How Finite State Reduces SDLC Complexity and Tool Sprawl
Tool sprawl, manual processes, and disconnected workflows are slowing down security and compliance teams across the software lifecycle. In this video, Mike Hatherall, Lead Solutions Architect at Finite State, explains how the platform becomes the security data backbone—pulling in inputs from scanners, CI/CD systems, and platforms, and delivering prioritized outputs to Jira, audit reports, and leadership dashboards. The result: faster remediation, fewer errors, and dramatically less time spent chasing data.
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How Finite State Reduces SDLC Complexity and Tool Sprawl
Transcript
How does Finite State reduce complexity or tool sprawl across the SDLC?
Yeah. So finite state will reduce the complexity because we become the back backbone for your security data. Your scanners, CICD systems platforms, they all feed into finite state. And from there, you can push any prioritized tickets out to Jira, for example. You can export evidence for audits. You can report to leadership all from one place. It means that every single department is all working from the same source of truth.
It reduces error and it reduces human involvement, the time that it takes for us to produce these evidence and these reports and to help engineering teams work through what is sometimes thousands of vulnerabilities.
To do that with disconnected tools or spreadsheets or a manual way just takes weeks and weeks and weeks. With finite state, you can do it in days, if not hours.