The operating system for robotics development.
One platform for the entire robotics lifecycle — data, secure access, CI, and fleet operations. Built offline-first for where robots actually live: factories, fields, and air-gapped sites.
Offline-first · Zero-trust · Source-available
Robot fleets run on duct tape.
Teams operating real fleets stitch together five disconnected tools — none designed for robotics, none built for offline. Debugging one misbehaving robot means a VPN, a copied rosbag, a guess at which code was running, and a spreadsheet.
Data nobody can manage
Robots emit gigabytes of sensor logs with no version control, no lineage, no reproducible processing. "What produced this behavior?" is unanswerable — and it's the exact question safety certification asks.
Insecure remote access
Reaching a field robot means VPNs and inbound ports: an expanding attack surface with no session recording, no fine-grained authorization, no clean revocation.
The cloud assumption breaks
Robots live in factories, fields, labs, and air-gapped sites. Cloud-only SaaS stops working at exactly the moment it's needed most.
Five tools, zero shared data model
Visualization, access, CI, experiments, and OTA each live in a different tool with brittle glue between them — none designed for robotics, none built for offline.
One platform. Four planes.
Bringup spans desktop, cloud, edge, and an on-site edge gateway — a domain-neutral, offline-first core. Robotics ships as the flagship extension pack, so the same core opens new verticals without a rewrite.
Desktop
A local-first, VS Code-style workspace with signed extensions. Fully functional offline — the cloud is optional.
Cloud
A self-hostable backend on a single Go service stack. Source-available, so customers can audit what they run.
Edge
An on-device agent that is outbound-only. No inbound ports on your robots — nothing to attack.
Edge gateway
An on-site mirror of the control plane. Keeps the whole site running when the cloud is unreachable — including fully air-gapped.
Everything a fleet needs, in one connected loop.
Eight capabilities spanning data, secure access, experiments, and fleet operations — all on one shared data model, so the whole workflow connects end to end.
Bringup Data
Collect, store, and search everything your robots record.
Experiments & automation
Track every test and run repeatable data-processing pipelines.
Bringup Connect
Reach robots in the field securely — every session recorded and audited.
Fleet monitoring
Every robot's live status and health, in one place.
Training & visualization
Hands-on browser training plus built-in data visualization.
Simulation & testing
Test each update in simulation and on real robots before it ships.
Fleet updates
Push updates to the whole fleet safely, with easy rollback.
DataPilot AI
An AI assistant that spots problems and explains what went wrong.
From raw rosbag to fleet-wide answer.
The workflow that used to span five tools, in one place — with one shared data model underneath.
Every byte your fleet records, searchable.
Ingest multi-sensor rosbag streams at scale, filter across your entire recorded history, and open any bag in the built-in visualizer — no more hunting through laptops and NAS drives.
- Fleet-wide ingest, indexed search, advanced filtering
- Built-in visualization — open any bag in one click
- Data versioning and lineage
Pipelines you can rerun. Results you can prove.
YAML-defined processing pipelines run the same way every time — on managed workers or your own hardware. Every experiment is tracked against the exact data, code, and parameters that produced it.
- Repeatable YAML data-processing pipelines
- Experiment tracking as a system of record
- Self-hosted workers for heavy or private workloads
Reach any robot. No VPN. Every session recorded.
Cert-based SSH over an outbound-only agent — no inbound ports on the robot, no VPN to manage. Kernel-level (eBPF) session recording produces the immutable audit trail regulated buyers require.
- Outbound-only edge agent — nothing to attack
- eBPF session recording + role-based access control
- Clean, instant access revocation
Every robot's health on one screen — even offline.
Live status and health for the whole fleet. When the uplink drops, the edge gateway keeps the site coordinating over a peer-to-peer mesh and syncs back when connectivity returns.
- Live fleet status and health signals
- Survives disconnection — edge gateway parity
- Safe fleet updates with rollback
We sell outcomes, not features.
Resilience
Your fleet keeps operating offline and air-gapped. It doesn't stop when the cloud does.
Security & compliance
No VPNs, no inbound ports — with recorded sessions and an immutable audit trail. Pass the audits regulated buyers require.
Reproducibility
Versioned data, lineage, and repeatable workflows. Answer "what produced this?" in seconds, not days.
Traceability
Experiment tracking plus an immutable record — the system of record safety certification demands.
Velocity, safely
Simulation and hardware-in-the-loop CI on every PR, rollback-safe OTA. Ship fleet updates without bricking robots.
Sovereignty
Self-host on your own cloud or fully air-gapped. Source-available, so you can audit exactly what you run.
We started with the hard part.
Most tools start with a dashboard and promise the infrastructure later. We built the infrastructure first — the parts most teams never get right.
Zero-trust remote access
Cert-based SSH with kernel-level (eBPF) session recording and RBAC. No VPN, no inbound ports.
Offline edge–cloud orchestration
Offline sync and network-agnostic peer-to-peer fleet coordination over WireGuard.
Air-gapped parity
Identical APIs in the cloud, on-prem, and fully air-gapped. One platform, everywhere.
$ bringup connect fleet/forklift-07
✓ identity verified — cert-ssh · role: ops-engineer
✓ tunnel established — outbound-only · no inbound ports
● session recording — eBPF · immutable audit trail
$ bringup status --site warehouse-3
⚠ uplink offline — 4h 12m
✓ edge gateway — serving control plane locally
✓ fleet 14/14 — coordinating via p2p mesh
$ █
Run your fleet on Bringup.
Start free in a personal workspace — or join as a design partner if you're operating a real fleet. We're onboarding teams now.
We care about your data. Read our privacy policy.
- Development updates
- Progress, releases, and engineering notes as the platform unifies.
- Design partner program
- Teams running production fleets get priority onboarding and direct input on the roadmap.