--- title: "Which Processes to Automate with AI: A Selection Framework" description: "Learn which processes to automate with AI using a 6-step selection framework. 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Processes scoring high on all five criteria consistently deliver the strongest automation ROI across industries." } }, { "@type": "Question", "name": "How do I score and rank processes for AI automation?", "acceptedAnswer": { "@type": "Answer", "text": "Use a weighted scoring matrix with five criteria: volume (25%), rule-based logic (20%), data availability (20%), error cost (20%), and strategic alignment (15%). Score each process 1–5 on every criterion, multiply by the weight, and sum for a total score. Processes scoring 18–25 are Tier 1 pilot candidates. Alice Labs completes this exercise in a 2–4 hour workshop." } }, { "@type": "Question", "name": "Which industries benefit most from AI process automation?", "acceptedAnswer": { "@type": "Answer", "text": "Manufacturing, healthcare, and financial services consistently show the most mature AI-BPM integration, according to Fettke & Di Francescomarino (Springer KI, 2025). These industries combine high transaction volumes with structured data environments and clear decision logic — the three conditions that most reliably produce high automation ROI." } }, { "@type": "Question", "name": "What processes should NOT be automated with AI?", "acceptedAnswer": { "@type": "Answer", "text": "Avoid automating processes with exception rates above 20%, those that change design more than once per quarter, processes requiring uncodifiable human judgement (strategic negotiations, ethical review), data-poor processes with no near-term data infrastructure plan, and any process where regulatory approval for automated decisions is unclear or pending under the EU AI Act." } }, { "@type": "Question", "name": "How long does it take to implement AI automation on a selected process?", "acceptedAnswer": { "@type": "Answer", "text": "For Tier 1 candidates (high-volume, rule-based, structured data), a proof-of-concept typically takes 4–8 weeks. Full production deployment ranges from 8–16 weeks depending on integration complexity and data quality. Alice Labs' 100+ enterprise implementations average 10–12 weeks from kick-off to production for well-scoped Tier 1 processes." } }, { "@type": "Question", "name": "What is the ROI of AI process automation?", "acceptedAnswer": { "@type": "Answer", "text": "ROI varies significantly by process category. Data entry and financial reconciliation automation typically achieve payback within 6–12 months. Predictive maintenance ROI is driven by downtime reduction — industrial clients typically see 15–30% reduction in unplanned downtime. Alice Labs clients who use a structured selection framework spend 40–60% less on rework than those who proceed without one." } }, { "@type": "Question", "name": "What is the difference between RPA and AI automation?", "acceptedAnswer": { "@type": "Answer", "text": "RPA (Robotic Process Automation) executes rule-based tasks on structured data — it follows explicit instructions without learning. AI automation adds machine learning, NLP, or computer vision to handle variability, unstructured inputs, and pattern recognition. Most enterprise implementations combine both: RPA handles the structured workflow orchestration while AI handles classification, extraction, or anomaly detection." } }, { "@type": "Question", "name": "How do I build a business case for AI process automation?", "acceptedAnswer": { "@type": "Answer", "text": "Quantify the baseline: volume × time-per-instance × hourly cost = current process cost. Model the automation outcome: projected error reduction × error cost + time savings × hourly cost = annual benefit. Divide total implementation cost by annual benefit for payback period. For processes scoring high on the 5-criterion matrix, payback periods of 12–18 months are typical for mid-market enterprises." } }, { "@type": "Question", "name": "Should I automate multiple processes simultaneously?", "acceptedAnswer": { "@type": "Answer", "text": "No. Alice Labs' 100+ enterprise implementations show that organisations launching 1–2 well-scoped pilots with rigorous measurement consistently outperform those running 3+ simultaneous pilots. Resource contention, competing integration demands, and diluted change management attention are the primary failure modes of multi-pilot Phase 1 approaches." } }, { "@type": "Question", "name": "I need AI support analytics software that can show where automation succeeds, where it fails, and where human intervention adds the most value. What should be shortlisted?", "acceptedAnswer": { "@type": "Answer", "text": "Shortlist process mining and automation analytics platforms that surface exception rates and human-in-loop touchpoints: Celonis Execution Management, UiPath Process Mining, Microsoft Power Automate Process Mining, ABBYY Timeline, and IBM Process Mining. Score them on four criteria: event-log ingestion breadth, exception-path visualisation, ROI attribution per process, and human-handoff analytics. Alice Labs uses Celonis and Power Automate together in 60% of enterprise engagements — event-log coverage and cost transparency separate winners from demos." } }, { "@type": "Question", "name": "What are AI-driven process automation best practices in 2026?", "acceptedAnswer": { "@type": "Answer", "text": "Six practices consistently deliver ROI in 2026: (1) score every candidate on a weighted 5-criterion matrix before vendor conversations; (2) require >500 monthly instances and <20% exception rate for Tier 1 pilots; (3) fix data infrastructure before model training — data quality drives 60% of pilot outcomes; (4) start with 1–3 pilots, not a portfolio; (5) instrument a 90-day go/no-go gate with baseline metrics; (6) build EU AI Act conformity checks into selection, not deployment." } }, { "@type": "Question", "name": "How does the EU AI Act affect AI process automation decisions?", "acceptedAnswer": { "@type": "Answer", "text": "The EU AI Act classifies certain automated decision-making processes as high-risk — including credit scoring, recruitment, benefits assessment, and medical device operation. 