UiPath is the most mature enterprise RPA platform. OpenAdapt is a governed workflow compiler with independent effect verification. They solve overlapping problems from different starting points, and for many teams the honest answer is one, the other, or both.
Every claim below names its public source. Where a vendor publishes no figure, we say so instead of estimating one.
OpenAdapt
A compiled workflow replays deterministically with zero model calls on healthy runs; drift it was never shown halts instead of guessing, and repair goes through governed, reviewable re-resolution.
UiPath
Studio workflows replay deterministically; when UI changes break selectors, UiPath's Enterprise tier offers the Healing Agent, which suggests fixes and heals UI issues at runtime (available for purchase).
OpenAdapt
The local runtime is MIT licensed with no per-run license fee: healthy runs make zero model calls at $0 model cost, as measured in the published Frappe Lending trials.
UiPath
License-based pricing: Automation Cloud Basic starts at $25 per month for individuals and small teams; Standard and Enterprise are quoted by sales, and users/robots may require additional licenses. No per-run price is published.
Source: UiPath plans and pricing · Frappe Lending benchmark: 0 model calls, $0 model cost
OpenAdapt
Success is established out of band - read-only API reads, SQL queries, table-delta audits, or file checks against the system of record - and every run ends VERIFIED or HALTED with preserved evidence.
UiPath
Orchestrator provides centralized audit trails, search, filter, and export of audit events, and queue-based transaction status. The acting session's own success signals remain the primary in-band check; an independent read-back of the business system of record is not part of the published core loop.
Source: UiPath pricing comparison: audit and governance features
OpenAdapt
Ambiguity, wrong identity, or a refuted effect stops the run before or after the consequential action with a preserved halt report; uncertain delivery is classified for reconciliation rather than retried blindly.
UiPath
Unattended robots are designed to run task-heavy, long-running processes without human supervision; attended robots put the human in the loop. Queue items expose retry and exception statuses for operators.
Source: UiPath pricing comparison: robot limits descriptions
OpenAdapt
Recordings, bundles, and evidence stay inside your boundary by design: local execution is the default path, and screenshots-may-leave-box is an explicit per-run flag observed false in the published demo pack.
UiPath
Strong enterprise options: self-hosted deployment including air-gapped installs, bring-your-own encryption keys and credential vaults (Enterprise), and opt-out of data collection (Standard and above). Basic-tier cloud hosting is Europe-region only.
Source: UiPath plans and pricing: deployment and governance rows
OpenAdapt
Browser runs in production today; native desktop through accessibility plus visual evidence; managed remote estates through an external zero-install lane qualified against a stand-in and a real FreeRDP round trip, with real ICA/HDX qualified per customer before consequential use.
UiPath
Broadest published surface coverage in the market: web, desktop, Citrix virtual desktops, SAP, and APIs, with a very large activity library and mature Orchestrator fleet management.
Source: OpenAdapt qualification evidence per surface · UiPath platform overview
Source: UiPath plans and pricing
These are the differences that hold up under scrutiny. Recording demonstrations, visual targeting, virtual desktop awareness, and selector repair are broadly available across modern tools and are not claimed here as unique.
A run is judged by an out-of-band check of the system of record, such as a read-only API call, a SQL query, or re-reading the persisted record, not by the acting session declaring itself successful.
Every consequential run ends verified or halted with a preserved run report. There is no silent third state where the workflow looked finished but the record never changed.
A compiled workflow replays deterministically with zero model calls on healthy runs. Model spend is reserved for compilation and reviewable repair.
For managed Citrix, RDP, and VDI estates, OpenAdapt can drive the local client window from outside the session, so nothing is installed inside the remote environment. The lane is qualified today against a deterministic stand-in and a real FreeRDP round trip; a real ICA/HDX environment is qualified per customer before consequential use.
Recordings, screenshots, and compiled bundles can stay inside your boundary. Local, self-hosted, and customer-controlled deployments are first-class, not an enterprise afterthought.
The compiler and governed runtime are MIT-licensed and inspectable. You can audit exactly what runs beside your systems of record.
Each execution surface ships with bounded, published acceptance evidence, counted effects, refusals, and halts, instead of an unbounded compatibility claim.
Per-surface acceptance results are published in the qualification evidence.
No. For standardized enterprise programs with hundreds of automations, existing licenses, and a center of excellence, UiPath is often the right answer. OpenAdapt is designed for consequential GUI transactions where the system of record must be independently confirmed after every run.
Source: OpenAdapt comparison guide
OpenAdapt publishes per-workflow trial counts, verified/halt outcomes, silent incorrect success, and model-call counts tied to immutable evidence packs, for example the MockMed triage pack with 18 trials (3 verified, 15 expected halts, 0 model calls). UiPath publishes product capabilities and service uptime, not per-workflow verification trials.
Source: mockmed-triage-v3 evidence pack
Choose UiPath when you are standardizing hundreds of automations on one enterprise platform, need mature fleet orchestration today, or already have UiPath licenses, developers, and a center of excellence.
Choose OpenAdapt when the workflows that matter are consequential transactions where you need the system of record independently confirmed after every run, when sensitive data must stay in your boundary on an inspectable MIT runtime, or when you want a zero-install lane into managed remote estates.
Recording a demonstration, visual targeting, and repairing broken selectors are not differentiators in either direction: modern RPA platforms and OpenAdapt all do these. The difference is how a run is judged and what a failure is allowed to look like.
Bring one repeated, consequential workflow and measure authoring time, run time, intervention rate, and incorrect-success rate against your current approach. Or watch the governed-execution demo first: every run shown ends verified or halted.