ERP Implementation: Methodology, Phases, Timeline & Cost (2026 Guide)
A realistic ERP implementation timeline runs 3-9 months for SMEs, 6-12 months for mid-market companies, and 12+ months for large enterprises. This guide breaks down the six-phase lifecycle, a phase-by-phase duration table, implementation methodologies (waterfall, agile, hybrid), the ERP roadmap, qualified cost ranges, what drives failure, and how to choose a partner without the hype.
TL;DR — Key takeaways
- Basic SME implementation: $10,000–$150,000
- Industry experience: have they implemented for businesses like yours?
- Dynamics 365 Business Central tends to fit SMEs that want Microsoft ecosystem depth, strong finance, and familiar productivity integration.
- Sequenced phases with named owners and clear deliverables for each
What is ERP implementation?
ERP implementation is the structured, multi-phase process of deploying an Enterprise Resource Planning system — replacing fragmented tools and manual workflows with one integrated platform for finance, operations, sales, and reporting.
For SMEs, the value proposition is operational: one source of truth instead of disconnected spreadsheets, automated workflows instead of manual handoffs, and real-time reporting instead of month-end reconciliation chaos.
Done well, ERP implementation is a business transformation project with a technology backbone. Done poorly, it becomes a cost overrun and a system no one trusts — which is why the methodology behind it matters more than the platform you pick.
The standard ERP implementation lifecycle
The most widely cited ERP implementation framework is a six-phase lifecycle. It is the structure behind NetSuite's published model and aligns closely with the Discovery → Design → Build → Test → Deploy → Optimize model used by Microsoft Dynamics 365 Business Central partners.
These six phases map cleanly onto Flectic's nine-step client journey — the difference is that Flectic applies AI-assisted delivery to compress the manual effort inside each phase, not to skip phases.
| Standard phase | What happens | Flectic lifecycle stage |
|---|---|---|
| 1. Discovery & Planning | Define goals, scope, pain points, and the transformation roadmap | Discovery & Strategy |
| 2. Design | Map current and future-state processes; define configuration and customizations | Requirements + Business Analysis |
| 3. Development | Configure the platform and build customizations and extensions | Setup & Configuration + Develop |
| 4. Testing | Validate functionality, run UAT on real scenarios | QA Tests & UAT |
| 5. Deployment (Go-Live) | Launch with training, documentation, and hypercare | Go-Live & Training |
| 6. Support / Post Go-Live | Optimize, support adoption, and continuously improve | Ongoing Support & Optimization |
Flectic's 9-step AI-accelerated delivery framework
Flectic runs ERP implementation as a nine-step journey from strategic discovery to continuous improvement. AI-assisted delivery is applied inside the manual-heavy steps — requirements capture, documentation, QA, and training generation — to compress effort while expert consultants stay accountable for quality.
The framework is designed to deliver up to 3x faster than traditional approaches. That is a delivery target supported by reusable templates and agile execution, not an unconditional guarantee.
- 011. Discovery & Strategy
Understand business goals, pain points, priorities, and the transformation roadmap before recommending technology.
- 022. Requirements Gathering
Capture functional, technical, and operational requirements with clarity so the project starts with aligned expectations. AI-assisted capture reduces documentation effort.
- 033. Business Analysis & Process Mapping
Map current workflows, identify bottlenecks, and design future-state processes that support scalable operations.
- 044. Setup & Configuration
Configure Microsoft Dynamics 365 or Odoo around the client's structure, roles, modules, and approval flows.
- 055. Develop
Build the customizations, extensions, and business-specific features that close the gap between standard ERP and real workflows.
- 066. Integrations & Data Migration
Connect critical third-party tools and migrate clean, reliable data into the new ERP/CRM environment.
- 077. QA Tests & UAT
Validate functionality, test real scenarios, and support users through acceptance testing before go-live. AI-assisted QA improves coverage and consistency.
- 088. Go-Live & Training
Launch with role-based training, documentation, and hypercare support to protect adoption. Training materials are AI-assisted and role-specific.
- 099. Ongoing Support & Optimization
Continue improving through support plans, audits, enhancements, dashboards, and AI automation opportunities. Go-live is the beginning of value, not the end of the project.
How long does an ERP implementation take?
A typical ERP implementation takes between 3 and 18 months end to end. For SMEs and small businesses, a realistic timeline is 3–9 months: 3–6 months for smaller, less complex projects on standard cloud configuration, and 6–9 months for mid-sized implementations with several modules and integrations. Mid-market companies commonly run 6–12 months, while large multi-entity enterprises take 12–24 months and multinationals with multi-country, multi-currency complexity can run 18–36 months or longer.
