Boston Dynamics Spot, Stretch and Atlas
How Spot inspections could feed a Tallyfy procedure
Section titled “How Spot inspections could feed a Tallyfy procedure”Boston Dynamics makes Spot ↗[1], a robot that walks a site and checks equipment. Other software can tell Spot to run an inspection ↗[2] and read what it found. A written procedure in Tallyfy could take over from there, so a problem the robot flags becomes a task with an owner and a deadline.
Tallyfy doesn’t sell that connection. Your team would have to build it.
What Boston Dynamics makes today
Section titled “What Boston Dynamics makes today”Boston Dynamics has three robots in its portfolio ↗[3], and software called Orbit.
- Spot carries out industrial inspections. Over 1,500 are in customer hands ↗[4], with customers in more than 40 countries ↗[5].
- Stretch moves boxes, up to 50 pounds each ↗[6].
- Atlas is an electric humanoid, “currently in development” ↗[7] as of October 2026.
- Orbit collects and stores the data from every Spot mission ↗[8], and schedules the missions.
Boston Dynamics’ review of Spot’s customers ↗[9] counts more than 1 million automated data captures in 2023. It names many customers, among them these four. National Grid piloted Spot at a high-voltage site where no people can go during operation. AB InBev used Spot at a brewery to cut average repair times from a few months to 13 days. UKAEA sent Spot into Chernobyl with a radiation detection payload. In 2023, Purina used Spot’s data for predictive maintenance.
What outside software can ask Spot to do
Section titled “What outside software can ask Spot to do”Through Orbit’s API1, a program can do the following, as of October 2026:
- Send Spot on a mission ↗[10] right away.
- Schedule a mission ↗[11], which Orbit then starts and monitors.
- Read each run’s status ↗[12], what each action produced, and any anomalies.
- Get a webhook (a message Orbit pushes to another system) each time a robot completes an action ↗[13]. A separate kind fires when the action raises an alert.
- Receive a work order when an alert occurs. The Orbit product page ↗[14] labels this beta.
Since release 5.1, Spot can also pause, redirect or end a mission based on what it sees ↗[15], with no operator needed.
What outside software can’t do yet
Section titled “What outside software can’t do yet”All four limits are as of October 2026.
- None of Orbit’s documented webhooks ↗[16] fires when a whole mission ends. They fire once per action, so a program has to ask Orbit for the run’s status.
- The parts you’d use most can break. Runs, schedules, webhooks and work orders sit in a tier Boston Dynamics calls “experimental/beta” ↗[17], and it may make breaking changes there in any release.
- We found no public developer docs for Stretch or Atlas. The developer site ↗[18] covers Spot and Orbit.
- No MCP interface is documented yet. Boston Dynamics says release 5.2 “lays the foundation for a new MCP layer” ↗[19]2 that would let AI agents deploy Spot. We found no MCP documentation on its developer site.
Where a written procedure in Tallyfy fits
Section titled “Where a written procedure in Tallyfy fits”Spot can find a problem. People still have to fix it. A Tallyfy template is the written procedure for that fix: the steps, who does each one, and by when.
As a concept, Orbit’s alert would go to a small connector your team writes. The connector would call Tallyfy’s API to launch the matching process and fill in its kick-off form. Tallyfy would then assign the repair and the sign-off to named people. Once the repair is done, a Tallyfy webhook could tell the connector to send Spot back for a second look.
Boston Dynamics describes a similar pattern itself: an application that creates a work order in an asset management system ↗[20] whenever the robot identifies an anomaly.
What to notice:
- Orbit keeps running the robot. Tallyfy would only track the follow-up work.
- The dashed box is the one piece your team would build and look after.
- One alert on one action starts the process.
Technical details
Section titled “Technical details”(Skip this unless you’re setting up the technical side.)
- Spot’s product page ↗[21] lists a 90-minute average runtime, a 14 kg payload, a top speed of 1.6 m/s and a working range of -20°C to 55°C. Spot climbs stairs and crosses rough terrain ↗[22]. No price is published, as of October 2026. Buyers contact the sales team ↗[23].
- An operator drives Spot around the site ↗[24], and a feature called Autowalk records the route so Spot can repeat it. Operators can update the map later. A mission step can also call outside software ↗[25].
- The Orbit API guide ↗[26] describes plain HTTPS with a bearer token that an Orbit admin creates. As of October 2026, the stable tier, v1, covers only a few resources so far, including robots, site walks and site elements. The
bosdyn-orbitPython package wraps only the experimental tier, v0. Each Orbit instance serves its own API reference. - The two documented webhook events ↗[27] are
ACTION_COMPLETEDandACTION_COMPLETED_WITH_ALERT. Each request carries anOrbit-Signatureheader. - As of October 2026, the Spot SDK ↗[28] is at version 5.2.0 and the C++ SDK ↗[29] is a beta release.
- Orbit checks Spot’s images against preset prompts ↗[30], for example to flag spills. Its AIVI-Learning models run on Google Gemini ↗[31], and data sharing with Boston Dynamics is required. Release 5.2 added gas sensing, visual vibration analysis and partial discharge detection ↗[32].
- On the Tallyfy side, the connector starts a process with
POST https://go.tallyfy.com/api/organizations/{org_id}/runs. The launch process reference lists the headers and fields.
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