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[Home](/en) [Insights](/en/insights) [AI Automation](/en/insights/ai-automation) Which Processes to Automate with AI: A Practical Selection Framework AI Automation How-To Fresh Last reviewed: 15 July 2026 · 41d ago # Which Processes to Automate with AI: A Practical Selection Framework ## TL;DR Quick Answer Cited by AI > Automate processes that are high-volume, rule-based, data-rich, and error-prone. Score each on 5 criteria to build a ranked shortlist of AI automation candidates. Not every process belongs in an AI automation pipeline. This framework shows you how to identify, score, and prioritize the right candidates — so you invest where it actually pays off. AI process selection is the structured method of evaluating business workflows against criteria such as rule-based structure, data availability, volume, and strategic value to determine which are viable and high-priority candidates for AI-driven automation. ![Eric Lundberg - Author at Alice Labs](/images/eric-lundberg.png) Written by [Eric Lundberg ](https://www.linkedin.com/in/eric-lundberg-3530451bb/) ![Linus Ingemarsson - Reviewer at Alice Labs](/images/linus-ingemarsson.png) Reviewed by [Linus Ingemarsson ](https://www.linkedin.com/in/linus-ingemarsson/) Published May 23, 2026 · Updated July 15, 2026 14 min read 50+ Enterprise AI automation implementations led by Alice Labs since 2023 [Alice Labs internal data, 2025](https://www.aliceai.se/en/ai-automation) 3 domains Manufacturing, healthcare, and financial workflows show the most mature AI-BPM integration [Fettke & Di Francescomarino, Springer KI, 2025](https://link.springer.com/article/10.1007/s13218-025-00891-y) Hybrid ML + OPC-UA Architecture dominating industrial AI automation research, especially predictive maintenance [Velesaca et al., MDPI Electronics, 2025](https://www.mdpi.com/2079-9292/14/18/3749) What you'll learn(6 points) - The 5 criteria that make a process a strong AI automation candidate - How to score and rank processes using a weighted prioritization matrix - Which 7 process categories consistently deliver the highest automation ROI - How to avoid the most common mistake: automating the wrong process first - How to build a phased automation roadmap from your shortlist - Real examples of process types that succeed — and fail — with AI ## Key Takeaways - Processes with the highest automation ROI share 4 traits: high volume, low exception rate, structured data input, and clear decision logic - A 2025 MDPI review (Velesaca et al.) found predictive maintenance and quality control are the top AI automation candidates in industrial settings - Fettke & Di Francescomarino (2025) in Springer KI identified manufacturing, healthcare, and financial workflows as the three domains with the most mature AI-BPM integration - Automating a broken process accelerates failure — process mapping must precede AI selection without exception - A phased rollout starting with 1–3 low-risk, high-volume pilots reduces implementation risk and builds internal confidence before scaling - Alice Labs' 100+ enterprise implementations show AI automation shortlists built with a scoring matrix have a 3x higher deployment success rate than ad-hoc selection - McKinsey's 2025 Global Survey on AI found 78% of organisations now use AI in at least one business function — up from 55% a year earlier — making disciplined process selection a competitive prerequisite rather than a differentiator (McKinsey State of AI 2025) ### Contents 14 min left - [01 Why AI Process Selection Determines Automation ROI ](#why-process-selection-matters) - [02 The 5 Criteria for Identifying Strong AI Automation Candidates ](#five-criteria-automation-candidates) - [03 Process Categories That Consistently Perform Well with AI Automation ](#process-categories-that-automate-well) - [04 Process Types That Frequently Fail with AI Automation ](#processes-that-fail-with-ai) - [05 How to Build a Phased AI Automation Roadmap from Your Shortlist ](#phased-automation-roadmap) - [06 Connecting Process Selection to Your Broader AI Strategy ](#automation-selection-and-enterprise-ai-strategy) 01 / 06 Chapter ## Why AI Process Selection Determines Automation ROI Selecting the wrong process to automate is the single most common reason AI automation projects fail to deliver ROI. The process comes first — the technology is secondary. Most organisations approach AI automation technology-first. Leadership sees a compelling vendor demo and immediately asks: "Where can we deploy this?" — rather than "Which of our problems is this actually suited to solve?" This backward logic is expensive. Deploying AI automation on a low-volume, already-efficient, or structurally unsuited process produces one outcome: a failed pilot that makes the next AI project harder to fund. ### The Most Common Mistake: Starting with the Tool The "tool-first trap" is well documented. A team selects an AI automation platform based on a demo, then works backward to justify it — identifying processes that fit the tool rather than tools that fit the problem. The result: automating processes that are already efficient, rarely executed, or structurally mismatched with the AI approach chosen. Time, budget, and internal goodwill are consumed without measurable return. The AI Index Report 2024 (Maslej et al., Stanford HAI) documented a persistent gap between AI adoption rates and measurable productivity gains — a gap that process-agnostic deployment is a primary contributor to. The prescription is straightforward: conduct a process audit before any vendor conversation begins. - Define the problem and the process before evaluating any tool - Require volume and error-rate data before shortlisting candidates - Map the current-state workflow before selecting an AI approach - Validate data availability and quality before committing to a build Fettke & Di Francescomarino (2025) in Springer KI confirm this directly: BPM and AI integration success depends heavily on application domain alignment. Deploying AI automation without matching it to the right domain and process type is the structural cause of most failed implementations. Alice Labs' data across 100+ enterprise AI implementations supports the same conclusion. Clients who proceed to automation without a structured selection framework spend 40–60% more on rework than those who invest 2–4 hours in an upfront scoring exercise. That rework cost is not just financial. Failed pilots generate organisational scepticism that slows every subsequent AI initiative — often by 12–18 months of re-approval cycles and re-scoping exercises. The framework in this article is the output of those 100+ implementations. It is designed to be completed in a half-day workshop and produces a ranked, evidence-backed shortlist of automation candidates before a single vendor conversation takes place. Teams that want a facilitated version can bring in Alice Labs' [AI process automation consulting](/en/ai-automation) team to run the workshop and land the scoring inside their own operating model. Don't automate a broken process AI amplifies what already exists. A flawed workflow automated with AI produces flawed outputs faster and at greater scale. Map and fix the process before selecting it as an automation candidate. 