Process automation

    Process Automation Platform

    Move beyond task bots and brittle scripts. Build governed workflows that survive change: approvals, exception paths, evidence artifacts, and an Operational Knowledge graph—guided by HEIDI and ready for enterprise automation.

    No credit card required. Switch to a paid plan any time.

    Integration surface map

    Enterprise automation needs multiple surfaces—APIs, tools, and UI automation—under one governed operating model.

    Policy strength

    74%

    API-first automation

    Stable integrations and structured data.

    Fast and reliable

    Strong data contracts

    Best for systems of record

    System boundary (governed)

    Guardrails

    Gates + approvals + evidence

    Operational Knowledge

    Owners + versions + evidence graph

    HEIDI

    Guided runs + prompts

    Integrations

    APIs + tools + UI

    Surface scores (simulated)

    Stability

    88%

    Coverage

    72%

    Residual risk

    10%

    Policy strength

    74%

    The best platforms don’t fight reality. They combine surfaces under one governed operating model.

    What is a process automation platform?

    A process automation platform helps teams design and run end‑to‑end workflows across people and systems. The best platforms don’t just route tasks—they make decisions explicit (gates, thresholds), handle exceptions, and produce audit‑ready evidence artifacts during execution.

    Impact

    Results teams are seeing

    1 workflow

    to prove value

    Start with one evidence-heavy process

    ≤ 60 min

    to first governed run

    Pilot checklist built into each use case

    Audit-ready

    by design

    Approvals + evidence artifacts, not reconstruction

    Capabilities

    What you can do with Process Designer

    Governed workflows (not just routing)

    Model decision points, approvals, thresholds, and exception paths so execution stays consistent—even when teams and tools change.

    Evidence artifacts as first‑class outputs

    Produce structured proof during work: approval records, exception rationale, timestamps, and version logs you can query—not chase.

    Operational Knowledge graph (system of record)

    Connect processes, SOPs, decisions, documents, owners, and evidence into a graph for impact analysis and fast onboarding.

    HEIDI: guided execution + command center

    Guide people through runs via voice and UI, reduce variance, and manage missions in the Command Center (handoffs, progress, exceptions).

    Enterprise‑ready automation surfaces

    Automate with APIs and integrations where possible. Where there’s no API, use controlled browser‑agent patterns—inside guardrails and audit trails.

    How it works

    From chaos to clarity in 4 steps

    1

    Pick an evidence‑heavy process

    Choose a workflow where approvals, exceptions, and auditability matter (access requests, refunds, month‑end close, incident response).

    2

    Model the decision points

    Make thresholds and gates explicit. Define who can approve what and what evidence must exist at each step.

    3

    Run with HEIDI guidance

    People get guided steps and prompts; the Command Center makes handoffs and progress visible.

    4

    Automate stable parts safely

    Automate what’s repeatable. Keep human sign‑off where risk is high. Capture evidence artifacts automatically.

    5

    Measure drift and improve

    Track adoption by version, evidence completeness, and should‑vs‑is signals. Route remediation to owners with SLAs.

    Avoid these

    Common mistakes (and how to avoid them)

    Automating the happy path only

    Real operations are dominated by exceptions, approvals, and rework loops.

    Model decision points + exception paths first; automate only stable steps.

    Treating evidence as a document attachment

    Evidence becomes unqueryable and hard to audit at scale.

    Define evidence artifacts as structured records with IDs, timestamps, and rationale.

    Deep dive

    The operating model: from knowledge to execution

    A process automation platform only works when the operating model is explicit.

    Process Designer’s posture: start with governed execution, then automate stable parts.

    What “governed execution” means

    • Decision points are explicit (criteria, thresholds, required approvers).
    • Exception paths are modeled (not handled in chat).
    • Evidence artifacts are produced during the run (not reconstructed later).
    • Ownership + SLAs exist for updates when SOPs and tools change.

    What this changes in practice

    BeforeAfter
    People search for the right docHEIDI guides the run with the right context
    Approvals in email/SlackApprovals become workflow gates
    Evidence reconstructed laterEvidence artifacts produced at the decision point
    SOPs drift silentlyDrift becomes measurable and routed to owners

    Researched: 2026-03-05.

    Winning strategy for ranking + adoption

    Educational content earns discovery traffic. A governed execution layer earns trust—and turns that traffic into conversion because it addresses the hard part: proof, drift, and exception handling.

    Automation surface: APIs, UI, and safe autonomy

    Modern automation mixes integration styles—your platform must support all three safely.

    • API-first integrations for stable systems of record.
    • Human-in-the-loop steps where risk is high or data is sensitive.
    • Browser agent patterns where systems have no API (within guardrails + auditability).

    The key is not “maximum autonomy.” The key is maximum reliability under change.

    Getting started

    Your checklist for success

    Before you start

    • Define the outcome

      What does “done” mean (state + artifact)?

    • List decision points

      Where do approvals/exceptions happen today?

    • Define evidence artifacts

      IDs, timestamps, rationale, attachments, links

    • Assign owners + SLAs

      Who updates the SOP/workflow when it drifts?

    • Automate only stable steps

      Keep risky steps gated with human sign‑off