Four factors move the timeline far more than the software brand you pick. Scope and module count matter first: finance-only goes live faster than a full finance, supply chain, manufacturing, and CRM rollout. Customization depth adds build and test time for every deviation from standard functionality. Data quality is the single most common cause of go-live slippage — dirty, duplicated, or poorly structured legacy data always takes longer to cleanse than teams expect. And deployment model counts: cloud ERP removes hardware procurement and server setup, so it is consistently faster to deploy than on-premise.
Be skeptical of vendors promising go-live under three months. Sub-3-month timelines almost always skip change management, training, and proper data migration — the exact steps whose absence causes failure later.
| Business size / complexity | Typical timeline | Notes |
|---|---|---|
| Small business (5–25 users), limited modules | 3–6 months | Near-standard cloud config; a focused finance-first build can go live in 8–16 weeks |
| Mid-market SME (25–250 users) | 6–12 months | Multiple departments, moderate customization, several integrations |
| Large enterprise (250+ users) | 12–24 months | Multi-entity, complex processes, deeper customizations and integrations |
| Multinational | 18–36 months | Multi-country, multi-currency, regulatory complexity, phased regional rollouts |
How long does each ERP implementation phase take?
The headline timeline only becomes useful when you can see where the weeks actually go. The table below is a realistic phase-by-phase breakdown for a mid-market cloud ERP project of roughly six months, drawn from current consultant guidance.
In practice several phases overlap — data migration and configuration run in parallel with design — which is exactly how experienced teams compress an ERP implementation timeline without cutting corners. Small businesses on near-standard configuration move through these phases faster, while enterprises with heavy customization, multi-site rollouts, and regulatory requirements spend proportionally more time in design, build, and data migration.
| Phase | Typical duration (mid-market) | Share of project |
|---|---|---|
| 1. Discovery & requirements | 2–4 weeks | ~10% |
| 2. Project planning & governance | 1–2 weeks | ~5% |
| 3. Solution design | 3–5 weeks | ~15% |
| 4. Build & configuration | 4–8 weeks | ~25% |
| 5. Data migration | 3–6 weeks (runs in parallel) | ~15% |
| 6. Testing (SIT & UAT) | 3–5 weeks | ~15% |
| 7. Training & go-live | 2–4 weeks | ~10% |
| 8. Post-go-live optimisation (hypercare) | 4–8 weeks | ~5% |
How much does an ERP implementation cost?
ERP implementation cost varies widely by platform, user count, customization depth, integrations, and data migration effort. The ranges below are qualified industry figures for SMEs — not Flectic quotes.
For small to mid-sized businesses, a basic ERP implementation typically costs $10,000–$150,000. Mid-market implementations commonly range from roughly $150,000 to $750,000 depending on scope, with SME-focused estimates citing up to around $325,000 for mid-sized deployments. SaaS ERP subscription pricing typically runs $40–$600 per user per month (broader cloud ERP ranges are commonly $40–$150/user/month for small business tiers). A common five-year benchmark is approximately $7,200 per user over five years, covering software, implementation, and training.
- Basic SME implementation: $10,000–$150,000
- Mid-market implementation: commonly ~$150,000–$750,000 (SME-focused estimates up to ~$325,000)
- SaaS subscription: typically $40–$600 per user/month
- Five-year all-in benchmark: ~$7,200 per user (software + implementation + training)
- Small firms under $10M revenue: ~$1,740–$4,620/month for software alone
| Cost driver | Impact |
|---|---|
| User count | Linear effect on SaaS subscription and training effort |
| Customization depth | Heavy custom code increases build and long-term maintenance cost |
| Integrations | Each third-party system (CRM, e-commerce, payroll) adds design and build effort |
| Data migration | Dirty or fragmented source data multiplies migration effort and risk |
| Training & change management | Often under-scoped; under-investment here drives adoption failure |
Why ERP implementations fail (and how AI-accelerated delivery mitigates it)
The failure statistics are sobering and consistent across sources. Gartner reports that 55%–75% of ERP projects fail to meet their objectives, and predicts that by 2027 more than 70% of recently implemented ERP initiatives will fail to fully meet their original business case goals — with as many as roughly 25% failing catastrophically.
Cost overruns are equally severe: average overruns are widely cited at approximately 189% across industries, and the majority of implementations experience schedule delays or budget overruns.