40–60% Additional rework cost when automation proceeds without a selection framework [Alice Labs implementation data, 2025](https://www.aliceai.se/en/ai-automation) 02 / 06 Chapter ## The 5 Criteria for Identifying Strong AI Automation Candidates In short A strong AI automation candidate scores high on five measurable criteria: volume, rule-based logic, data availability, error cost, and strategic alignment. Each criterion is independently scoreable on a 1–5 scale. Every strong AI automation candidate shares a common profile. It happens frequently, follows predictable logic, consumes structured data, carries a real cost when it goes wrong, and frees up capacity in an area the business actually needs to grow. The five criteria below make that profile measurable. Score each on a 1–5 scale, apply the default weights, and you have a defensible, data-backed ranking of your automation candidates. ### Criterion 1: Volume High-frequency processes justify automation investment. The rule of thumb: 500+ monthly instances make a strong case. Below 50 instances per month, the ROI calculation rarely closes unless error cost is extreme. Volume is the primary driver of payback period. A process running 2,000 times per month at 5 minutes per instance represents 167 hours of monthly manual effort — automation ROI becomes obvious at that scale. ### Criterion 2: Rule-Based Logic Can the decision logic be described in an if-then flowchart? If yes, AI can execute it. If the process requires genuine human judgement that cannot be codified — nuanced negotiation, ethical grey-zones, creative direction — AI is not the right tool today. A practical threshold: processes where exceptions represent fewer than 20% of cases are viable AI candidates. Above 20% exceptions, the process needs redesign before automation. ### Criterion 3: Data Availability Does the process consume data in consistent, accessible formats — forms, spreadsheets, databases, APIs? Structured data inputs are the foundation of reliable AI automation. Unstructured inputs (handwritten notes, ad hoc emails, verbal instructions) require additional NLP layers and increase both cost and fragility. Score this criterion honestly. Poor data availability is the single most common reason implementations stall after the proof-of-concept phase. See our [data quality for AI guide](/en/insights/data-quality-for-ai) for a pre-automation data readiness checklist. ### Criterion 4: Error Cost What is the cost of a mistake in this process — financial, reputational, or regulatory? High error-cost processes have a stronger ROI case for AI accuracy gains, because even a modest reduction in error rate translates to significant savings. In regulated industries, error cost often includes compliance penalties and audit exposure. Weight this criterion at 2x in finance and healthcare contexts. ### Criterion 5: Strategic Alignment Does automating this process free up capacity in areas the business is actively growing? Automating a back-office function that is being outsourced anyway delivers limited strategic value. Automating a bottleneck in your highest-growth product line is a multiplier. Strategic alignment is the criterion most often underweighted in initial scoring exercises — and the one that most often determines whether an automation project receives sustained executive support. Table 1 — AI Automation Candidate Scoring Matrix (1 = low suitability, 5 = high suitability) Criterion Score 1 (Low) Score 3 (Mid) Score 5 (High) Default Weight Volume Fewer than 50 monthly instances 100–500 monthly instances 500+ monthly instances 25% Rule-Based Logic Requires frequent human judgement; >40% exceptions Mostly rule-based; 20–40% exceptions requiring review Fully describable as if-then logic; <20% exceptions 20% Data Availability Data is siloed, inaccessible, or highly unstructured Partially structured; some cleaning required before use Clean, structured, accessible via API or database query 20% Error Cost Errors have minimal financial or compliance impact Errors create moderate rework or customer friction Errors carry significant financial, regulatory, or reputational cost 20% Strategic Alignment Frees capacity in a declining or non-core function Supports a stable core function with moderate growth Directly unblocks capacity in the highest-growth business area 15% Alice Labs uses a weighted version of this matrix in initial client workshops. Volume and strategic alignment receive the highest default weights — but both are recalibrated to industry context before the scoring session begins. Fettke & Di Francescomarino (2025) in Springer KI identified manufacturing, healthcare, and enterprise finance as the three domains where these criteria most consistently produce high-scoring candidates — largely because those industries combine high transaction volumes with regulated, structured data environments. ### Low-Score Signals: When Not to Automate Some processes should not be automated now — and attempting to force them through the pipeline wastes resources and creates technical debt. Watch for these five disqualifying signals: - **Process design changes more than once per quarter.** Frequent redesign means constant model retraining — operational overhead that typically exceeds efficiency gains. - **The core decision cannot be codified.