Anvil Checkpoint uses a non-invasive method to verify the integrity of electronic devices. By injecting a low-power RF signal into the target and analyzing the reflections.

Presented at IPC Apex 2025, our research evaluates RF reflectometry both qualitatively and quantitatively.

New testing methods must be thoroughly validated, otherwise manufacturers risk adopting tools that compromise the very systems they are intended to protect. One major promise of Anvil’s RF-based testing technique is that it's non-invasive and non-destructive.

The Anvil Checkpoint is a broad-spectrum, fully black-box testing solution that delivers flexibility and scalability across products. It takes on some of the biggest challenges in electronics manufacturing.

If Anvil detects differences from a "known good" sample, won’t normal manufacturing variations show up as defects? We delve into the interesting answer.

Discover the distinct roles of testing and verification in software development: the transition from software's theoretical challenges to the tangible hurdles in hardware defect detection are real, explore the need for a comprehensive approach to identify and rectify potential failures efficiently and effectively.

Palitronica enables validation at receiving docks or before final assembly.

Anvil Checkpoint detects physical and electrical anomalies that indicate tampering—no reverse engineering or invasive probing needed.