Solonomous RPA Engineering

Automate the work that drains your team

Solonomous builds bots that survive real production — orchestration, exception handling, queuing, and audit built in — and hands the cases a fixed script cannot read to a model, so the process finishes end to end.

Built for operations teams at growing companies

NCRVoyix
Itau Unibanco
Workflow Automation
Breville
Intel
Okta
Atlassian
AWS
Mayo Clinic
Qantas
Knowledge Base
Toyota
Operations

Bots engineered to run, not just demo

We design every automation around the parts most teams skip — orchestration, exception paths, retries, and observability — so your bots keep working when source systems change, queues back up, or a record doesn’t match the script.

[01]

Orchestrated, not scheduled

Work flows through a central queue with priority, concurrency, and SLAs, so bots run in the right order instead of stepping on each other at 2 a.m.

[02]

Exception handling that holds up

Every process has documented failure paths — retry, route to a human, or park for review — so edge cases get resolved instead of silently dropped.

[03]

Retry and queue you can trust

Transient errors get retried with backoff, stuck items move to a review queue, and nothing is lost between a flaky API and your next run.

[04]

Observability from day one

Live dashboards, run logs, and alerts show what each bot did, where it stalled, and which exceptions need attention before they become incidents.

Intelligence

Where the fixed path ends and judgement begins

Classic RPA stops at the first thing it cannot read. We put a model on that boundary — reading unstructured input, triaging exceptions, and escalating what genuinely needs a person — so the process completes instead of queueing.

[01]

Unstructured input, handled

Documents, emails, and free-text fields are read by a model and turned into the structured values the bot needs, so a process no longer stops dead at the first PDF.

[02]

Exceptions triaged automatically

Cases that fall out of the deterministic path are classified, enriched from the surrounding systems, and routed, so only the genuinely ambiguous ones reach a person.

[03]

APIs first, screens last

Wherever a system exposes an interface we integrate against it, keeping UI automation for the legacy applications that leave no other option — which is what stops the fleet breaking on every release.

[04]

Capacity and cycle time, measured

Hours reclaimed, error rate, and throughput are tracked per process and per team, so the business case is reported live rather than estimated at year end.

[01]

Unstructured input, handled

Documents, emails, and free-text fields are read by a model and turned into the structured values the bot needs, so a process no longer stops dead at the first PDF.

[02]

Exceptions triaged automatically

Cases that fall out of the deterministic path are classified, enriched from the surrounding systems, and routed, so only the genuinely ambiguous ones reach a person.

[03]

APIs first, screens last

Wherever a system exposes an interface we integrate against it, keeping UI automation for the legacy applications that leave no other option — which is what stops the fleet breaking on every release.

[04]

Capacity and cycle time, measured

Hours reclaimed, error rate, and throughput are tracked per process and per team, so the business case is reported live rather than estimated at year end.

NCRVoyix

How a logistics operator removed 40 hours a week of manual invoicing

By replacing screen-scraping scripts with an orchestrated bot fleet, the finance team cleared its invoice backlog and reclaimed a full headcount of capacity within the quarter.

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