The NuAxis Enterprise Permits Accelerator is a turnkey solution designed to help federal agencies launch faster, smarter, and more scalable permitting programs. Featuring a pre-built template and workflow, it is road tested with the US Department of Fish and Wildlife and can be tailored to meet the unique needs of any permitting agency. Watch our video to learn more and reach out for a personalized demo!
Each year the federal government issues hundreds of thousands of permits to manage everything from building to fishing licenses. Despite years of effort to modernize, the federal permitting process are often held back by outdated systems, siloed workflows, and inconsistent user experiences.
Agency leaders must juggle legacy technology, paper-based approvals, and unclear communication, resulting in delays, public frustration, and wasted time for both staff and applicants. Applicants encounter multiple processes, confusing forms, and inconsistent direction, resulting in frustration and lowering public trust.

Manual review and routing slows everything down

Applicants face confusing, inconsistent requirements

Little visibility into status or expected timelines

Legacy systems limit automation and data sharing
NuAxis brings together customer experience design, process automation, and secure software development to modernize the full lifecycle of federal permitting.
We apply human-centered design to understand agency needs and applicant pain points. Then we build tech solutions that simplify, automate, and elevate how permits are delivered.
NuAxis and our partners at ServiceNow brought together permitting professionals, tech architects, and CX professionals for a workshop to identify key challenges in the permitting lifecycle and explore solutions. The discussion spanned the full permit journey—from pre-application to renewal—highlighting how modernized permitting systems can alleviate common frustrations and accelerate outcomes. Missed the session? No problem! Here are just a few lessons learned:
Streamline applications through dynamic forms