Trial lawyer Jason Sheasby is sounding the alarm on a growing but often overlooked threat in the technology sector: invisible operational risk. According to Sheasby, a partner at Irell & Manella LLP who has handled high-stakes disputes involving computer memory systems and data infrastructure, these risks do not appear in quarterly reports or during product launches but surface later—during litigation, scaling, or internal breakdowns that companies never anticipated.
"The dangerous risks are usually the ones no one treats like risks," Sheasby said. "By the time they become visible, the cost is already high."
One key area of concern is intellectual property exposure. Global patent filings now exceed 3 million applications annually, according to the World Intellectual Property Organization, and companies are moving products to market faster than ever. Sheasby noted that many product teams still treat IP as a legal issue addressed late in development rather than an operational issue considered early on. "One company had built an excellent system," he recalled. "The problem was they designed directly into another company's patent space without realizing it. The redesign came after launch. That is the most expensive moment to discover a problem."
Documentation gaps create another hidden exposure. Fast-growing companies often prioritize speed over process, leading to inconsistent records. "In litigation, missing documentation changes everything," Sheasby said. "People assume they will remember why decisions were made. They rarely do." He pointed to one dispute where the side with clearer development records had a major advantage, emphasizing that "documentation mattered more than people expected."
Communication failures also scale faster than products. As teams grow, engineers, legal, executives, and operations groups often start speaking different languages internally. "A lot of problems start because one group assumes another group is handling something," Sheasby explained. "Nobody realizes the gap until pressure hits." Research from the Project Management Institute has estimated that ineffective communication is a major contributor to failed projects across industries. In one case, critical assumptions about licensing obligations were not communicated across teams, leading to expensive misunderstandings.
Rapid scaling multiplies weak systems. Processes that work for 20 people often fail with 200. "Small operational shortcuts become structural problems later," Sheasby said. "Growth amplifies whatever is already weak." He cautioned that adding layers of process without clear ownership can create confusion rather than control.
Artificial intelligence is accelerating these pressures by increasing the speed and volume of decisions. "AI can help identify patterns," Sheasby noted. "It does not fix unclear accountability or poor communication." He believes many organizations underestimate the operational strain when technology moves faster than internal alignment. "The systems supporting the company have to mature at the same pace as the technology," he said. "That is where many businesses fall behind."
Sheasby advises companies to pay attention to operational clarity early, before problems become visible. "Most operational failures don't arrive all at once," he concluded. "They build quietly in the background until something forces them into the open."