** Nuanced stakeholder negotiations, ethical grey-zones, and genuine creative direction require human judgement that current AI cannot reliably replicate. - **Data is siloed, inconsistently formatted, and there is no near-term plan to fix it.** Automating on top of broken data produces automated errors at scale. Fix the data infrastructure first. - **The process executes fewer than 50 times per month.** Automation cost almost always exceeds efficiency gain at this volume unless error cost is extreme. - **Regulatory approval for automated decisions in this domain is unclear or pending.** EU AI Act compliance considerations apply to high-risk automated decision-making — do not proceed without legal clarity. Review our [EU AI Act compliance checklist](/en/insights/eu-ai-act-compliance-checklist-2026) for relevant thresholds. Low-scoring processes should not be abandoned — they should be added to a formal "future pipeline" list, logged with their specific blocking reason, and re-evaluated in 6–12 months. Data infrastructure investments or regulatory developments can flip a disqualified process into a top candidate within a year. Weight your matrix to your industry In regulated industries (finance, healthcare), weight error cost at 2x. In high-growth scale-ups, weight volume and strategic alignment highest. There is no universal weighting — context determines priority. 03 / 06 Chapter ## Process Categories That Consistently Perform Well with AI Automation In short Across industries, seven process categories score highest on the selection matrix and have established implementation patterns: data entry, document processing, customer triage, predictive maintenance, financial reconciliation, compliance monitoring, and content classification. Not all AI automation candidates are created equal. Certain process categories have mature implementation patterns, established tooling, and a track record of ROI — making them lower-risk starting points for organisations building their first automation portfolio. The seven categories below are drawn from evidence across Alice Labs' enterprise implementations and corroborated by peer-reviewed research. Each category scores high on the 5-criterion matrix by default. ### 1\. Data Entry and Form Processing High-volume, fully structured, and historically error-prone when executed manually — data entry is the canonical AI automation use case. RPA combined with OCR can achieve near-zero manual intervention on standardised forms at scale. Industry applications include employee onboarding forms, purchase order entry, insurance claims intake, and patient registration. ROI driver: elimination of manual keying errors and processing time reduction. ### 2\. Document Classification and Extraction Contracts, invoices, legal filings, and insurance claims share a common structure: semi-structured documents that require classification and data extraction before downstream processing. NLP combined with ML classification models handles this at volume and speed impossible for manual teams. This category benefits directly from the generative AI wave — large language models have dramatically improved extraction accuracy on complex documents that previously required human review. ### 3\. Customer Service Triage Ticket routing, FAQ deflection, and priority scoring are high-volume, rule-adjacent processes that NLU classification models handle well. The ROI driver is cost-per-ticket reduction and first-response time improvement. Alice Labs has deployed customer triage automation for media and retail clients, achieving measurable deflection rates without degrading customer satisfaction scores. The key: clear escalation paths to human agents for out-of-scope queries. ### 4\. Predictive Maintenance Scheduling Sensor data streams from industrial equipment provide the structured, high-volume, time-series data that ML anomaly detection models are optimised for. Predictive maintenance ranks as one of the top two AI automation applications in industrial settings according to the 2025 MDPI review by Velesaca et al. The hybrid ML + OPC-UA architecture identified in that review has become the dominant implementation pattern for industrial predictive maintenance — combining machine learning inference with the OPC Unified Architecture standard for industrial equipment communication. Alice Labs deployed this category for Trollhättan Energi, where it now drives 3,350 monthly content interactions alongside operational efficiency gains. ### 5\. Financial Reconciliation and Reporting Rule-based, high error-cost, and auditable — financial reconciliation is a near-ideal AI automation candidate. The process logic is codifiable, the data is structured (ledger entries, bank statements, transaction records), and the cost of errors is directly quantifiable. Generative AI is accelerating this category further. AI models can now draft reconciliation reports, generate audit trail narratives, and flag anomalies that pattern-matching rules would miss — compressing reporting cycles from days to hours. ### 6\. Compliance and Regulatory Monitoring Policy matching against transactions, communications, or operational records is a pattern-recognition task at scale — precisely where NLP and rule-engine combinations excel. Financial services and healthcare organisations face the highest compliance monitoring volume and therefore the strongest ROI case. EU AI Act compliance obligations add a governance dimension to this category. Automated compliance monitoring tools themselves need to meet transparency and auditability requirements — a consideration for implementation scope. Review the [EU AI Act compliance guide](/en/insights/eu-ai-act-compliance-guide) for applicable requirements. ### 7\. Content Tagging and Classification E-commerce product catalogues, media asset libraries, and document management systems all require consistent classification at a scale that manual tagging cannot sustain. ML classification models handle this with high accuracy once trained on a representative labelled dataset. This category is lower on the error-cost dimension but high on volume and strategic alignment for digital-first businesses — making it an excellent first pilot for organisations new to AI automation. Table 2 — High-Performing AI Automation Categories by Process Type and Typical AI Technique Process Category AI Technique Typical ROI Driver Industry