Railware, Inc. v. Peninsula Corridor Joint Powers Board

District Court, N.D. California·Decided March 23, 2026·No. 5:25-cv-05725·Unknown

Opinion

1 2 6 7 RAILWARE, INC., Case No. 5:25-cv-05725-BLF

8 Plaintiff, ORDER GRANTING MOTION TO 9 v. DISMISS

10 PENINSULA CORRIDOR JOINT [Re: ECF No. 31] POWERS BOARD, 11 Defendant. 12 13 Defendant Peninsula Corridor Joint Powers Board d/b/a Caltrain (“Caltrain”) moves to 14 dismiss Plaintiff Railware, Inc.’s (“Railware”) complaint for patent infringement. ECF No. 31 15 (“Mot.”); ECF No. 64 (“Reply”). The complaint asserts infringement of three claims across three 16 patents (collectively, the “Asserted Claims”), namely, claim 5 of U.S. Patent No. 9,517,782 17 (“’782 patent”), claim 19 of U.S. Reissue Patent No. RE47,835 (“RE’835 patent”), and claim 20 18 of U.S. Reissue Patent No. RE49,115 (“RE’115 patent”). See ECF No. 1 (“Compl.”). Railware 19 opposes the motion. ECF No. 53 (“Opp.”). The Court heard oral argument on February 19, 2026. 20 ECF No. 72; see also ECF No. 74 (“Tr.”). 21 For the following reasons, the motion is GRANTED. 23 1. Railware’s Patents 24 During maintenance and repair operations, railway field workers must sometimes enter 25 onto train tracks, requiring trains to be temporarily blocked from traversing track sections when 26 certain tasks are being performed. Compl. ¶ 2. Entering an active track area poses substantial 27 safety risks to track workers, who are defenseless against traffic. Consequently, over time, various 1 workers to incoming train traffic so that they can vacate the track area before incoming trains 2 arrive. See id. ¶ 29. These systems have proven to be inadequate in protecting railway field 3 workers, however, and most modern railroads today use dispatcher-operated centralized traffic 4 control (“CTC”) systems to view and control the movement of trains within a given railway 5 network. See id. ¶¶ 26, 29. 6 CTC systems are generally composed of a combination of hardware and software 7 components and utilize wireless networks to facilitate communication between train dispatchers 8 and railway field workers. Compl. ¶ 28. One common way that railroads use CTC systems to 9 protect field workers during maintenance and repair tasks is by having the train dispatcher 10 remotely control the tracks used by trains. See id. ¶ 30. Using the CTC system’s control console, 11 the dispatcher can “block” sections of train tracks being operated on by field workers and 12 temporarily reroute trains away from those blocked track sections. See id. These systems are 13 vulnerable to human error, however. Such errors include blocks being mistakenly removed by 14 dispatchers who either believe that the work has been completed or who—intending to remove a 15 different block—accidentally remove a block on a track section where work is still being carried 16 out by field workers. Id. ¶¶ 26, 30. 17 Railware furnishes Dispatch X, a CTC product “used by some of the busiest railroads in 18 the country.” Compl. ¶ 24. Dispatch X incorporates the Enhanced Employee Protection System 19 (“EEPS”), a safety technology claimed by the Asserted Claims that was developed by Railware’s 20 owner (and inventor on the asserted patents) Ross Pirtle after he observed a tragic accident that 21 resulted in the deaths of several railway field workers. Id. ¶¶ 25, 33. According to Railware, 22 EEPS as incorporated into Dispatch X is different from other CTC systems in that it requires 23 dispatchers to work together with railway field workers to remove blocks, thereby ensuring that 24 the blocks are removed only once workers operating on affected train track sections have 25 confirmed that it is safe to do so. See id. ¶¶ 34–36. Railware describes its patented EEPS 26 functionality in the complaint as follows: [The claimed methods and systems use] an unconventional network 27 architecture for generating, transmitting, receiving and using a code track, but otherwise is not readily available to the dispatcher. In order 1 to remove the block on a track, the code must be returned to the CTC system, such as by the dispatcher receiving the code from the railway 2 field worker, for example, through a radio transmission. 3 Id. ¶ 34. The Asserted Claims are “directed to methods and systems for centralized railway 4 control.” Id. ¶¶ 38–40. 5 Claim 5 of the ’782 patent is directed to a “method to enhance railway control to protect 6 safety of railway workers on or near railway tracks.” Id. ¶ 38. The claimed method involves an 7 interactive user device (possessed by the railway field worker) that displays information received 8 from a control railway apparatus, such that (1) the user can request that the railway control 9 apparatus place a block on one or more specified track sections; (2) the railway control apparatus 10 generates a release code and transmits it to an electronic contact address accessible by the user 11 (i.e., a railway field worker); and (3) the railway control apparatus removes the block only upon 12 receiving the release code from the user via the terminal. ’782 patent col. 12 ll. 13–36.1 13 Claim 19 of the RE’835 patent is directed to a “method for controlling railway access 14 using a railway traffic control apparatus of a centralized railway control system configured for 15 centralized control of traffic of a centrally controllable railway network including plural railways 16 and a plurality of railway traffic interlocks dispersed in said plural railways.” Compl. ¶ 39. The 17 claimed apparatus comprises three components: (1) a user interface of a CTC apparatus that places 18 blocks on one or more specified track sections across the plurality of railways; (2) generation of a 19 block removal code and transmission of that code to a unique contact for the relevant field worker; 20 and (3) removal of the block only upon the entry of the removal code. RE’835 patent col. 15 ll. 5– 21 39. 22 Claim 20 of the RE’115 patent is directed to a “railway control apparatus for centralized 23 control of a centrally controllable railway network including plural railways and a plurality of 24 railway interlocks dispersed in said plural railways.” Compl. ¶ 40. Unlike the other two Asserted 25 Claims, claim 20 does not specifically require that generated code be returned to the dispatcher by 26 the railway field worker—in other words, it does not require that the dispatcher and worker work 27 1 together to unblock the track. The claim recites as follows: a processor for controlling a plurality of track sections in the railway 2 network, wherein each track section is associated with a corresponding interlock and is disposed in any of said plural railways 3 of said railway network that is managed by centralized control operation from the railway control apparatus, the processor 4 controlling, by said centralized control operation, one or more interlocks amongst the plurality of railway interlocks dispersed in said 5 plural railways of said railway network, to block railway traffic to one or more specified track sections; and 6 a memory device storing computer-executable instructions, wherein execution of the computer executable instructions by the processor 7 causes the railway control apparatus to: [1] receive a selection of at least one track section 8 amongst the plurality of track sections; [2] transmit a block signal to the corresponding 9 interlock associated with the at least one selected track section, to place a block on the selected track section 10 by said centralized control operation from the railway control apparatus; 11 [3] generate a secret code associated with the at least one selected track section; and 12 [4] transmit the secret code to a remote user terminal. 13 RE’115 patent col. 14 l. 64–col. 15 l. 22. 14 2. Procedural Background 15 Railware filed the complaint on July 8, 2025, against Caltrain, a regional rail operating 16 lines throughout Northern California. Compl. ¶ 58.

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