Whitepaper AI ERP
Access the following AI ERP guide for Singapore companies
THE MARKET SIGNAL: AI adoption among Singapore SMEs rose from 4.2% in 2023 to 14.5% in 2024. Among non-SMEs, adoption reached 62.5%. The question is no longer whether enterprises will use AI, but whether AI will operate on trusted data, within governed workflows, and with measurable accountability.
Execution Urgency: Singapore’s rapid AI adoption signals that intelligent technology is quickly becoming a baseline for business competition. However, adoption alone does not guarantee impact. Companies need AI ERP to embed intelligence into operational data, approvals, financial processes, and day-to-day execution so AI investments produce measurable business outcomes.
Strategic Outlook: In our view, the strategic value of AI ERP lies in enabling companies to scale intelligence without sacrificing accountability. By combining trusted data, automated workflows, and human oversight, Singapore businesses can make faster decisions, reduce operational risks, and pursue sustainable growth within an increasingly regulated, AI-driven economy.
Prepared for: C-suite executives, regional business leaders, ERP decision-makers, digital transformation teams, and multinational companies.
Executive Summary
Singapore’s next wave of enterprise AI will be won or lost inside operational systems. Standalone copilots can draft, summarise, and answer questions, but they often sit outside the transactions, approvals, inventory movements, financial controls, and audit evidence that determine business outcomes. AI ERP closes that gap by combining a governed system of record with intelligence that can predict, recommend, generate, and—under defined authority—execute.
The timing is significant. IMDA’s 2025 Singapore Digital Economy findings show rapid AI adoption across both SMEs and larger enterprises. Singapore has also advanced National AI Strategy 2.0, strengthened practical governance guidance, and expanded the GST InvoiceNow requirement. Together, these shifts reward organisations that can connect AI adoption with data discipline, compliant process design, workforce capability, and auditable execution.
EXECUTIVE RECOMMENDATION: Treat AI ERP as an operating-model programme, not a feature purchase. Begin with high-value workflows, establish data and decision rights, keep consequential actions human-governed, and scale only after value and risk controls are evidenced.
1. The Strategic Inflection Point
Why Industry Leaders in Singapore Should Switch to Smarter AI ERP
In one year, AI adoption among Singapore SMEs more than tripled—from 4.2% in 2023 to 14.5% in 2024—while adoption among non-SMEs rose to 62.5%, according to IMDA. This acceleration is not simply a technology trend. It signals a widening execution gap between companies experimenting with AI and those connecting it to reliable enterprise data and repeatable workflows.
A useful proof point comes from AI Singapore’s 100 Experiments programme. In a project with Singapore-based insurer Sompo Holdings (Asia), an AI model provided full claims-screening coverage, improved fraud detection rates by 90%, and was expected to save S$200,000–S$300,000 annually by the third year.
The model did not replace investigators; it redirected their attention from routine checking to complex, suspicious cases. That is the operational pattern AI ERP should emulate: intelligence embedded at the point of work, with people retaining authority over consequential decisions.
CENTRAL THESIS: The competitive advantage of AI ERP is not the model alone. It is the combination of trusted enterprise context, workflow authority, human accountability, and a feedback loop that converts operational outcomes into better decisions.
The Problem with Disconnected AI
Many organisations start with general-purpose AI tools because they are accessible and produce visible results quickly. Yet a tool that cannot safely access approved master data, understand transaction states, observe role permissions, or write back through governed workflows remains peripheral to execution.
Employees then copy data between systems, manually validate outputs, and create a new shadow process around the AI.
This fragmentation creates four recurring risks: inconsistent answers from incomplete context; data leakage through unmanaged prompts or connectors; automated recommendations that cannot be traced to source transactions; and productivity gains that disappear because execution still requires manual re-entry. AI ERP addresses these risks by placing intelligence within the enterprise control environment.
2. What AI ERP Means
AI ERP is an enterprise resource planning platform that combines integrated operational data and workflows with machine learning, generative AI, optimisation, and agentic capabilities.
It can analyse business conditions, predict outcomes, recommend actions, generate content or records, and execute approved tasks while respecting role permissions, process rules, and audit requirements.
