DataCloud network communication patent campaign - invalidity charts coming soon

The team at Unified IP Services is using Pearl to identify and chart prior art against U.S. Patent 7,209,959, owned by DataCloud Technologies, LLC, an NPE and entity of IP Investments Group. The ‘959 patent relates to a method, apparatus, and system for anonymous network communication through an ad hoc virtual domain. The patent has been asserted against several but recently against Staples, Autel Robotics, Alteryx, VOXX, Advance Local Media, Aptiv, ServiceNow, Moodys Analytics, and Vivian Health.

$2,000 for High Velocity Capital media patent prior art

Unified Patents added a new PATROLL contest, with a $2,000 cash prize, seeking prior art on at least claim 1 of U.S. Patent 8,249,912, owned by High Velocity Capital LLC, an NPE. The '912 patent relates to a method and system for analyzing and optimizing advertising effectiveness across various media platforms.

The contest will expire on April 30, 2026. Please visit PATROLL for more information and to submit an entry for the contest. PATROLL researchers are required to use Pearl to generate claim charts. Submitted invalidity charts must address every limitation of the challenged claim. This may require using more than one prior art reference. Each PATROLL researcher can generate up to 30 invalidity claim charts per month using Pearl. These charts can be downloaded then submitted to PATROLL.

Two AX Wireless Wi-Fi patents challenged

On February 26, 2026, Unified filed two ex parte reexamination proceedings against U.S. Patent 10,917,272 and U.S. Patent 11,777,776, owned by AX Wireless, LLC, an NPE and entity of IdeaHub. Both patents generally relate to header field configurations (e.g., header repetition) in Orthogonal Frequency Division Multiplexing (OFDM) communication systems (802.11n). The patents have been asserted against Sony, TP Link, Ubiquiti, D-Link, Vantiva, and ASUSTek. These filings are part of Unified’s ongoing efforts in the SEP Wi-Fi Zone.

View district court litigations by AX Wireless. Unified is represented by Stephen Cortiaus at Slater Matsil and by in-house counsel, David Seastrunk and Jessica L.A. Marks, in these proceedings.

$2,000 awarded for Mov-Ology electronic forms patent prior art

Unified is pleased to announce PATROLL crowdsourcing contest winners, Nisha Devi, Ekta Aswal, SP Ragupathy, and Umesh Sharma, who shared an award of $2,000 for their prior art submissions on U.S. Patent 9,286,282, owned and asserted by Mov-Ology, LLC, an NPE. The patent relates to methods to retrieve data from partially completed electronic forms and use the retrieved data to identify the consumer who accessed the electronic form. The patent has been asserted against Oracle, BigCommerce, Temenos AG, Formisimo, and Mouseflow ApS.

We would also like to thank the dozens of other high-quality submissions that were made on this patent. The ongoing contests are open to anyone, and include tens of thousands of dollars in rewards available for helping the industry to challenge NPE patents of questionable validity by finding and submitting prior art in the contests. Visit PATROLL today to learn more about how to participate.

WINNING SUBMISSIONS

$4,000 for Radiant Patents optical patents prior art

Unified Patents added two new PATROLL contests, each with a $2,000 cash prize, seeking prior art on the list below. The patents are owned by Radiant Patents LLC (f/k/a PLS XLIV LLC), an NPE and entity of MVRE LLC. The patents are currently asserted against Nokia.

The contests will expire on September 30, 2025. Please visit PATROLL for more information and to submit an entry for these contests. PATROLL researchers are required to use Pearl to generate claim charts. Submitted invalidity charts must address every limitation of the challenged claim. This may require using more than one prior art reference. Each PATROLL researcher can generate up to 30 invalidity claim charts per month using Pearl. These charts can be downloaded then submitted to PATROLL.

US 10404366 - Monitoring Optical Signals

US 10924188 - Digital Signal Modulation