How is Azure OpenAI Service different from public ChatGPT and why does it matter for a Malaysian factory or back office?
Azure OpenAI Service hosts the same frontier models as public ChatGPT (GPT-4o, reasoning o-series, embedding models) inside the Azure tenant the customer already owns. Three differences matter for Mr. Tan and the back-office CFO. First, data does not train the public model · prompts and completions stay inside the customer tenant under PDPA-acceptable controls. Second, the service runs in the Singapore region (Southeast Asia) for low-latency Malaysian access and the new Malaysia Central region as it lights up. Third, governance is enterprise-grade · Azure AD identity, RBAC, managed identities, private endpoints, content-filter logging, audit retention. Public ChatGPT cannot give the customer audit team a defensible answer when they ask where the prompt went. Daxonet provisions the service inside the customer Azure subscription, wires it to D365 and AutoCount through AI Search and grounds every Copilot answer with a citation back to the source document.
Does Microsoft Copilot for M365 need a separate license and what does it really cost per user per month?
Pricing is scoped to your size, modules and integrations. Daxonet quotes fixed-price after a short scoping call so there are no surprises. Most clients reach payback within the same project window.
How does Azure AI Search ground a Copilot answer in our D365, AutoCount, arc.ops and SharePoint data without leaking the data?
Azure AI Search builds a vector and keyword (hybrid) index over the customer's source systems · D365 Finance and Supply Chain through the Dataverse and Fabric mirror, AutoCount through the Azure SQL replica, arc.ops MES through the production database, SharePoint and Teams files through the Microsoft Graph connector. Every document indexed carries the original ACL · so a planner only retrieves what the planner is allowed to see in the source system. At query time Copilot calls the index, retrieves the top-k passages, packs them into the prompt with explicit citation markers and returns the answer with citation chips back to the source. The raw documents never leave the customer Azure tenant. Daxonet writes the retrieval policy (which sources, which filters, which freshness window) and the citation contract (every answer cites at least 2 sources or refuses) as part of the design phase.
When should we use GPT-4o vs Claude vs Gemini vs the smaller reasoning models?
Daxonet's default is GPT-4o for everyday Copilot workloads · email drafting, meeting summaries, slide drafting, structured data extraction, customer-service triage. Claude (3.5 Sonnet, 3.7 Sonnet) gets called for long-context document reasoning over 100 to 300-page audit packs and customer specifications where Claude's context window and document-grounding are stronger. The OpenAI o-series reasoning models (o1, o3) are reserved for harder analytical workloads · root-cause analysis on a quality escape, multi-constraint scheduling problems, technical-document comparison · where step-by-step reasoning beats raw speed. Gemini gets called when a customer's existing Google estate needs to stay in scope. Daxonet's AI Frontier methodology maps the right model to each task in the design phase rather than picking one model for everything · the same governance, security and citation contract apply across all four.
What does Azure AI Document Intelligence do that an OCR engine does not?
OCR turns a scanned page into raw text. Document Intelligence turns it into structured fields with confidence scores · supplier name, supplier TIN, invoice number, line items with quantities and unit prices, total before tax, SST, total after tax, payment terms · ready for AutoCount or D365 to consume. Pre-built models cover invoices, receipts, contracts, IDs, business cards. Custom models train on as few as 5 sample documents per layout for proprietary forms (customer-specific quality reports, audit-finding sheets, MoM-style production handover notes). Daxonet wires Document Intelligence into the AutoCount AP workflow and the D365 Finance vendor-invoice flow · 80% to 92% straight-through automation rate is typical, with the human reviewer only touching the low-confidence fields. The service is PDPA-redacted on logs by default.
How is the AI stack governed for PDPA, ISO 27001 and customer audit requirements?
Three layers of governance ship with the implementation. At the platform layer Azure AI runs under ISO 27001, SOC 2 Type 2 and PCI DSS audits Microsoft maintains, with managed identities, private endpoints, customer-managed keys (CMK) and 90-day audit-log retention (1-year on Premium). At the data layer Daxonet writes the PDPA Article 7 consent matrix · which personal data is allowed in prompts, which is auto-redacted, which routes to a no-AI fallback. At the model layer Azure OpenAI's content filter is tuned per workload (factory ops vs HR vs customer service) with the filter logs reviewed monthly · plus a model-monitor dashboard that tracks drift, refusal rate and citation-coverage. The customer audit team gets a single read-only dashboard covering all three layers · Daxonet hands them the audit-ready report at every quarterly review.
How long does Daxonet take to deliver the first grounded Copilot use case in production and what is the rollout sequence?
A typical Malaysian rollout runs Discover (week 1, AI readiness assessment, use-case shortlist, data-sources inventory, governance baseline), Design (week 2 to 3, retrieval policy, prompt library, model-selection matrix, cost-cap policy, content-filter tuning, citation contract), Pilot (week 4 to 6, the first use case live in production for a 25-50 seat cohort with full Application Insights logging, weekly review of refusal rate and citation coverage), and Scale (week 7 onwards, additional use cases on a fortnightly cadence). Daxonet's AI Frontier methodology sequences the use cases against measurable ROI · groups typically light up 4 to 8 grounded Copilot use cases in the first 12 weeks. Cost-cap policy from day one means a runaway prompt cannot blow out the monthly bill · every workload has a per-user, per-day token quota with auto-throttle.
How does Azure AI integrate with arc.ops MES, D365 and AutoCount that Daxonet already runs?
Three native integration paths cover most workloads. AI Search builds a hybrid index over the arc.ops production database, the D365 Dataverse / Fabric mirror, the AutoCount Azure SQL replica and the SharePoint indexes · so a Copilot answer about Plant 1 OEE cites the actual arc.ops events, the work-order genealogy and the customer purchase-order line. Event Grid (paired with Azure Integration Services) carries real-time signals from arc.ops machine events and D365 Supply Chain triggers into AI workloads · a quality escape on PCB-7842 raises an event that AI Document Intelligence enriches with the audit-finding history before routing to a Copilot Studio agent that drafts the customer notification. Copilot for D365 ships inside D365 Sales, Customer Service and Finance natively · Daxonet enables and tunes the Copilot capabilities for the customer's data model rather than treating Copilot as a separate product.