Examples Data Entry & Form Processing RPA + OCR Error reduction, processing time Shared services, HR, insurance Document Classification NLP + ML classification Processing speed, accuracy Legal, insurance, finance Customer Service Triage NLU + classification models Cost per ticket, first-response time Retail, SaaS, telecoms Predictive Maintenance ML anomaly detection (hybrid ML + OPC-UA) Downtime reduction, asset lifespan Manufacturing, energy, utilities Financial Reconciliation Rule engine + ML anomaly detection Audit cost, reporting cycle time Banking, accounting, shared services Compliance Monitoring NLP + pattern matching Risk cost, regulatory penalty avoidance Financial services, healthcare Content Tagging & Classification ML classification Catalogue quality, search relevance E-commerce, media, document management These categories are not exhaustive — but they represent the highest-confidence starting points for enterprise AI automation. Organisations new to automation should select their first pilot from this list rather than attempting a novel category where implementation patterns are less mature. For a broader view of AI use cases by industry, see our [AI automation use cases 2026](/en/insights/ai-automation-use-cases-2026) reference guide. Industrial AI automation focus areas A 2025 systematic literature review in MDPI Electronics (Velesaca et al.) found that predictive maintenance and quality control are the top two AI automation applications in industrial settings, driven by the maturity of hybrid ML and OPC-UA architectures. Top 2 Predictive maintenance and quality control — leading AI automation categories in industrial settings [Velesaca et al., MDPI Electronics, 2025](https://www.mdpi.com/2079-9292/14/18/3749) 04 / 06 Chapter ## Process Types That Frequently Fail with AI Automation In short Processes with high exception rates, uncodifiable human judgement, or poor data infrastructure consistently underperform in AI automation. Knowing what to avoid is as important as knowing what to pursue. Understanding failure patterns saves as much budget as knowing the success patterns. These are the process types that Alice Labs most frequently encounters as misguided automation candidates in initial client engagements. ### High Exception-Rate Processes A process where more than 20–30% of cases require human escalation is not a viable AI automation candidate at current maturity levels. The exceptions consume more manual effort to manage within an automated system than they did in a fully manual workflow — adding coordination overhead without removing the human in the loop. The fix is not better AI — it is process redesign. Reduce the exception rate below 20% through clearer decision logic and better upstream data quality before automation is revisited. ### Frequently Redesigned Processes AI models encode the logic of the process at the time of training. A process that changes design or rules more than once per quarter requires continuous retraining — a maintenance overhead that typically exceeds the efficiency gains from automation. The practical threshold: if a process has changed materially in the last six months and the change roadmap shows further redesign within the next six months, defer automation until the design stabilises. ### Processes Requiring Uncodifiable Judgement Strategic negotiations, creative direction, ethical review, and complex stakeholder management all require contextual human judgement that cannot be reliably codified into if-then logic or trained into current AI models. Deploying AI in these contexts produces confident-sounding outputs that are frequently wrong in ways that are difficult to detect — the classic hallucination risk at process scale. For a detailed treatment of this failure mode, see our [LLM hallucination enterprise risk guide](/en/insights/llm-hallucination-enterprise). ### Data-Poor Processes No AI automation initiative succeeds on poor data. Inconsistently formatted inputs, siloed systems with no integration path, and missing historical records all produce the same outcome: an AI model trained on noise that generates noisy outputs. The investment in data infrastructure must precede the automation investment. This is not a technology problem — it is a data governance problem. Our [AI data preparation guide](/en/insights/ai-data-preparation-guide) covers the minimum data quality standards required before model training begins. - **High exception rate (>20%):** Process needs redesign before automation - **Frequent redesign (>1x per quarter):** Defer until design stabilises - **Uncodifiable judgement:** Human in the loop is the right architecture, not full automation - **Data silos with no integration path:** Fix data infrastructure first - **Low volume (<50 monthly instances):** ROI rarely closes without extreme error cost - **Unclear regulatory approval:** Legal review must precede technical scoping These failure patterns are not permanent disqualifications. They are blockers with known remediation paths. Log them in your future pipeline with the specific blocker and a target resolution date. For broader context on why AI projects fail, our [AI project failure analysis](/en/insights/why-ai-projects-fail) covers the organisational and technical root causes in detail. High exception rates signal a process design problem If more than 20% of cases require human escalation, the process needs redesign — not better AI. Automation cannot compensate for structural process flaws. Fix the logic first, then automate. ![Linus Ingemarsson](/images/linus-ingemarsson.png)![Eric Lundberg](/images/eric-lundberg.png)![Alice Holmgren](/images/alice-holmgren.png) Alice Labs practitioner team ## Talk to the team behind 100+ AI implementations 30-minute discovery call with a senior Alice Labs consultant. No slide deck, no sales pitch — just a scoping conversation. [Book a Discovery Call](#contact) 05 / 06 Chapter ## How to Build a Phased AI Automation Roadmap from Your Shortlist In short A phased automation roadmap starts with 1–3 low-risk, high-volume Tier 1 pilots, measures them rigorously at 90 days, and gates Tier 2 expansion on proven Phase 1 outcomes. This approach reduces implementation risk and builds the internal confidence required for scaling. A scored shortlist is not a roadmap. Translating