Thirty years in the discipline. Twelve inside NGA. Now independent: building real systems, publishing original research, from a self-powered studio in the Sandhills of North Carolina.
Coffey is a geospatial intelligence professional with three decades in the discipline, including twelve years inside the National Geospatial-Intelligence Agency. The NGA work focused on the operational application of computer vision and automated analytics to overhead imagery. Roles included Tech Lead for Project Maven and Development Lead for the Geospatially Enabled Target Materials (GETM) program.
That work took him into the field as well as the lab: embedded deployments with JSOC, SOCOM, and theater J2 directorates across AFRICOM, CENTCOM, and INDOPACOM, including time at RAF Molesworth, supporting targeting cells through a period of rapid automation in the GEOINT discipline. He holds an active TS//SCI clearance with polygraph and GISP/GA-II certifications, has taught as a certified GIS instructor at the National Geospatial-Intelligence College, and is a member of the Open Source Geospatial Foundation.
BlueLens was established in 2022 following Coffey's transition out of federal service. The current legal vehicle, BlueLens Analytics LLC, was registered in North Carolina in 2026 to give the practice a name specific to its mapping and geospatial intelligence focus. The decision to operate independently was deliberate: fewer layers between the thinking and the deliverable, and room to publish and build in the open.
The practice operates on a small number of disciplined principles. Technical depth over scale. Open source over vendor lock-in. Substantive deliverables over performative process. Provenance and citability enforced in code, not in code review. Discipline to finish the foundation before adding the floors.
These are not slogans. They are operational constraints that shape how the work gets done. The same constraints inform why AURORA does not silently fall back to placeholder outputs when its primary processing path fails. Why the BlueLens stack chooses open-source GIS over proprietary platforms even when client preference might allow otherwise. Why the practice declines engagements outside its actual technical depth rather than padding scope to fit a billable target.
The independence is not a stage in a growth plan. It is the model. A serious legal practice or architectural firm runs on the discipline of a single named principal whose name appears on every deliverable and whose judgment is the final review. That's the model this practice extends into geospatial intelligence and applied AI work.
Active development concentrates on AURORA, a sensor-agnostic synthetic aperture radar change detection system. The system runs end-to-end on Sentinel-1 today and is being progressively extended to handle additional sensors and product formats through an explicit ingestion boundary architecture. AURORA development supports an active SBIR Phase I pursuit against the DoD SBIR 26.1 cycle.
Concurrent client work spans GIS engineering, computer vision systems, and applied geospatial AI for federal and prime contractor stakeholders. The practice also operates a pro bono technical arm in support of Moore Energy & Maps, a regional nonprofit working on energy access and community mapping in the Sandhills.
Outside the technical work, Coffey writes. A long-form novel is in development on the themes of communication infrastructure failure, locatedness, and what survives when the signal goes dark. The thematic concerns are not adjacent to the practice. They inform it directly. A geospatial intelligence system that thinks seriously about what happens when the network fails is a different system than one that does not.
The practice runs from a self-engineered, off-grid studio in the Sandhills region of central North Carolina, near the Fort Bragg and SOCOM corridor. The solar-and-battery system that powers it, designed and built by the principal, exists for one reason: keep the servers, the workstation, and the analysis running when the grid doesn't. It's infrastructure, not a lifestyle statement.
That design gets tested more often than it should. Twice in the past week, thunderstorms knocked out power across downtown Robbins for the night while the studio kept running on stored solar, lights on, work uninterrupted. A practice that builds systems meant to keep working when a sensor drops out or a downlink fails should be able to say the same about its own power supply.
The geographic context shapes the work in less obvious ways too. The studio sits in the same coastal-plain storm track the GEOINT community studies in detail, part of why Hurricane Helene flood and landslide assessment is among AURORA's validation targets. Local trail and forestry GIS work for Moore County keeps the practice working the same ground its higher-altitude analytics describe.
The discipline transfers directly. Solar charge controller, battery bank, inverter, load. Reader, processor, change detector, export. A system you build and maintain yourself, end to end, is a system you actually understand, on the roof and in the code.
Inquiries from primes, federal stakeholders, and serious technical collaborators are welcome. The full engagement model and direct contact information are on the practice overview.
Direct email to chris@bluelensanalytics.com is the fastest route. Include the problem, the context, and the timeline. Substantive responses within one business day.