Mission Control vs Myto

TL;DR

Myto and Bob are closer than most pairs on this site. Both record work while it happens instead of asking experts to stop and explain. Myto puts AI glasses on operators and turns the footage, together with your SOPs, tickets, and machine history, into SOPs, troubleshooting flows, shift handovers, and AI agents, sold as a SaaS subscription from $100 per seat per month. Bob, from Mission Control, is worn on the chest by an experienced worker who opts in and talks through the job. It records first-person video, narration, and spatial data into your own cloud tenancy, with no authoring step. Choose Myto if you want generated procedures and troubleshooting on the floor in one platform. Choose Bob if the narrated record itself, kept in your own tenancy, is what you need to preserve. Beyond capture, Bob's recordings feed Swarm, Mission Control's AI platform, where synthetic workers can search and act on that knowledge inside your own infrastructure.

At a glance

Myto vs Mission Control: structure the knowledge, or keep the record

Both products begin on the floor, so the useful question is what each does with a recording once it exists.

Myto structures it. Its glasses capture troubleshooting steps, handoffs, and expert technique as operators work, and its platform joins that footage with SOPs, logs, tickets, and machine records into what Myto calls a manufacturing knowledge layer. From that layer come draft SOPs, troubleshooting flows, shift handovers, and agents that open tickets and schedule follow-ups. The value is in what the footage becomes.

Bob keeps it. The experienced worker's shift, in their own voice and from their own point of view, tied to where in the facility each moment happened, is the thing you keep. It lands in your own tenancy, and nothing is written up or reviewed before it exists. The value is in the record.

Neither approach is complete on its own. A generated SOP is easy to follow and to train against, but it holds what the generator and your reviewers decided belonged in a procedure. A narrated record holds the reasoning and the exceptions, but it is not by itself a procedure a new operator can follow step by step.

Dimension 1: How capture works on the floor

Myto's capture asks nothing extra of the operator. Its tribal knowledge guide describes wearable AI glasses where operators keep working normally, with no recording to start and no narration required, and where audio and video pick up cues such as the sound of a failing bearing. Its knowledge transfer guide calls the capture egocentric and non-intrusive: it records what the operator sees, including small adjustments, hesitations, and workarounds. Myto's comparison of in-plant platforms describes the glasses being worn during normal shifts.

Bob asks one thing of the expert: to talk through the work. It is chest-mounted and worn through a real job by an experienced worker who has opted in, and it records first-person video, audio narration, and spatial data, meaning the unit's location and orientation. The narration is where the why gets recorded, and the spatial data ties it to the workstation or part of the facility.

Bottom line: Myto keeps the operator's effort to a minimum across many shifts; Bob records a chosen expert's own explanation of the job, anchored to place.

Dimension 2: What the capture becomes

Myto's AI SOP generator page describes a five-step path: capture work as it happens, connect existing knowledge sources, generate structured SOP drafts, review and version procedures, and deliver approved SOPs to operators. The drafts cover SOPs, work instructions, checklists, and troubleshooting flows. The Core plan adds AI SOP editing, AI troubleshooting where a worker shows a problem on video and gets guided resolution, and a unified knowledge base. Myto's terms, like most AI vendors' terms, note that automated outputs may not always be accurate or complete, and its SOP path includes a review and approval step.

Bob's capture does not become a document. It stays a record of performed work: what the expert did, what they said about it, and where it happened. From your own tenancy, captured knowledge can be run and governed by synthetic workers on Swarm, Mission Control's platform.

Bottom line: Myto produces procedures, troubleshooting, and handovers from the footage; Bob produces a narrated first-person record that stays as it was captured.

Dimension 3: Deployment, data, and the person being recorded

Myto is SaaS. Its smart glasses page describes a SaaS setup with minimal IT lift and no heavy infrastructure, which is part of why a plant can pilot it quickly. Myto's terms say customers keep ownership of the content and data they submit and give Myto permission to use it to provide and improve the service. We found no option on Myto's site, as of September 2026, to run the platform in a customer's own cloud tenancy.

Bob's data lands in your own cloud tenancy. During a pilot, Mission Control works with your IT team to install the data platform there, so recordings of your facility sit under your own controls from the first shift.

Recording people at work deserves a straight answer from both vendors. Myto's own guide acknowledges that experienced workers can feel uncomfortable being observed, and recommends framing capture as honoring their expertise and legacy. Bob starts from opt-in: it is the experienced worker's own tool, worn on their terms to preserve what they know. For areas where filming is not allowed, a no-camera version of Bob captures with a volumetric spatial sensor.

Bottom line: Myto is a quick SaaS rollout into its own platform; Bob keeps capture in a tenancy you own, with opt-in wearers and a no-camera version.

Dimension 4: Scope beyond capture

This is where Myto is broader. AI troubleshooting surfaces the right SOP, equipment history, likely root causes, and a diagnostic checklist while a machine is down, and shift handovers are assembled from what ran, broke, and changed. The Enterprise tier adds agentic AI workers that execute SOPs and complete tasks, integrations with ERP, MES, CRM, and ticketing systems, an AI readiness assessment, and dedicated implementation. Myto's comparison article says its agents can open tickets, draft shift-handover reports, and schedule maintenance follow-ups, working with systems such as Maximo, Fiix, and UpKeep.