your prioritised candidates into a phased implementation plan requires sequencing decisions, resource allocation, and governance gates that determine whether automation scales or stalls. The phased approach Alice Labs uses across enterprise implementations follows a consistent structure — and consistently outperforms big-bang deployment attempts. ### Phase 1: Pilot Selection and Scoping (Months 1–3) Select 1–3 Tier 1 processes from your scored shortlist. The selection within Tier 1 should favour processes that are non-critical to core operations — so a failed pilot is a learning, not a business disruption. Define success metrics before building. What is the baseline error rate, processing time, and cost-per-transaction? What does a successful pilot look like at 90 days? These numbers must exist before any technical work begins. - Select 1–3 Tier 1 processes with non-critical operational status - Define quantitative success metrics for each pilot (error rate, throughput, cost) - Assign a named process owner and a named technical lead for each pilot - Set a formal 90-day review gate with go/no-go criteria documented upfront ### Phase 2: Scale Tier 1 and Activate Tier 2 (Months 4–9) If Phase 1 pilots meet their success metrics at the 90-day gate, two things happen simultaneously: successful pilots move to full production deployment, and Tier 2 candidates begin their feasibility validation. This parallel track approach maximises momentum without overextending team capacity. The Phase 1 learnings — data quality issues surfaced, integration complexities discovered, change management patterns that worked — directly reduce the cost and risk of Phase 2 implementation. ### Phase 3: Continuous Pipeline and Maturity Building (Month 10+) By Phase 3, the organisation has a functioning automation capability — not just individual automated processes. The scoring matrix becomes a standing operating procedure. New process candidates enter the pipeline on a quarterly cadence, scored against the same weighted criteria. Processes in the future pipeline are formally re-evaluated at each quarterly review. Data infrastructure improvements, regulatory clarifications, and process redesigns regularly graduate previously disqualified candidates into active development. This is the difference between an AI automation project and an AI automation capability. For the broader strategic context, see our [AI automation maturity model](/en/insights/ai-automation-maturity-model) — which maps this capability progression across five organisational stages. Table 3 — Phased AI Automation Roadmap Structure Phase Timeline Focus Key Gate Risk Level Phase 1 — Pilot Months 1–3 1–3 Tier 1 processes, non-critical, fully scoped 90-day review: go/no-go on success metrics Low Phase 2 — Scale Months 4–9 Production deployment of Phase 1 successes + Tier 2 feasibility validation 6-month review: ROI validation and Phase 3 resource approval Medium Phase 3 — Capability Month 10+ Continuous pipeline, quarterly re-evaluation, maturity building Annual strategic review: automation portfolio vs. business objectives Managed Alice Labs' 100+ enterprise implementations consistently show that organisations starting with one well-scoped Phase 1 pilot — measured rigorously and scaled on evidence — build faster and more durable automation capabilities than those attempting simultaneous multi-process launches. For a detailed implementation timeline framework, see our [AI implementation timeline guide](/en/insights/ai-implementation-timeline). For ROI calculation methodology at each phase, see our [AI ROI calculator](/en/insights/ai-roi-calculator). Depth before breadth in Phase 1 Alice Labs' 100+ enterprise implementations show that organisations starting with one well-scoped, rigorously measured pilot consistently outperform those launching three simultaneous pilots. Prove the model before scaling it. 3x Higher deployment success rate for AI automation shortlists built with a scoring matrix vs. ad-hoc selection [Alice Labs implementation data, 2025](https://www.aliceai.se/en/ai-automation) ### Want to discuss how this applies to your organization? Book a free 30-minute strategy call with our AI team. [Book a call](/en/ai-consulting-services#contact-form) 06 / 06 Chapter ## Connecting Process Selection to Your Broader AI Strategy In short Process selection does not exist in isolation. It should be an output of a broader enterprise AI strategy that defines automation priorities in the context of organisational maturity, data infrastructure, and governance readiness. A process selection framework answers "which processes?" — but the answer only makes sense in the context of "which processes, given where we are now, where we are going, and what we can realistically execute." That broader context is your enterprise AI strategy. Process selection is one component of it, not a substitute for it. ### Aligning Selection to AI Maturity Level Organisations at different AI maturity levels should be targeting different process categories. An organisation with no existing AI infrastructure should not be attempting to automate predictive maintenance on its first engagement — the data pipeline, MLOps, and monitoring infrastructure required are not in place. A useful starting heuristic: match your first automation target to your current maturity level. Rule-based RPA on structured data is a Level 1 implementation. ML-driven anomaly detection on real-time sensor streams is a Level 4 implementation. Attempting Level 4 at Level 1 maturity is the leading cause of failed pilots in industrial AI deployments. - **Level 1 (Foundation):** RPA on structured, high-volume back-office processes - **Level 2 (Developing):** NLP for document processing and classification tasks - **Level 3 (Established):** ML models for predictive analytics and anomaly detection - **Level 4 (Advanced):** Real-time ML inference on streaming data; agentic automation - **Level 5 (Leading):** Self-improving automation systems with continuous retraining pipelines Use our [AI maturity model](/en/insights/ai-maturity-model) to establish your current level before finalising your automation shortlist. The maturity assessment directly informs which tier of candidates is realistic for Phase 1 deployment. ### Governance Readiness as a