Four Capability Levels
| Level | Capability | Typical example | Governance need |
|---|---|---|---|
|
Descriptive |
Explains what happened |
Summarise margin variance by entity |
Data lineage and access controls |
|
Predictive |
Estimates what may happen |
Forecast stock-out or late payment risk |
Model validation and monitoring |
|
Prescriptive |
Recommends what to do |
Suggest replenishment quantities or collections priority |
Decision thresholds and explanation |
|
Agentic |
Executes bounded actions |
Create a draft purchase order and route it for approval |
Authority limits, approvals, logging, rollback |
What It Is Not
AI ERP is not designed to replace business ownership or eliminate the need for human expertise. Instead, it enhances operational teams by providing intelligent recommendations, automating repetitive activities, and improving visibility across departments.
Understanding what AI ERP is not helps organisations avoid unrealistic expectations and focus on implementing AI capabilities that create measurable business value.
- A chatbot built atop fragmented applications without governed access to operational context.
- A substitute for process ownership, data stewardship, or management accountability.
- A promise that every workflow should be autonomous.
- A single model expected to handle forecasting, document generation, optimisation, and transactional execution equally well.
The AI ERP Value Loop
A mature platform follows a closed loop: sense operational events; interpret them against trusted context; recommend or initiate an action; apply policy and approval rules; execute through ERP transactions; record the result; and learn from outcomes. The audit trail must capture inputs, model or rule versions where relevant, approvals, actions, exceptions, and overrides.
3. Singapore Market and Regulatory Context
Singapore’s digital ecosystem continues to advance through strong technology adoption, AI initiatives, and regulatory frameworks that encourage responsible innovation. However, as businesses move beyond basic digitalisation, the ability to integrate data, governance, and operational processes becomes critical for achieving scalable AI adoption.
Digital Adoption is Broad. AI Maturity is Uneven
IMDA reported that 95.1% of Singapore SMEs adopted at least one digital area in 2024. AI adoption, however, remained at 14.5% for SMEs compared with 62.5% for non-SMEs. This suggests that digital tools are widespread, but the data, skills, governance, and integration needed for scaled AI remain uneven. AI ERP can serve as a bridge when implementation focuses on shared data and cross-functional workflows rather than isolated features.
National Direction
Singapore’s National AI Strategy 2.0 frames AI as a force for good and positions the country to deepen AI excellence and adoption. For enterprises, the practical implication is that AI programmes should combine value creation with trust, talent development, infrastructure readiness, and responsible deployment.
AI Singapore’s AI Readiness Index similarly evaluates leadership and culture, ethics and governance, business value, data foundation, and infrastructure and standards.
AI Governance and Personal Data
Singapore’s Model AI Governance Framework emphasises practical, implementable governance, including internal structures, human involvement, operations management, and stakeholder communication.
Where ERP data includes employee, customer, supplier, or other personal data, organisations must also meet PDPA obligations and follow applicable PDPC guidance. AI use does not remove the organisation’s responsibility for purpose limitation, access management, retention, accuracy, security, and accountable decision-making.
Agentic AI Raises the Bar
In January 2026, IMDA launched a Model AI Governance Framework for Agentic AI. This is especially relevant to AI ERP because an agent may plan and take actions across systems. The more authority an agent receives, the stronger the need for bounded objectives, controlled tool access, identity and permissions, human checkpoints, traceable execution, monitoring, and incident response.
InvoiceNow and Finance-System Readiness
IRAS is progressively extending the GST InvoiceNow requirement. Since November 2025, certain newly incorporated voluntary GST registrants have been required to transmit invoice data through InvoiceNow-ready solutions; requirements extend across additional groups through April 2031.
