as Field CTO to Advance Enterprise Execution

NORTH READING, Mass.--(BUSINESS WIRE)--Sep 21, 2026--

Teradyne, Inc. (NASDAQ: TER), a leading provider of automated test equipment and advanced robotics, today announced Iris 100, a production-ready optical test platform for microLED devices. Teradyne Iris 100 brings semiconductor-grade optical test to microLED manufacturing, measuring every individual emitter in an array and integrating directly with the Teradyne UltraFLEXplus platform for combined optical and electrical test.

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260920750507/en/

MicroLED technology underpins two of the fastest-moving areas in advanced electronics, augmented reality (AR) microdisplays and optical data interconnects for AI data center architectures. Both depend on devices that contain hundreds of thousands to millions of individual emitters, each of which must be characterized with production-level precision and throughput. Bench-top optical instruments can characterize these devices in the lab, but they cannot deliver the throughput and cost-per-unit economics that volume manufacturing requires.

Teradyne Iris 100 was engineered for high-volume precision manufacturing with its spectrometer and high-resolution camera that measure the spectral response of the array, and per-pixel luminance and uniformity. Advanced test parallelization and image-processing algorithms enable characterization of a full array containing millions of microLEDs with high throughput. Leveraging Teradyne’s widely adopted IG-XL software, Iris 100 detects optical defects such as dead/stuck pixels and cluster defects early in the manufacturing process. Its NIST-traceable calibration workflow enables absolute measurements that correlate lots, wafers, and manufacturing sites.

"MicroLED is shifting from lab to volume production for both AR microdisplays and, increasingly, optical interconnects, which are becoming foundational to how AI data centers scale beyond copper," said Shannon Poulin, president of the Semiconductor Test division at Teradyne. "Both technologies demand per-emitter test at production throughput, and Iris 100 delivers that today on test infrastructure our customers already run at scale."

Teradyne Iris 100 follows the introduction of Teradyne Photon 100 for silicon photonics and co-packaged optics test earlier this year and the acquisition of photonic test specialist Quantifi Photonics in 2025, extending Teradyne’s test capabilities across the full spectrum of emerging optical test requirements. Iris 100 supports wafer and final test, letting manufacturers add microLED test to fleets they already run, with a roadmap to support photodetector test capabilities in the same insertion.

For more information, find Teradyne at ECOC, stand 2118, September 21-23 in Malaga, Spain, and visit teradyne.com/products/iris-100.

About Teradyne

Teradyne (NASDAQ: TER) designs, develops, and manufactures automated test equipment and advanced robotics systems. Its semiconductor and electronics test solutions span the full AI device supply chain, from wafer to data center, enabling customers to meet the quality and reliability standards the AI era demands. Its advanced robotics business deploys intelligent automation across manufacturing, logistics, and data center operations for customers worldwide. For more information, visit teradyne.com. Teradyne® is a registered trademark of Teradyne, Inc., in the U.S. and other countries.

Teradyne Iris 100 brings semiconductor-grade optical test to microLED manufacturing, measuring every individual emitter in an array and integrating directly with the Teradyne UltraFLEXplus platform for combined optical and electrical test.

Teradyne Iris 100 brings semiconductor-grade optical test to microLED manufacturing, measuring every individual emitter in an array and integrating directly with the Teradyne UltraFLEXplus platform for combined optical and electrical test.

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