Fall Guy Consulting Seattle, Washington. Since 2014. Sheet 1 of 7

Software systems for early‑stage companies.

Needs change. Surprises come. We build systems that get back up and keep going, whatever gets thrown at them.

Fall Guy Consulting, Seattle, Washington. Since 2014.

Figure 1 shows a crash-test dummy at the top of a stair. Your browser could not draw it.

Drag the figure. Throw it anywhere. It gets back up. Fig. 1.

Field

Fall Guy Consulting is a firm of senior software engineers in Seattle, founded in 2014. We build software systems for early-stage companies: the data pipelines, cloud backends, 3D engines, computer vision, and security that a young product stands on.

Summary

A young company has to get a few systems right early. Data has to come in and be kept. Software has to run fast on real devices. Access has to be locked down. Then the company’s needs change, and surprises come along the way. We build resilient systems that stand back up and keep going, whatever gets thrown at them. Our partners have built systems like these at Nintendo, at game studios, for national retailers, and for startups.

Brief description of the drawings

  1. FIG. 1 shows a fall guy 10, with a head 12, arms 14, and legs 16, at the top of a stair 20. However it lands, the fall guy 10 gets back on its feet.
  2. FIG. 2 shows the v1 data ingest pipeline we built for GridIQ.
  3. FIG. 3 shows a phone counting stock on a shelf, from our work with Nomad Go.
  4. FIG. 4 shows Verantel, our AI intake interviewer for law firms.
  5. FIG. 5 shows a phone placing a virtual figure on a real table, from our AR and VR work for Verizon and Envrmnt.
  6. FIG. 6 shows a store drawn by the 3D indoor map engine we wrote for Point Inside.
  7. FIG. 7 shows one game running on a phone, a tablet, and a desktop computer, from our work on Moai.

Every figure on this page is drawn live in your browser. Drag any figure to turn it.

Drawings

GridIQ

Sheet 2 of 7

Figure 2 shows a power line on three poles, a sensor on each pole, the uplinks to a broker, and the span where a fault struck. Your browser could not draw it.

Click the line to strike it. Fig. 2.

FIG. 2 shows the v1 data ingest pipeline we built for GridIQ. GridIQ makes sensors 30 that mount on utility poles and watch power distribution lines 24 for faults. Power flows into the line from one end 22. When a fault 26 strikes, every sensor sends what it saw over a cellular uplink 32 to a broker 34. A sensor that saw fault current sits between the power source and the fault. A sensor that saw none sits past it. So each report that comes in narrows the span 28 where the fault can be. A stream 36 carries the readings on to a time-series store 38, which keeps them for analysis.

Nomad Go

Sheet 3 of 7

Figure 3 shows a phone counting products on a shelf. Your browser could not draw it.

Drag to turn. Fig. 3.

FIG. 3 shows a phone 44 counting stock on a shelf 40. The phone’s camera sees a field of view 46. Computer vision on the phone finds each product 42 in that view and adds it to that product’s count 48. Fall Guy engineers built this for Nomad Go, first as staff on the Nomad Go team and then with Patrick as CTO. It runs in more than 11,000 retail locations.

Verantel

Sheet 4 of 7

Figure 4 shows a person answering Verantel's questions at a teleprinter while an intake report fills in beside it. Your browser could not draw it.

Drag to turn. Fig. 4.

FIG. 4 shows Verantel 50, our own AI intake interviewer for law firms, now in private beta. Each person 56 who contacts a firm talks with Verantel on their own computer, in plain words and in their own language. Verantel asks one question at a time 52, and each answer shapes the next one: when an answer is vague or a point is missing, Verantel asks the follow-up. It stops when nothing is left unclear and hands the firm a thorough report 54, one for every person who comes 58. A firm can run it on its own server. Verantel is not a lawyer and gives no legal advice.

Verizon / Envrmnt

Sheet 5 of 7

Figure 5 shows a phone placing a virtual figure on a real table. Your browser could not draw it.

Tap the table or the screen to send the figure there. Fig. 5.

FIG. 5 shows augmented reality on a phone 60. The phone finds the top 64 of a real table 62 and stands a virtual figure 66 on it. The figure is drawn in phantom lines because it is not really there. On the phone’s screen it stands on the table, and it stays in place as the phone moves. From 2015 to 2022, Fall Guy engineers were embedded in the 5G lab at Verizon and Envrmnt. There they built a wide range of experimental AR and VR projects and apps.

Point Inside

Sheet 6 of 7

Figure 6 shows a shopper following a route through a store to one item, and the phone map that shows the way. Your browser could not draw it.

Click a shelf to choose an item. Fig. 6.

FIG. 6 shows a shopper finding one item 76 in a large store 70 with the 3D indoor map engine we wrote for Point Inside. The phone 78 draws the store in 3D, aisles 72 and all, and plots the route 74 to the item. Target, Lowe’s, and Meijer used the engine in their store apps. One code base ran on both iOS and Android.

Moai SDK

Sheet 7 of 7

Figure 7 shows one game running on a phone, a tablet, and a desktop computer. Your browser could not draw it.

Click a screen to jump. Fig. 7.

FIG. 7 shows Moai, the open-source game engine Patrick built as founding CTO of Zipline Games. A game written once on Moai runs on a phone 80, a tablet 82, and a desktop computer 84. Each one runs the same game 86, framed to fit its own screen. Moai was downloaded tens of millions of times. It ran Broken Age by Double Fine, Crimson: Steam Pirates by Harebrained Schemes, Eastward by Pixpil, and Elevate, Apple’s 2014 App of the Year.

Claims

What is claimed is:

  1. Data pipelines and cloud backends that take in data from devices, sensors, and apps, keep it, and serve it.
  2. The systems of claim 1, built to recover from failures and keep running as the company’s needs change.
  3. Real-time graphics and 3D engines for phones, the web, and augmented reality.
  4. Computer vision that runs on the device, in the field.
  5. Security and access control designed into the systems of claims 1 through 4.
  6. Engineering tools built on AI agents.
  7. Senior engineers who join a client’s team for months or years.
  8. Products of our own, such as Verantel and the Volition card game.

Inventors

Patrick Meehan
Managing partner. Systems, graphics, and engines. Thirty years in software, from Nintendo to founding CTO of Zipline Games (Moai SDK) to CTO of Nomad Go. Named inventor on 21 US patents and applications.
Scott Teal
Partner. Finance and design.
A mysterious third partner, anonymous
Partner. Backend and security. Most recently at Avalara and Nomad Go.

References cited

Client or projectWorkYears
GridIQv1 data ingest pipeline for pole-mounted grid sensors2026
VerantelAI intake interviewer for law firms; our own product, in private beta2026
Nomad GoComputer-vision inventory counting; embedded engineers, then CTO2023–2026
Point InsideCross-platform 3D indoor map engine for Target, Lowe’s, and Meijer2013–2018
Verizon / EnvrmntExperimental AR and VR projects and apps; engineers embedded in the 5G lab2015–2022
Gen ConEvent and e-ticketing app for a 60,000-person convention2017–2019
Microsoft BandEngineering support2014–2015
VolitionBlockchain collectible card game, Fall Guy R&D2017–2021
Moai SDKOpen-source game engine behind Broken Age, Eastward, and Elevate2010–2017