The root causes are well known — and several of them are exactly what AI-assisted delivery is built to mitigate.
| Root cause | How AI-assisted delivery mitigates it |
|---|---|
| Scope creep | AI-assisted requirements capture documents scope earlier and more completely, making change-control visible |
| Inadequate change management | Role-based training materials generated faster; documentation stays current |
| Poor data migration | Earlier data profiling and structured migration planning reduce surprises at go-live |
| Over-customization | Process mapping before configuration surfaces where standard features suffice |
| Weak executive sponsorship | Discovery & Strategy step forces alignment on goals and roadmap before build begins |
| Under-resourced training | AI-assisted training generation makes role-specific materials feasible at SME budgets |
ERP implementation methodologies: waterfall, agile, and hybrid
The sequence of phases is fairly universal, but the delivery methodology — how you plan, sequence, and iterate through those phases — is a genuine choice. The three most common approaches each carry distinct trade-offs for an ERP project.
The traditional waterfall method runs sequentially: you gather requirements, then design, build, test, and deploy in strict order. It is predictable and well-documented, with clear milestones, but inflexible once a phase is complete — requirements discovered late are expensive to fold back in. Waterfall suits projects with stable, well-understood requirements and limited expected change, such as regulated environments.
The agile method breaks delivery into short, reviewable sprints with continuous stakeholder feedback. It adapts well to evolving requirements and surfaces misunderstandings early, when they are cheap to fix. Agile needs a strong, available project team and disciplined backlog management, and suits organizations whose processes are still being defined or who want to iterate toward a fit.
The hybrid method combines upfront planning and governance from waterfall with the iterative build and review cycles of agile. It is the most common real-world choice for mid-market ERP: you fix scope and design through governance gates, then deliver the build in sprints with regular demos. Most vendor-aligned frameworks — including Microsoft's Success by Design for Dynamics 365 — formalize this hybrid model with tollgates and best-practice checklists, so a good implementation partner runs a structured framework rather than improvising.
| Methodology | How it works | Best for | Trade-off |
|---|---|---|---|
| Waterfall | Sequential phases: requirements, then design, build, test, deploy | Stable, well-understood requirements; regulated environments | Inflexible; late changes are costly to rework |
| Agile | Short iterative sprints with continuous feedback and demos | Evolving requirements; teams able to engage continuously | Needs strong team discipline; scope drifts without governance |
| Hybrid | Upfront planning and governance gates, then iterative build in sprints | Most mid-market projects balancing control and flexibility | Slightly more overhead; needs a partner fluent in both models |
Phased rollout vs big-bang go-live
Separate from your delivery methodology is the cutover strategy: how you actually switch from the old system to the new at go-live. Three patterns are common.
Phased rollout deploys by module, department, or site over time — finance first, then inventory, then sales. It reduces risk and disruption and lets early lessons improve later phases, but it extends the overall timeline and requires temporary integration between old and new systems. Big-bang switches the entire organization on a single date for a clean cut-over with no dual-system period, but it concentrates all the risk on one day. Parallel adoption runs old and new systems simultaneously for a verification period — the safest but most expensive and demanding, since staff operate two systems at once.
Most modern SME and mid-market implementations favor a phased, agile-inspired rollout because it contains risk while keeping momentum. Neither phased nor big-bang is universally correct — the right choice depends on your risk tolerance, integration complexity, and how much operational disruption you can absorb at a single moment.
| Approach | Pros | Cons | Choose it if |
|---|---|---|---|
| Phased rollout | Lower risk, earlier wins, controlled disruption, lessons feed next phase | Longer overall timeline, temporary dual-system operation | You have complex integrations or limited change-management capacity |
| Big-bang | Faster overall go-live, single cut-over, no dual-system period | Higher concentrated risk, intense go-live pressure | You have a simpler scope, strong sponsorship, and tested integrations |
| Parallel adoption | Safest verification; old system stays available as fallback | Expensive and demanding; staff run two systems at once | Risk-averse, high-stakes environments that cannot afford downtime |
How to choose an ERP implementation partner
The partner you choose matters as much as the platform. The top criteria are relevant industry experience, platform certifications, a proven and structured methodology, change management capability, transparent fixed-fee pricing, post-go-live support, and references.
Beyond the criteria, ask the right questions — and watch for the red flags that signal a partner will under-deliver.
- Industry experience: have they implemented for businesses like yours?
- Platform certifications: are they certified on the platform you are buying?
- Proven methodology: do they follow a structured, documented lifecycle?
- Change management: do they plan for adoption, training, and communications — not just configuration?
- Transparent pricing: do they offer fixed-fee or clearly scoped pricing?