ERP selection and roadmap decisions should therefore test structured invoice exchange, data completeness, reconciliation, exception handling, tax configuration, and evidence retention—not merely invoice PDF generation.
| Singapore Driver | Implication for AI ERP |
|---|---|
|
Rapid AI adoption |
Differentiate pilot from governed production deployment |
|
NAIS 2.0 |
Link AI use cases to business value, talent, trust, and capability building |
|
PDPA and PDPC guidance |
Apply purpose, access, security, retention, and accountability controls to AI data flows |
|
Agentic AI governance |
Constrain action authority and preserve human accountability |
|
GST InvoiceNOW rollout |
Validate structured e-invoicing, tax workflows, reconciliation, and audit evidence |
|
Cybersecurity expectations |
Secure identities, APIs, models, prompts, integrations, and operational logis. |
4. Where AI ERP Creates Value
The best starting use cases combine meaningful economic value, sufficient data quality, repeatable decisions, manageable risk, and a clear process owner. They reduce friction across an end-to-end workflow instead of accelerating one task while leaving downstream work unchanged.
| Function | High-Value AI ERP Application | Primary Measures |
|---|---|---|
|
Finance |
Invoice capture, coding suggestion, cash forecasting, anomaly detection, close support, and narrative reporting |
Close time, touchless rate, exception rate, DSO, and forecast accuracy |
|
Procurement |
Demand consolidation, supplier risk signals, quote comparison, PO drafting, contract obligation extraction |
Cycle time, savings, maverick spend, supplier performance |
|
Supply chain |
Demand sensing, safety-stock recommendations, replenishment, ETA risk, inventory allocation |
Forecast error, service level, stock-outs, inventory days |
|
Manufacturing |
Schedule optimisation, quality prediction, downtime risk, yield analysis, maintenance planning |
OEE, scrap, schedule adherence, downtime |
|
Sales and service |
Lead prioritisation, account summaries, quote assistance, case routing, next-best action |
Conversion, response time, win rate, resolution time |
|
HR and workforce |
Skills matching, workforce planning, policy assistance, onboarding support |
Time-to-fill, productivity, completion, employee service time |
Prioritisation Test
- Value: Is the baseline cost, delay, leakage, or revenue opportunity measurable?
- Feasibility: Are the data, integration, and process rules available and sufficiently stable?
- Risk: What happens if the output is wrong, delayed, biased, exposed, or executed without context?
- Adoption: Will users trust the output, and is it embedded where the work already occurs?
- Scalability: Can the pattern extend across entities, sites, teams, or adjacent workflows?
5. Architecture and Data Foundation
A Reference Architecture
An AI ERP architecture should separate concerns while maintaining a governed flow between them. The experience layer provides role-based interfaces and conversational access. The orchestration layer interprets intent, decomposes tasks, calls approved tools, and applies policy. The intelligence layer contains fit-for-purpose models.
The ERP process layer holds transactional logic and approvals. The data layer manages master, transactional, document, and external data. A cross-cutting trust layer handles identity, security, monitoring, lineage, testing, and audit.
| Layer | Design Questions |
|---|---|
|
Experience |
Which notes can ask, approve, amend, or execute? How are uncertainty and sources shown? |
|
Orchestration |
Which tools and records may an agent access? What are the time, value, and scope limits? |
|
Intelligence |
Which tasks use deterministic rules, predictive models, optimization, or generative models? |
|
ERP Workflows |
Where do validation, segregation of duties, approvals, and exception queues occur? |
|
Data |
Are master data, ownership, quality rules, lineage, residency, retention, and consent requirements defined? |
|
Trust and operations |
How are testing, monitoring, logging, incident response, rollback, and change control performed? |
Data Readiness Before Model Readiness
ERP intelligence inherits the quality of the enterprise data beneath it. Duplicate suppliers, inconsistent units of measure, stale bills of material, missing customer terms, or informal approval rules will degrade recommendations and may amplify operational errors. A practical readiness programme assigns data owners, defines critical data elements, establishes quality thresholds, documents lineage, and creates remediation workflows.
DESIGN PRINCIPLE: Use deterministic controls for hard business rules; use AI where probability, language, pattern recognition, or optimisation adds value. Do not ask a generative model to replace tax logic, approval limits, posting rules, or segregation-of-duties controls.
