Field Viewers Inc.

Field Viewers Inc. is a United States-based, AI-first engineering company that describes itself as owning a vertically integrated technology stack spanning the sensor, the silicon, the model, and the shipped product. Rather than starting from a dataset, the company positions itself at the detector and signal path: it designs detector and materials paths, multichannel readout ASICs, FPGA and DAQ systems, data-acquisition pipelines, model training and MLOps, model deployment, and the cloud and application surfaces that customers actually use. Its stated philosophy is that AI should be trained on a customer's own physics rather than on a sanitized third-party dataset. The company's public product gallery highlights channelized readout integrated circuits used in imaging and radiation-detection systems, including the HPL ASIC (high channel density with roughly 130 channels and about 130:1 multiplexing for tiled detector arrays), the NCI ASIC (a 32-channel readout for mid-scale modules), and the VMM ASIC (a 64-channel variant for flexible module layouts). Field Viewers also offers ASIC and foundry services, with X-FAB XT011 cited as a lead path, and packaging planning for BGA, QFN and mmWave outputs. Beyond silicon, it pairs these components with FPGA firmware, DAQ backplanes, mechanical carriers, and calibration software. On the software and application side, Field Viewers develops productized AI applications such as FVrad and Field Viewers Mammography AI, and supports partner programs in imaging, detection, and mission-critical analytics. A notable government- and defense-oriented capability is ISP SurveyScan, which turns a LiDAR walk-through using a commercial off-the-shelf LiDAR iPhone or iPad into metric 2D CAD floor plans, 3D USDZ meshes, labeled compartments, building-system documentation, and mission-ready exports through a secure cloud portal. The company emphasizes a surveyor-in-the-loop approach rather than fully autonomous entry into secured facilities. Field Viewers states that its detector and readout roadmap has received competitive recognition, including a U.S. Army SBIR Phase I award and a Department of Energy Phase I award. It markets to medical, security, industrial, and aerospace customers, scoping programs with clear milestones, IP boundaries, and regulatory strategy. The company is headquartered in Wheeling, United States, and operates as a private engineering firm. It also offers executive advisory and medical device strategy through Dr. Sachin Junnarkar, referenced on its consulting and leadership page.

Field Viewers Inc. is a United States-based engineering company headquartered in Wheeling. Public information about its founding date and founders is limited; its own materials describe it as an AI-first engineering company with a vertically integrated technology stack, and Wikidata records it simply as a company in Wheeling, United States. The company's origin story, as told on its website, is a reaction to how most AI projects begin: with a dataset rather than with the sensor. Field Viewers states that it goes "where most AI never starts: the sensor," arguing that almost everyone wants the model while almost nobody owns the signal. Its answer is to design the detector path, the readout ASICs, the FPGA and DAQ systems, the pipelines, and the shipped software as one integrated thread, so that a customer's AI is trained on that customer's own physics rather than on a sanitized CSV from a vendor. Over time the company has built out a portfolio that spans silicon, systems, and software. On the silicon side, its product gallery highlights channelized readout ICs for imaging and radiation-detection systems: the HPL ASIC with high channel density and roughly 130:1 multiplexing aimed at tiled detector arrays; the NCI ASIC, a 32-channel readout for mid-scale modules; and the VMM ASIC, a 64-channel variant for flexible module layouts. Field Viewers also offers ASIC and foundry services, citing X-FAB XT011 as a lead path, and packaging planning for BGA, QFN and mmWave outputs. These components are routinely paired with FPGA firmware, DAQ backplanes, mechanical carriers, and calibration software. On the software and application side, Field Viewers has developed productized AI applications including FVrad and Field Viewers Mammography AI, and it supports partner programs in imaging, detection, and mission-critical analytics. A prominent government- and defense-oriented capability is ISP SurveyScan, which converts a LiDAR walk-through captured on a commercial off-the-shelf LiDAR iPhone or iPad into metric 2D CAD floor plans (GeoJSON and DXF), 3D USDZ meshes, labeled compartments, building-system documentation, and TAK-compatible route JSON, exported through Field Viewers ingest and a secure cloud portal. The company frames this as surveyor-in-the-loop automation rather than unmanned entry into secured facilities. The company reports that its detector and readout roadmap has received competitive recognition, including a U.S. Army SBIR Phase I award and a Department of Energy Phase I award. It markets across medical, security, industrial, and aerospace verticals, scoping programs with clear milestones, IP boundaries, and regulatory strategy. Field Viewers also offers executive advisory and medical device strategy through Dr. Sachin Junnarkar, referenced on its consulting and leadership page. As of the available public record, the company operates as a private engineering firm and continues to present its capabilities as live products rather than roadmap concepts.

• U.S. Army SBIR Phase I award received for detector and readout roadmap

• Department of Energy Phase I award received for detector and readout roadmap

• Public product gallery highlights HPL, NCI and VMM readout ASICs

• ISP SurveyScan capability offered for government and defense interior facility survey

AI-first engineering company owning the full vertical stack from photon-counting detectors and readout ASICs to deployed AI software, serving medical, security, industrial, and aerospace programs.

• HPL ASIC

  High channel density readout IC with roughly 130 channels and about 130:1 multiplexing, aimed at tiled detector arrays needing consolidated data egress.

• NCI ASIC

  32-channel readout for mid-scale modules, balancing power, noise and integration complexity for portable and distributed front-ends.

• VMM ASIC

  64-channel variant tuned for flexible module layouts, supporting mixed-signal bench bring-up and staged scaling to larger systems.

• ISP SurveyScan

  LiDAR walk-through to 2D CAD, 3D mesh and mission exports for military and government interior facility survey, using COTS LiDAR iPhone or iPad and a secure cloud portal.

• FVrad

  Productized AI application referenced among the company's integrated software offerings.

• Field Viewers Mammography AI

  Productized AI application for mammography referenced among the company's integrated software offerings.

1. 1Field Viewers — From photon to deployed AIfieldviewers.com
2. 2About · Field Viewersfieldviewers.com
3. 3Products · Field Viewersfieldviewers.com
4. 4ISP SurveyScan | Interior Facility Survey · Field Viewersfieldviewers.com
5. 5Field Viewers Inc. (United States) — Wikidatawikidata.org