Track the Teradyne, INC share price and the full management transaction log of the company, a listed issuer based in United States. Shares are quoted on US US, under the supervision of SEC (Form 4). Operating in the Industry sector, Teradyne, INC has published 379 insider filings. Market capitalisation: €57.8bn. The latest transaction was reported on 29 June 2026 (Attribution). Among the most active insiders: TUFANO PAUL J. The full history is accessible without an account.
Analysts rate Teradyne, INC Buy (bullish), based on 17 analysts. Average price target: US$416.65.
Informational score on this market. Our backtest validates the signal only on 8 EU venues; elsewhere (notably US markets) insider buys historically invert or do not hold. Not a recommendation.
Transparent value + quality ranking, distinct from the insider signal.
Fundamental view, insider signal, bull and bear case, synthesis.
AI-generated analysis. Opinion, not investment advice. Not backtested. Built from public filings and financials. No price target, no buy or sell recommendation.
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Teradyne, Inc. (NASDAQ: TER) is a U.S.-based industrial technology company headquartered in North Reading, Massachusetts, United States. Founded in 1960, Teradyne has become a global leader in automated test equipment (ATE) and advanced robotics. For French-speaking investors, the company sits at a strategic intersection of semiconductors, electronics manufacturing, and factory automation: it supplies the systems used to verify the quality, performance, and reliability of chips, electronic components, and production equipment across modern manufacturing chains. Teradyne’s business model is organized around three main segments: Semiconductor Test, Product Test, and Robotics. Semiconductor Test is the core franchise and the largest strategic engine, providing systems and instruments used to test memory devices, logic chips, processors, connectivity devices, and advanced semiconductor architectures designed for AI, cloud infrastructure, and high-speed data applications. The company’s portfolio addresses the industry’s need for higher test density, faster throughput, and greater precision as chip designs become more complex, including chiplets and advanced packaging. Product Test focuses on board and electronic subsystem testing, while Robotics includes collaborative robots and mobile robots used in factories and warehouses. From a historical standpoint, Teradyne built its reputation on precision test engineering and has broadened its scope over time to include robotics, allowing it to diversify beyond the cyclical semiconductor capital equipment market. Its competitive position benefits from long-standing relationships with leading chipmakers, foundries, OSAT providers, and electronics manufacturers. The company’s technical depth and broad installed base help it participate in major industry transitions, especially the rapid rise of AI, high-bandwidth memory, and advanced heterogeneous computing. Teradyne operates globally, with engineering, manufacturing, sales, and service activities spread across multiple regions. The company’s headquarters is in North Reading, Massachusetts, and it also maintains international facilities, including robotics operations in Denmark and manufacturing capacity in Asia. Its shares are listed on the NASDAQ market, not the NYSE, and the company is incorporated in the United States. Recent developments have reinforced the investment case around Teradyne. In its first-quarter 2026 results, management reported record quarterly revenue and highlighted strong AI-driven momentum, with roughly 70% of revenue linked to AI-related demand according to the company. Teradyne has also executed targeted strategic moves, including a joint venture with MultiLane to broaden high-speed test offerings and the acquisition of TestInsight to accelerate time to market for AI and data center devices. In 2025, Teradyne received TSMC’s Open Innovation Platform Partner of the Year recognition for advanced 3DFabric testing, underscoring its relevance in next-generation semiconductor test ecosystems.