Factory automation's deployment gap: new products flood the market as 80% of US facilities remain unautomated

Eighty percent of US manufacturing facilities operate with zero automation—a figure cited by Intrinsic Chief Technology Officer Brian Gerkey and reported by Manufacturing Dive—exposing a sharp contradiction at the heart of the industry: vendor momentum has never been stronger, yet most shop floors remain untouched by the technologies dominating trade-show floors and investor decks.

Deloitte's 2025 Smart Manufacturing and Operations Survey, highlighted by Manufacturing Dive, found that an estimated 92% of manufacturers surveyed believe AI will be critical to their future. Only a small percentage of that same group say AI is widely deployed in their operations today, illustrating a belief-to-action chasm that suppliers are now racing to close.

A wave of products targets the execution barrier

Automate 2026 in Chicago has become a proving ground for that effort, with multiple vendors unveiling platforms designed to lower the technical and operational cost of deployment. Rockwell Automation introduced FactoryTalk ResilientEdge, describing it as a unified execution architecture intended to bring intelligence, resilience, and enterprise scalability to modern manufacturing operations, according to Manufacturing Tomorrow.

Siemens expanded its Simatic AX software-defined automation platform to reach a broader user base, including OT-focused service and maintenance teams, per Manufacturing Tomorrow. The update adds ladder programming within Simatic AX and new support for the Simatic S7-1200 G2 controller, extending its use to basic automation applications and improving collaboration across engineering teams.

SINTRONES, also covered by Manufacturing Tomorrow, is positioning secure edge AI computing as the connective tissue between the plant floor and higher-level analytics, targeting AI vision, intelligent control, and data-driven automation. The company's pitch reflects a broader industry push to move inference closer to the machine rather than routing data back to centralized cloud infrastructure.

Vision and machining deployments get faster

On the machine vision side, Pleora Technologies and imavix engineering introduced GEV-Stream at Automate 2026—a fully integrated, end-to-end GigE Vision 3.0 pipeline designed to address latency variability, CPU bottlenecks, and integration complexity that arise as vision systems scale to higher data rates, Manufacturing Tomorrow reported. Traditional UDP-based architectures have struggled to keep pace with those demands.

RoboDK will demonstrate new CAM software at Automate Chicago 2026 that the company says cuts robotic machining deployment time by up to 40%, according to Manufacturing Tomorrow. The software combines CAD-to-robot machining with collision-free motion planning in a production-ready setup using a Mecademic robot, aiming to shrink the gap between programming and production.

Festo is also addressing integration friction at the show, presenting motion, handling, engineering, and workforce solutions designed to simplify machine assembly, deployment, and startup, per Manufacturing Tomorrow. The common thread across all these announcements is speed-to-value: vendors are explicitly competing on how quickly a manufacturer can go from decision to running system.

OT cybersecurity moves to the SME agenda

Alongside the push for smarter machines, smaller manufacturers face a growing security surface as more operational technology connects to networks. Transicon, which has delivered industrial automation and control system solutions since 1967, will host a webinar on July 21 as part of its Industry Masterclass series to help SME manufacturers address operational technology cybersecurity threats, Manufacturing Tomorrow reported.

The timing is deliberate: as edge AI devices and software-defined controllers proliferate on plant floors, the OT attack surface expands in proportion. Industry groups such as the ISA Global Cybersecurity Alliance and ISA Secure have been building standards frameworks to address exactly this risk, according to Automation.com.

Infrastructure investment signals long-term conviction

Beyond product launches, capital spending patterns point to sustained confidence in automation demand. JR Automation, a Hitachi Group company, announced plans for a $72.8 million global headquarters in Zeeland, Michigan, according to the company's news page. The firm also acquired Mark One, a supplier of surface preparation and material handling systems based in Gaylord, Michigan, in January 2026, expanding its capabilities in the automotive sector.

JR Automation will exhibit at Automate 2026 in Chicago from June 22–25 at Booth #1406, the company confirmed, showcasing what it describes as intelligent, connected automation solutions. The Hitachi subsidiary's physical and M&A investments reflect a bet that the gap between the 80% of unautomated facilities and current best practice will close—at scale—over the coming years.

The knowledge transfer problem compounds the challenge

Technology availability is only part of the equation. The A3's editorial team, writing in Automate.org, highlighted a parallel crisis: as experienced technicians, engineers, welders, and operators approach retirement, manufacturers risk losing operational knowledge that was never formally documented. Automation is increasingly viewed as a vehicle for capturing and preserving that expertise, not merely replacing labor.

The convergence of a massive unautomated base, a cohort of retiring skilled workers, and a market full of newly accessible tools creates a condition where adoption pressure is high from multiple directions simultaneously. Whether that pressure translates into deployment at scale—or remains aspirational, as Deloitte's survey data suggests—will define the competitiveness of US manufacturing through the rest of the decade.