- Specialization
- Robotics
- Business
- Software Applications
- Market
Manufacturingand 1 more market valuesLess
- Software Development
- Ecosystem
- Not applicable
- Customers
Developersand 1 more customers valuesLess
- Enterprises
More details
- Organization type
- Commercial Company
- Ecosystem
- Not applicable
- Business
- Software Applications
- Specialization
- Robotics
- Market
- Manufacturing, Software Development
- Customers
- Developers, Enterprises
- Delivery models
- API, Hosted Software
- Revenue models
- Not classified
- Listing status
- Not classified
- Latest equity round
- Not classified
- Reported funding amount
- Not classified
About
Miru builds developer infrastructure and configuration-management tools that help robotics teams manage, version, validate, and deploy robot configurations. It sells to robotics and IoT engineering teams, differentiating through well-documented APIs, UI components, visual controls, release management, validation, and audit history for both engineers and operators.
Market
Miru competes in robotics and IoT developer infrastructure, specifically the configuration-management, fleet deployment, and robotics DevOps segment. It is positioned as a focused configuration layer for scaling robot fleets rather than a broad robotics application platform or pure observability product. Its differentiation is the combination of a visual editor, schema validation, release management, audit history, developer APIs, and GitHub-to-device deployment workflows tailored to robotics-specific overrides and fleet operations.
Miru targets robotics and IoT companies operating production fleets and scaling beyond a small number of devices. Its primary users and likely buyers are software engineers, deployment and support engineers, and fleet operators who need to define, validate, version, deploy, and audit configurations across devices.
At a Glance
Problem
Miru addresses the configuration-management and deployment bottleneck that emerges when robotics and IoT companies move beyond a small number of devices. Teams often edit configurations through manual SSH/SCP workflows or build and maintain internal tooling, creating error-prone deployments, inconsistent fleet state, weak auditability, and ad-hoc overrides for different customers, hardware, or use cases. Miru’s YC launch materials state that these internal systems can consume more than half of a software team, increasing engineering costs and reducing product velocity.
The main use case is safely updating software and configuration across a distributed fleet—potentially thousands of devices—as easily as pushing a change to GitHub. This replaces one-off device administration with repeatable, centrally managed releases and is particularly valuable for robotics companies operating production fleets, where a bad configuration can create operational and support costs as well as slow deployment.
Product / Service
Miru is developer infrastructure for robotics configuration management. It combines APIs and UI components with a centralized control plane through which teams can define configuration schemas, provision devices, manage versions, validate changes, stage releases, and deploy software or configurations over the air. Its operator-facing tools include a visual control panel, configuration validation, release-management workflows, and an audit trail; its developer-facing tooling supports programmatic schema and deployment workflows.
The benefit is a shared operating layer for software, deployment, and support engineers: teams can automate updates while operators can roll out changes without relying on terminals, catch invalid configurations before shipment, and trace who changed what and why. Miru says it handles building, staging, and deployment to devices worldwide, while its production customer Pickle Robot reports that the configuration editor, release tooling, validation, and history tracking streamlined fleet-configuration work.
Market
Miru competes in the emerging robotics and IoT developer-tools market, specifically configuration management, DevOps infrastructure, and software deployment for connected device fleets. It is adjacent to broader robot-fleet-management and observability platforms rather than being a robot manufacturer or a general-purpose cloud DevOps product. Public company-directory information identifies Formic Technologies, InOrbit, and Rerun as possible competitors, although these companies may overlap with Miru at different layers of the robotics software stack.
Miru was founded in 2024 and is listed by Y Combinator as an active Summer 2024 company with a three-person team. Its website says it is trusted by teams in production and features a customer statement from Pickle Robot, providing evidence of early commercial use. Public materials reviewed identify the company as private and pre-seed, but do not establish a reliable revenue figure, so it is more accurate to describe Miru as an early-stage company with production traction than to definitively label it pre-revenue.
Founders & Leadership
Funding History
Y Combinator
Recent News
Y Combinator’s robotics directory lists Miru as an active S2024 company with three employees in San Francisco. The profile says Miru helps robotics teams manage, version, and deploy robot configurations.
Miru’s changelog identifies v0.9.0 as a major release replacing the schema-push workflow with a single `miru release create` command. The command handles releases, schemas, and Git-related operations.
Active Roles
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Get notified when they postBusiness Model
Miru appears to operate as a B2B software company selling configuration-management and deployment infrastructure to robotics and IoT teams. Its public site uses founder-led demos and sales conversations rather than publishing prices; exact subscription, usage, or contract pricing is not disclosed.