6. Responsible AI and Operational Governance
AI ERP governance must operate at the level of decisions and actions, not only at the level of models. A low-risk summary and a high-value payment release may use the same interface but require entirely different controls.
| Control Domain | Minimum Practice |
|---|---|
|
Accountability |
Name business, data, technology, risk, and operational owners for each use case |
|
Human involvement |
Define when users review, approve, override, or stop an AI-assisted action |
|
Access and identity |
Apply least privilege, role-based access, segregation of duties, and service identity controls |
|
Data protection |
Document purpose, data categories, retention, access, transfer, and security treatment |
|
Testing |
Test accuracy, failure modes, prompt injection, unsafe tool calls, bias where relevant, and exception handling |
|
Transparency |
Show material sources, assumptions, uncertainty, and whether content or action was AI-generated |
|
Monitoring |
Track drift, exceptions, overrides, complaints, unauthorised attempts, and business-outcome degradation. |
|
Resilience |
Provide kill switches, rollback, manual fallback, backup, recovery, and incident escalation |
Authority Tiers for ERP Agents
- Observe: read approved data and explain status; no write access.
- Draft: prepare records, communications, schedules, or journal proposals; a person submits.
- Recommend: calculate and rank actions with supporting rationale; a person decides.
- Execute with approval: initiate an ERP transaction only after a designated checkpoint.
- Execute within bounds: complete low-risk, reversible actions within value, volume, time, and scope limits.
High-impact actions, such as changing bank details, releasing payments, posting material journals, altering payroll, or modifying access rights, should not be treated as ordinary automation. They require strong identity checks, independent approval, detailed logs, and carefully tested exception handling.
7. Implementation Roadmap
A staged roadmap reduces risk and allows the organisation to prove that technical performance translates into operational outcomes. Typical timing varies with process complexity, data quality, integrations, and organisational readiness.
| Phase | Indicative Focus | Indicative Focus |
|---|---|---|
|
Mobilise |
Executive sponsor, scope, governance, baseline metrics, risk appetite |
Charter, owners, measures, decision rights |
|
Discover |
Process mapping, data assessment, use-case scoring, architecture and compliance review |
Prioritised backlog and target-state design |
|
Foundation |
Master-data remediation, integrations, roles, permissions, test environments |
Data thresholds and control design met |
|
Pilot |
One bounded workflow, users trained, human checkpoints, telemetry enabled |
Value, quality, adoption, and risk results validated |
|
Scale |
Adjacent workflows, entities, automation tiers, operating model |
Repeatable deployment and support playbook |
|
Optimise |
Model/process monitoring, feedback, retraining, policy changes, benefits tracking |
Sustained KPI improvement and controlled change |
A 90-Day Pilot Pattern
- Days 1–20: establish baseline, map the full workflow, classify data, define controls, and select a narrow use case.
- Days 21–45: prepare data, configure integration and permissions, design user experience, and build evaluation sets.
- Days 46–70: run supervised testing with realistic exceptions, red-team unsafe behaviours, and train users and approvers.
- Days 71–90: release to a bounded user group, monitor outcomes, compare against baseline, and decide whether to scale, revise, or stop.
Change Management
Adoption improves when users understand what the system does, what it does not do, how outputs should be verified, and how accountability is shared. Training should be role-specific and scenario-based. Process owners need operational dashboards; users need clear review steps; technical teams need monitoring and incident procedures; leadership needs benefits and risk reporting.
8. Business Case and Measurement
Build the Baseline Before the Pilot
A credible business case compares the future process with a measured baseline. Count total labour across the workflow, including validation, rework, hand-offs, exception resolution, and management review.
Include integration, data remediation, security, training, change management, support, and model-operating costs. Avoid claiming value from time saved unless the organisation can redeploy that capacity or translate it into throughput, service, quality, or risk reduction.
| Value dimension | Example |
|---|---|
|
Productivity |
Hours per transaction, throughput per FTE, cycle time, touchless processing rate |
|
Financial |
Cost per transaction, working capital, leakage, forecast variance, avoided loss |
|
Quality |
Error rate, rework, exception rate, first-time-right rate, model precision/recall |
|
Service |
Response time, on-time delivery, fulfilment rate, resolution time, satisfaction |
|
Risk and compliance |
Unauthorised attempts, overrides, audit findings, control failures, incident recovery time |
|
Adoption |
Active use, acceptance rate, override reason, user confidence, training completion |
Illustrative ROI Logic
Annual benefit may include labour capacity released, avoided errors, inventory reduction, faster collections, better schedule utilisation, and avoided loss. Net benefit equals realised benefit minus recurring platform, model, integration, governance, and support costs. ROI should be calculated on net benefit relative to total investment, with conservative, expected, and upside scenarios. Use only benefits that have a named owner and measurement method.