Bob does none of that, and it is better to say so plainly. It does not surface SOPs at the machine, write handovers, open tickets, or connect to your MES or CMMS. It captures hands-on physical work in manufacturing and energy operations, and leaves execution to the systems you already run.

Bottom line: for troubleshooting, handovers, and connected plant systems in one subscription, choose Myto. Bob is a capture method, not a floor execution platform.

Beyond capture: synthetic workers on Swarm

Bob captures the knowledge. Swarm, Mission Control's AI platform, is where that knowledge is stored, searched, and put to work. Mission Control builds the integrated hardware and software stack for capturing and reanimating expert knowledge, so the capture and the synthetic workers that use it sit on the same platform. Bob's recordings become searchable, usable by Swarm's synthetic workers, and ready to connect to your own AI, robotics, or manufacturing systems, and you can connect Claude or ChatGPT to Bob's data on Swarm.

• Physical ground truth for synthetic workers: A synthetic worker learns desk and system work from a screen-share. Bob gives it the physical ground truth a screen-share cannot provide: how the job is done on the floor, in the expert's own words, tied to where it happened.
• Inside your infrastructure: Swarm is deployed on-premises or in your own cloud, behind your firewall, on the inference provider you choose: Anthropic, OpenAI, or self-hosted models.
• Governed at runtime: Nine real-time governance firewalls sit between the model and your production systems. Every LLM call, action, and file access is logged with full provenance, and a capability that is not on a worker's whitelist does not exist for that worker.

Myto acts on what it captures as well. Its agents open tickets, draft shift-handover reports, and schedule maintenance follow-ups, and its Enterprise plan adds agentic AI workers with ERP, MES, CRM, and ticketing integrations (pricing), all delivered as SaaS. Both companies put AI to work on captured knowledge; they differ on where it runs and what governs it.

Bottom line: Myto delivers its agents as a SaaS subscription; Mission Control puts the knowledge Bob captures to work through synthetic workers on Swarm, on-premises or in your own cloud, on the model provider you choose, under nine real-time governance firewalls.

Pricing and engagement

Myto publishes its prices, which is uncommon in this category. As of September 2026, its pricing page lists Core at $100 per seat per month billed annually, or $120 per seat per month billed monthly, covering AI video SOP generation, SOP editing, troubleshooting, the knowledge base, and unlimited SOPs with external sharing. A seat is any unique user with a Myto login; people who only view externally shared SOPs are free. Enterprise is custom, AI glasses are quoted separately, and the page invites buyers to start a free trial.

Bob is scoped per pilot; contact sales. The pilot is a 90-day fixed-length trial in your facility with a case of 2 Bob units, and the data platform is installed in your own tenancy. You can request a pilot directly.

Bottom line: Myto gives you a per-seat number to start from, plus a quote for glasses; Bob starts with a fixed-length pilot on your own floor.

Who should choose Myto

• Your plant wants procedures generated from real work and existing documents, with a review, approval, and versioning step.
• Downtime is the daily pain, and guided troubleshooting at the machine is the first thing you would buy.
• Shift handovers are inconsistent, and you want them assembled from captured activity.
• You want agents working with your MES, CMMS, SCADA, and ERP data, and the Enterprise tier fits the budget.
• SaaS is acceptable to your security team, and a fast rollout matters more than where the platform is hosted.
• You want a published per-seat price to plan around.

Who should choose Bob

• A handful of experienced people hold the knowledge you cannot afford to lose, and you want their explanation recorded, not only their actions.
• The deliverable you need is a record of how the job was done, in the expert's own words, tied to where it happened.
• Recordings of your facility must stay in your own cloud tenancy.
• Some areas rule out cameras, or your workforce needs capture to be opt-in and on the expert's terms.
• You run energy or utility sites as well as plants.
• You would rather test the method on real shifts in a 90-day fixed-length pilot before committing to a platform.

See how this works in Bob for Manufacturing and Bob for Energy. If you are deciding whether to move away from Myto, see the Myto alternative. For the method question underneath this comparison, read AR work instructions vs wearable capture, and for the wider field, the best digital work instructions software.

References

Myto claims on this page come from Myto's own site, accessed 14 September 2026. Bob facts on this page are taken from Mission Control's Meet Bob, Bob for Manufacturing, and Pilot Bob pages.

• Myto: Myto homepage
• Myto: Myto pricing
• Myto: AI smart glasses service page
• Myto: AI SOP generator service page
• Myto: Knowledge capture service page
• Myto: A Modern Manufacturer's Guide to Preserving Tribal Knowledge
• Myto: When the Experts Retire: A Practical Guide to Factory Knowledge Transfer
• Myto: In-plant operations platforms compared (June 2026)
• Myto: Terms and conditions