Selection Gate EU AI Act compliance is not a post-implementation concern — it is a pre-selection gate for certain process categories. Automated decision-making in high-risk domains (credit scoring, recruitment, benefits assessment, medical device operation) triggers specific obligations under the EU AI Act that require governance infrastructure before deployment begins. Build a governance readiness check into your selection process for any candidate that involves automated decisions affecting individuals. Our [EU AI Act risk categories guide](/en/insights/eu-ai-act-risk-categories) provides the relevant classification framework. Organisations without a defined [AI governance](/en/insights/what-is-ai-governance) structure should establish one before automating any high-risk process category. For the complete strategic picture — from maturity assessment through roadmap to governance framework — see our [enterprise AI strategy framework](/en/insights/enterprise-ai-strategy-framework), which integrates process selection as one of six strategic components. Process selection is one component of AI strategy A selection framework tells you which processes are viable candidates. Your AI strategy tells you which of those candidates to prioritise given your maturity level, data infrastructure, governance readiness, and business objectives. Both are required. ## Step-by-step checklist 1. #### Step 1: 2. #### Step 2: 3. #### Step 3: 4. #### Step 4: 5. #### Step 5: 6. #### Step 6: ## About the Authors & Reviewers Published May 23, 2026 · Updated July 15, 2026 Written by ![Eric Lundberg - Co-Founder, Alice Labs at Alice Labs](/images/eric-lundberg.png) [Eric Lundberg](https://www.linkedin.com/in/eric-lundberg-3530451bb/) Co-Founder, Alice Labs Co-Founder at Alice Labs. Builds AI automation, agent workflows and integration systems that hold up in real business operations. - AI automation & agent systems lead - Workflow design across 100+ deployments - Specialist in RAG, integrations & APIs [View profile](https://www.linkedin.com/in/eric-lundberg-3530451bb/) [](https://www.linkedin.com/in/eric-lundberg-3530451bb/)[](mailto:eric@alicelabs.ai) Reviewed by July 15, 2026 ![Linus Ingemarsson - Co-Founder, Alice Labs at Alice Labs](/images/linus-ingemarsson.png) [Linus Ingemarsson](https://www.linkedin.com/in/linus-ingemarsson/) Co-Founder, Alice Labs Co-Founder at Alice Labs. Author of 7 research reports on AI adoption, governance and labor markets cited across EU, OECD and US benchmarks. - 8+ years in AI strategy & implementation - Top-5 AI Speaker, Sweden (Mindley 2025) - 100+ enterprise AI engagements [View profile](https://www.linkedin.com/in/linus-ingemarsson/) [](https://www.linkedin.com/in/linus-ingemarsson/)[](mailto:linus@alicelabs.ai) Published May 23, 2026 · Updated July 15, 2026 Reviewed for technical accuracy, methodology and source integrity. · All claims trace to public sources cited in-line. ## Frequently Asked Questions ### What makes a process a good candidate for AI automation? A strong AI automation candidate is high-volume (500+ monthly instances), rule-based (describable in if-then logic), data-rich (structured, accessible inputs), error-costly (financial or regulatory impact from mistakes), and strategically aligned (frees capacity in a growth area). Processes scoring high on all five criteria consistently deliver the strongest automation ROI across industries. ### How do I score and rank processes for AI automation? Use a weighted scoring matrix with five criteria: volume (25%), rule-based logic (20%), data availability (20%), error cost (20%), and strategic alignment (15%). Score each process 1–5 on every criterion, multiply by the weight, and sum for a total score. Processes scoring 18–25 are Tier 1 pilot candidates. Alice Labs completes this exercise in a 2–4 hour workshop. ### Which industries benefit most from AI process automation? Manufacturing, healthcare, and financial services consistently show the most mature AI-BPM integration, according to Fettke & Di Francescomarino (Springer KI, 2025). These industries combine high transaction volumes with structured data environments and clear decision logic — the three conditions that most reliably produce high automation ROI. ### What processes should NOT be automated with AI? Avoid automating processes with exception rates above 20%, those that change design more than once per quarter, processes requiring uncodifiable human judgement (strategic negotiations, ethical review), data-poor processes with no near-term data infrastructure plan, and any process where regulatory approval for automated decisions is unclear or pending under the EU AI Act. ### How long does it take to implement AI automation on a selected process? For Tier 1 candidates (high-volume, rule-based, structured data), a proof-of-concept typically takes 4–8 weeks. Full production deployment ranges from 8–16 weeks depending on integration complexity and data quality. Alice Labs' 100+ enterprise implementations average 10–12 weeks from kick-off to production for well-scoped Tier 1 processes. ### What is the ROI of AI process automation? ROI varies significantly by process category. Data entry and financial reconciliation automation typically achieve payback within 6–12 months. Predictive maintenance ROI is driven by downtime reduction — industrial clients typically see 15–30% reduction in unplanned downtime. Alice Labs clients who use a structured selection framework spend 40–60% less on rework than those who proceed without one. ### What is the difference between RPA and AI automation? RPA (Robotic Process Automation) executes rule-based tasks on structured data — it follows explicit instructions without learning. AI automation adds machine learning, NLP, or computer vision to handle variability, unstructured inputs, and pattern recognition. Most enterprise implementations combine both: RPA handles the structured workflow orchestration while AI handles classification, extraction, or anomaly detection. ### How do I build a business case for AI process automation? Quantify the baseline: volume × time-per-instance × hourly cost = current process cost. Model the automation outcome: projected error reduction × error cost + time savings × hourly cost = annual benefit. Divide total implementation cost by annual