- Post-go-live support: do they commit to lifecycle support with clear SLAs?
- References: can they put you in touch with comparable clients?
- Forward-thinking approach: do they use AI and reusable accelerators to improve delivery?
| Red flag | What it usually means |
|---|---|
| Go-live promised under 3 months for a non-trivial scope | Change management, training, or data migration will be cut |
| No documented methodology | Delivery depends on whoever is staffed that week |
| Reluctance to discuss support after go-live | The relationship ends at launch |
| Heavy customizations proposed before process mapping | Future maintenance cost is being built into your bill |
| No references in your size band or industry | They are learning on your budget |
Why a platform-neutral partner recommends the right fit
Most ERP implementation pages are platform-specific — written by a partner that sells one stack. That bias is invisible to buyers and expensive when it points you to the wrong platform.
Flectic is a dual-platform partner across Microsoft Dynamics 365 and Odoo. The practical difference: a platform-neutral partner recommends the platform that fits your budget, scale, and complexity, rather than forcing every client onto the one stack they happen to sell.
- Dynamics 365 Business Central tends to fit SMEs that want Microsoft ecosystem depth, strong finance, and familiar productivity integration.
- Odoo tends to fit SMEs that want a modular, cost-effective, and highly customizable platform.
- A neutral partner runs the discovery first — then recommends. The platform decision follows the business, not the other way around.
- See our honest comparison of the two platforms on the Odoo vs Dynamics 365 page.
What is an ERP roadmap (and why it de-risks the project)
An ERP roadmap is the phased project plan that sequences discovery, design, build, data migration, testing, training, and go-live — with governance, budget, and change management wrapped around them. Think of it as the navigation layer above the methodology: it states what happens when, who owns each milestone, and where the go/no-go decision points sit.
A strong roadmap turns a new ERP implementation from a single risky launch into a series of controlled, reviewable steps. Each phase ends with a tollgate where stakeholders confirm the deliverables — process maps, a signed solution design, validated data, passed user acceptance testing — before the project commits to the next phase. That structure keeps scope creep, budget drift, and schedule overrun visible and manageable, rather than discovered at go-live.
The roadmap should also define measurable success criteria at the start — order-to-cash cycle time, month-end close days, inventory accuracy — so you can prove return on investment after stabilization rather than relying on subjective impressions. An ERP implementation without an explicit roadmap is the most common reason projects drift past their original timeline and budget.
- Sequenced phases with named owners and clear deliverables for each
- Go/no-go tollgates between phases so progress is confirmed before commitment
- Governance: steering committee cadence, decision authority, risk log, and change-control process
- Budget with contingency and a productivity-dip allowance for the transition period
- Success metrics defined and baselined in discovery, then reviewed after stabilization
Book an ERP Readiness Call
If you are scoping an ERP implementation — or recovering from one that went sideways — a 30-minute readiness call will clarify your timeline, budget range, and platform fit. We will map your highest-impact workflows first and scope the project in practical phases, not enterprise overhead.
Book an ERP Readiness Call with Flectic. Smarter ERP. Faster Transformation. Continuous Growth.
Frequently asked questions
How long does an ERP implementation take?
For SMEs, a realistic timeline is 3-9 months: 3-6 months for smaller, less complex projects and 6-9 months for mid-sized implementations. Large enterprises run 6-18 months and multinationals 18+. Be skeptical of any vendor promising go-live under 3 months - they usually skip change management, training, or data migration.
How much does an ERP implementation cost for an SME?
A basic SME implementation typically costs $10,000-$150,000. Mid-market implementations commonly run ~$150,000-$750,000 depending on scope. SaaS subscriptions typically run $40-$600 per user/month, and a common five-year all-in benchmark is about $7,200 per user covering software, implementation, and training. Cost is driven by user count, customization, integrations, data migration, and training scope.
What is the ERP implementation failure rate?
Gartner reports 55%-75% of ERP projects fail to meet their objectives, and predicts that by 2027 more than 70% of recent ERP initiatives will not fully meet their business case - with as many as ~25% failing catastrophically. Average cost overruns are widely cited near 189%. The leading root causes are scope creep, weak change management, poor data migration, and over-customization.
What ERP implementation methodology is best?
The most widely cited methodology is the six-phase lifecycle: Discovery & Planning, Design, Development, Testing, Deployment (Go-Live), and Support. Most modern SME implementations favor a phased, agile-inspired rollout over big-bang. Flectic extends the six phases into a nine-step journey and applies AI-assisted delivery inside the manual-heavy steps to compress effort without skipping phases.