9. Vendor Evaluation Framework
Vendor evaluation should test the platform against real workflows and local requirements. A scripted demonstration using representative records and exceptions is more revealing than a feature checklist.
- Functional Fit: end-to-end workflow coverage, industry depth, multi-entity capability, localisation, and exception handling.
- AI capability: task-specific model approach, grounded answers, sources, confidence, tool use, evaluation, monitoring, and agent boundaries.
- Data and integration: APIs, master-data management, lineage, migration, structured documents, identity integration, and exportability.
- Governance and security: PDPA support, access controls, segregation of duties, encryption, logging, incident response, and subcontractor transparency.
- Singapore readiness: GST, InvoiceNow, statutory reporting needs where applicable, local implementation capability, and support model.
- Commercial durability: total cost over five years, usage assumptions, model charges, change requests, upgrade path, service levels, and exit provisions.
- Implementation method: process discovery, phased activation, testing, training, benefit tracking, and named accountability.
Questions to Ask in a Proof of Value
- Can the system show the exact enterprise records used for an answer or recommendation?
- What prevents an agent from acting outside the user’s role, entity, value limit, or workflow state?
- How are model changes evaluated before they affect production?
- Can a user reverse an automated action, and what evidence remains after rollback?
- How does the solution handle InvoiceNow exceptions, GST configuration, reconciliation, and audit evidence?
- Which costs rise with prompts, tokens, documents, transactions, users, integrations, or environments?
10. Case Study of AI ERP: ScaleOcean for Sobono Group
The Operational Challenge
Singapore-based Sobono Group manages project-driven operations where purchasing, inventory, delivery scheduling, and project milestones must remain aligned. Fragmented records and manual recaps made it harder for teams to see current requirements, coordinate deliveries, and respond quickly as project volume increased.
The ScaleOcean Approach
Sobono Group implemented ScaleOcean as an integrated operational foundation connecting procurement, inventory, delivery, projects, and reporting. Delivery schedules could be aligned with project milestones, while shared data reduced repeated reconciliation between departments.
The company has used the platform for seven years, demonstrating its ability to support evolving operational requirements over time.
Reported Business Outcomes
- 87% increase in profit reported after operational improvements.
- 25% reduction in waste through better planning and visibility.
- More than 10,000 request orders managed each month.
- Support for more than 150 new projects.
- Operational recap reduced to approximately 10 seconds.
How Embedded ScaleMind Extends the Foundation
ScaleMind is embedded within ScaleOcean Atlas as an AI Business Assistant, rather than offered as a disconnected AI product. It can interpret prompts in the context of authorised ERP data, generate analysis and recommendations, and help execute permitted operational tasks through Atlas workflows. This design allows intelligence to work with existing roles, approvals, records, and audit trails.
The reported Sobono outcomes demonstrate the value of Atlas as an integrated ERP foundation; they should not be attributed retrospectively to ScaleMind. The current Atlas-and-ScaleMind architecture builds on that foundation by adding governed AI assistance and action capabilities for new and expanding use cases.
CASE-STUDY LESSON: AI creates more dependable value when it operates within an integrated ERP foundation. ScaleOcean Atlas supplies the process and data context, while embedded ScaleMind adds intelligence without separating users from established permissions, approvals, and accountability.
11. ScaleOcean Atlas: Best AI ERP Software in Singapore
As businesses move from AI experimentation to operational execution, they need more than a conventional ERP with a separate chatbot. ScaleOcean Atlas is positioned as the best ERP software in Singapore for Singapore medium-to-large enterprises seeking one configurable platform that connects data, workflows, approvals, reporting, and AI-assisted actions across the organisation.