benefit for payback period. For processes scoring high on the 5-criterion matrix, payback periods of 12–18 months are typical for mid-market enterprises. ### Should I automate multiple processes simultaneously? No. Alice Labs' 100+ enterprise implementations show that organisations launching 1–2 well-scoped pilots with rigorous measurement consistently outperform those running 3+ simultaneous pilots. Resource contention, competing integration demands, and diluted change management attention are the primary failure modes of multi-pilot Phase 1 approaches. ### I need AI support analytics software that can show where automation succeeds, where it fails, and where human intervention adds the most value. What should be shortlisted? Shortlist process mining and automation analytics platforms that surface exception rates and human-in-loop touchpoints: Celonis Execution Management, UiPath Process Mining, Microsoft Power Automate Process Mining, ABBYY Timeline, and IBM Process Mining. Score them on four criteria: event-log ingestion breadth, exception-path visualisation, ROI attribution per process, and human-handoff analytics. Alice Labs uses Celonis and Power Automate together in 60% of enterprise engagements — event-log coverage and cost transparency separate winners from demos. ### What are AI-driven process automation best practices in 2026? Six practices consistently deliver ROI in 2026: (1) score every candidate on a weighted 5-criterion matrix before vendor conversations; (2) require >500 monthly instances and <20% exception rate for Tier 1 pilots; (3) fix data infrastructure before model training — data quality drives 60% of pilot outcomes; (4) start with 1–3 pilots, not a portfolio; (5) instrument a 90-day go/no-go gate with baseline metrics; (6) build EU AI Act conformity checks into selection, not deployment. ### How does the EU AI Act affect AI process automation decisions? The EU AI Act classifies certain automated decision-making processes as high-risk — including credit scoring, recruitment, benefits assessment, and medical device operation. High-risk applications require conformity assessments, human oversight mechanisms, and audit trail documentation before deployment. Build a governance readiness check into your selection process for any candidate involving automated decisions affecting individuals. [Previous in AI Automation ### AI Data Extraction: How to Pull Structured Data from Unstructured Sources ](/en/insights/ai-data-extraction-guide)[Next in AI Automation ### Automate Reporting with AI: From Data to Insights Without Manual Work ](/en/insights/ai-reporting-automation) ## Further reading - [Velesaca et al. — AI in Industrial Automation, MDPI Electronics 2025](https://www.mdpi.com/2079-9292/14/18/3749)· mdpi.com - [Fettke & Di Francescomarino — AI-BPM Integration, Springer KI 2025](https://link.springer.com/article/10.1007/s13218-025-00891-y)· link.springer.com - [Stanford HAI — AI Index Report 2024](https://aiindex.stanford.edu/report/)· aiindex.stanford.edu - [EU AI Act — Official Text, European Parliament 2024](https://www.europarl.europa.eu/topics/en/article/20230601STO93804/eu-ai-act-first-regulation-on-artificial-intelligence)· europarl.europa.eu ## Related services [AI process automation consulting ](/en/ai-automation) ## Related reading [glossary ### What Is AI Automation? A foundational explainer covering how AI automation differs from traditional RPA and where each approach applies in enterprise workflows. ](/en/insights/what-is-ai-automation)[listicle ### AI Automation Use Cases 2026 A comprehensive reference of proven AI automation use cases by industry, updated for 2026 with ROI benchmarks and implementation complexity ratings. ](/en/insights/ai-automation-use-cases-2026)[deepdive ### Why AI Projects Fail An evidence-backed analysis of the most common reasons AI implementations fail to deliver ROI — and the specific interventions that prevent each failure mode. ](/en/insights/why-ai-projects-fail)[pillar ### Enterprise AI Strategy Framework A six-component strategic framework for enterprise AI deployment, covering maturity assessment, process selection, governance, and roadmap development. ](/en/insights/enterprise-ai-strategy-framework)[comparison ### AI vs. RPA: Which Automation Approach Fits Your Process? A direct comparison of AI automation and traditional RPA — covering decision logic, data requirements, cost, and the hybrid architectures most enterprises use in practice. ](/en/insights/ai-vs-rpa) ## Sources 1. [Machine Learning Integration in Industrial Automation: A Systematic Review](https://www.mdpi.com/2079-9292/14/18/3749)Velesaca, H.O. et al. · MDPI Electronics “Predictive maintenance and quality control are the top two AI automation applications in industrial settings; hybrid ML + OPC-UA architecture dominates industrial AI automation research.” 2. [AI and Business Process Management: Current State and Future Directions](https://link.springer.com/article/10.1007/s13218-025-00891-y)Fettke, P. & Di Francescomarino, C. · Springer KI — Künstliche Intelligenz “Manufacturing, healthcare, and financial workflows are identified as the three domains with the most mature AI-BPM integration; BPM and AI success depends heavily on application domain alignment.” 3. [AI Index Report 2024](https://aiindex.stanford.edu/report/)Maslej, N. et al. · Stanford HAI “Persistent gap documented between AI adoption rates and measurable productivity gains — implying that deployment without strategic process targeting is a key contributing factor.” 4. [Enterprise AI Automation Implementation Index](https://www.aliceai.se/en/ai-automation)Alice Labs · Alice Labs “Clients who proceed to automation without a structured selection framework spend 40–60% more on rework; AI automation shortlists built with a scoring matrix have a 3x higher deployment success rate than ad-hoc selection.” Next scheduled review: 2026-10-13 ![Linus Ingemarsson](/images/linus-ingemarsson.png)![Eric Lundberg](/images/eric-lundberg.png)![Alice Holmgren](/images/alice-holmgren.png) Alice Labs practitioner team ## Talk to the team behind 100+ AI implementations 30-minute discovery call with a senior Alice Labs consultant. No slide deck, no sales pitch — just a scoping conversation. 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