Its key differentiator is ScaleMind, an AI Business Assistant embedded directly within ScaleOcean Atlas. Unlike general AI tools that stop at analysis, forecasting, or suggested insights, ScaleMind can understand a user’s prompt in the context of authorised ERP data and help carry out permitted operational tasks. This brings intelligence closer to execution while retaining the roles, approval paths, and audit records businesses require.
SCALEOCEAN ATLAS CORE: One integrated enterprise platform with more than 200 modules, unlimited users, configurable industry workflows, and embedded ScaleMind AI, supported by consultative implementation that maps the business before configuring the system.
Embedded AI That Moves Work Forward
ScaleMind is not a standalone add-on that forces employees to work outside the ERP. It is embedded across ScaleOcean Atlas, allowing users to request information, generate records, identify risks, recommend next steps, and initiate authorised workflows from the same operational environment.
For example, a user may ask ScaleMind to prepare a replenishment plan, create a draft stock transfer, summarise project cost variance, or route a transaction through the relevant approval flow.
Built for Complex Enterprise Operations
ScaleOcean Atlas brings finance, procurement, sales, CRM, inventory, manufacturing, logistics, projects, HR, assets, and other operational functions into one platform. Its 200-plus modules and configurable workflows make it suitable for multi-company, multi-branch, and industry-specific operations where disconnected systems often create duplicate data and inconsistent reporting.
The unlimited-user model also enables organisations to involve relevant employees without allowing per-user licensing to dictate process design. Role-based access, configurable approvals, and audit trails help each participant work within defined authority while management gains broader visibility across entities and departments.
Designed Around the Business. Not Software Defaults
ScaleOcean uses a consultative implementation approach that begins with process mapping. The implementation team studies existing workflows, pain points, approval structures, reporting requirements, and growth priorities before configuring Atlas. Modules can then be activated in phases, helping businesses modernise critical processes without forcing every department to change at once.
Why ScaleOcean is the Leading Recommendation
- ScaleMind AI is embedded within Atlas, connecting analysis and recommendations with permitted ERP actions.
- More than 200 modules support cross-functional and industry-specific requirements on one platform.
- Unlimited users allow broader adoption without structuring essential workflows around user-count restrictions.
- Configurable workflows, role-based access, approvals, and audit trails support enterprise governance.
- Multi-company and multi-branch capabilities provide consolidated visibility while preserving operational structures.
- Singapore-oriented implementation can accommodate GST workflows and InvoiceNow integration requirements.
- Consultative process mapping and phased activation align the system with actual business priorities.
OUR RECOMMENDATION: For Singapore enterprises that require integrated operations, embedded AI, configurable governance, and long-term scalability, ScaleOcean Atlas with ScaleMind is the best ERP software to consider. It combines an enterprise system of record with an AI Business Assistant that helps teams turn authorised prompts and insights into measurable operational action.
Recommended Next Steps
Businesses evaluating AI ERP can begin with a consultation and readiness assessment with ScaleOcean. This process identifies priority workflows, data gaps, integration requirements, governance controls, and the ScaleOcean Atlas modules that can deliver the clearest operational impact.
- Select one cross-functional workflow with a measurable baseline and an accountable executive sponsor.
- Assess AI readiness across leadership, governance, business value, data, and infrastructure—not technology alone.
- Define the authority tier for each AI capability before configuration begins.
- Design PDPA, cybersecurity, audit, and human-review controls into the workflow rather than adding them after launch.
- Validate Singapore requirements, including GST and InvoiceNow implications, using realistic transactions and exceptions.
- Scale only when the pilot demonstrates sustained business value, user adoption, controllable failure modes, and operational support readiness.
Conclusion
AI ERP can turn enterprise systems from passive systems of record into governed systems of intelligence and action. Its promise is not autonomous business by default; it is faster, more consistent execution supported by trusted data and accountable people. In Singapore’s rapidly advancing digital economy, organisations that unite AI ambition with process discipline, local compliance, and measurable value will be better positioned to scale responsibly.
Plan a consultation with ScaleOcean to assess your current workflows and explore how ScaleOcean Atlas with embedded ScaleMind can connect enterprise data, accelerate authorised operations, and support a governed AI ERP roadmap in Singapore.
Appendix A. AI ERP Readiness Checklist
Strategy and Value
☐ A named executive sponsor owns the outcome.
☐ The workflow has baseline cost, time, quality, and risk measures.
☐ The use case supports a documented business priority.
Data and Architecture
☐ Critical data owners and quality thresholds are defined.
☐ Required integrations, lineage, residency, and retention are documented.
☐ The design separates hard business rules from probabilistic AI.
Governance and Risk
☐ Authority tiers, approvals, exceptions, and rollback are defined.
☐ PDPA, security, model, vendor, and operational risks are assessed.
☐ Logs support investigation, audit, and performance monitoring.
People and Operations
☐ Users, approvers, data stewards, support, and incident owners are trained.
☐ Manual fallback and escalation paths are tested.
☐ Adoption, overrides, complaints, and benefits will be monitored.
Appendix B. Glossary
| Term | Meaning |
|---|---|
|
AI ERP |
ERP with embedded predictive, generative, optimisation, or agentic capabilities operating on governed enterprise data and workflows |
|
Agentic AI |
AI systems capable of planning and taking actions using tools or systems toward defined objectives |
|
Grounding |
Connecting AI output to approved enterprise data or authoritative sources to improve relevance and traceability |
|
Human in/on the loop |
A person approves each action, or supervises a bounded automated process and can intervene |
|
Model drift |
Deterioration or change in model performance as data or operating conditions change |
|
System of record |
The authoritative application and data set for a business process or entity |
References
- AI Singapore. Accelerating AI with 100E: Sompo, IBM, and EM2AI Case Studies, 22 August 2023.
https://aisingapore.org/accelerating-ai-with-100e/ - AI Singapore. AI Readiness Index. https://aisingapore.org/innovation/airi/
- Infocomm Media Development Authority (IMDA). Singapore’s Digital Economy at 18.6% of GDP: AI Adoption and Digitalisation Statistics, 6 October 2025. https://www.imda.gov.sg/resources/press-releases-factsheets-and-speeches/press-releases/2025/singapore-digital-economy
- Infocomm Media Development Authority (IMDA). Singapore Launches New Model AI Governance Framework for Agentic AI, 22 January 2026. https://www.imda.gov.sg/resources/press-releases-factsheets-and-speeches/press-releases/2026/new-model-ai-governance-framework-for-agentic-ai
- Inland Revenue Authority of Singapore (IRAS). Extension of GST InvoiceNow Requirement to All GST-Registered Businesses by April 2031, 26 February 2026. https://www.iras.gov.sg/news-events/newsroom/committee-of-supply-2026–extension-of-gst-invoicenow-requirement-to-all-gst-registered-businesses-by-april-2031
- Inland Revenue Authority of Singapore (IRAS). GST InvoiceNow Requirement. https://www.iras.gov.sg/taxes/goods-services-tax-%28gst%29/gst-invoicenow-requirement
- Personal Data Protection Commission (PDPC). Singapore’s Approach to AI Governance and Model AI Governance Framework Resources. https://www.pdpc.gov.sg/organisations/resources/guidance-by-topic/singapores-approach-to-ai-governance
- Smart Nation Singapore. National AI Strategy and National AI Strategy 2.0 Resources.
https://www.smartnation.gov.sg/initiatives/national-ai-strategy/
About ScaleOcean
ScaleOcean develops enterprise ERP solutions for organisations managing complex, multi-entity operations. ScaleOcean Atlas brings operational workflows, approvals, reporting, and industry-specific capabilities into one integrated platform, with ScaleMind embedded as an AI Business Assistant. Implementation begins with business-process mapping so technology, governance, and rollout priorities align with the organisation’s operating model.
This whitepaper is intended for general information and does not constitute legal, tax, cybersecurity, or regulatory advice. Organisations should obtain professional advice for their specific circumstances.