Can AI speed up ERP implementation?
Yes, when applied to the right steps. AI-assisted delivery accelerates requirements capture, documentation, QA coverage, and role-based training generation - the manual-heavy work that bloats traditional timelines. Flectic's framework is designed to deliver up to 3x faster as a delivery target, not an unconditional guarantee, with expert consultants remaining accountable for quality and human review.
When should we involve an ERP implementation partner?
Involve a partner at the discovery stage - before platform selection. A good partner maps your processes, recommends the right platform (Dynamics 365 or Odoo), scopes the project in practical phases, and commits to lifecycle support after go-live. Bringing a partner in after you have already bought a platform often means retrofitting scope to a stack that may not fit.
Should we go live in phases or all at once?
It depends on risk tolerance and complexity. Phased rollout lowers risk and disruption but extends the timeline; big-bang is faster but concentrates risk at a single cut-over. Phased approaches suit complex integrations or limited change-management capacity. Big-bang suits simpler scopes with strong sponsorship and tested integrations. Most modern SME implementations favor phased delivery.
What factors determine how long it takes to implement an ERP system?
The ERP implementation timeline is driven mainly by four factors, more than by the software brand: scope and module count (finance-only is faster than a full finance, supply chain, manufacturing, and CRM rollout), customization depth (every deviation from standard functionality adds build and test time), data quality (dirty or duplicated legacy data is the most common cause of go-live slippage), and deployment model (cloud is consistently faster than on-premise because it removes hardware setup). User count and integration complexity also extend the build and testing phases.
What is the difference between waterfall, agile, and hybrid ERP implementation?
Waterfall runs sequentially - requirements, then design, build, test, and deploy in strict order - and suits stable, well-understood requirements. Agile breaks delivery into short iterative sprints with continuous feedback, which adapts well to evolving requirements but needs strong team discipline. Hybrid combines upfront planning and governance gates (waterfall) with iterative build in sprints (agile), and is the most common real-world choice for mid-market ERP; vendor frameworks like Microsoft's Success by Design formalize this hybrid model.
What is an ERP roadmap?
An ERP roadmap is the phased project plan that sequences discovery, design, build, data migration, testing, training, and go-live, with governance, budget, and change management wrapped around them. Each phase ends with a go/no-go tollgate where stakeholders confirm deliverables before committing to the next phase. A strong roadmap also defines measurable success criteria - order-to-cash cycle time, month-end close days, inventory accuracy - so you can prove ROI after stabilization rather than relying on impressions.
Sources & methodology
18 citedEvery pricing figure and statistic on this page is traced to a primary or vendor source with a verification date. Where partner pages are cited, their platform bias is disclosed in-line.
- 01ERP implementation is the structured, multi-phase process of deploying an Enterprise Resource Planning system; the most widely cited framework is a 6-phase lifecycle: Discovery & Planning, Design, Development, Testing, Deployment (Go-Live), Support/Post Go-Live.↗netsuite.com · verified 2026-06
- 02For SMEs/small businesses, a realistic ERP implementation timeline is 3-9 months: 3-6 months for smaller, less complex projects; 6-9 months for mid-sized. Vendors promising go-live under 3 months often skip change management and training.↗blueskyerp.co.uk · verified 2026-06
- 03Gartner reports that by 2027, more than 70% of recently implemented ERP initiatives will fail to fully meet their original business case goals, with as many as 25% failing catastrophically. Gartner also cites 55%-75% of ERP projects failing to meet objectives.↗gartner.com · verified 2026-06
- 04Average ERP implementation cost overruns are widely cited at approximately 189% across industries; the 55%-75% failure rate range is commonly attributed to Gartner research.↗godlan.com · verified 2026-06
- 05For small to mid-sized businesses, a basic ERP implementation typically costs $10,000-$150,000. Mid-market implementations commonly range ~$150,000-$750,000 depending on scope.↗erpresearch.com · verified 2026-06
- 06A small to mid-sized business can expect to spend between $10,000 and $150,000 on a basic ERP implementation; small businesses ($1-10M revenue) see annual software costs of $3,000-$25,000+.↗top10erp.org · verified 2026-06
- 07A common 5-year budgeting benchmark is approximately $7,200 per user over a five-year period (small companies ~$7,143, mid-market ~$8,542), covering software, implementation, and training.↗cargoson.com · verified 2026-06
- 08Cloud-based ERP subscription fees typically range from $40 to $150 per user per month for small business tiers; enterprise tiers can reach ~$600+/user/month (e.g. Oracle Fusion Cloud ~$625/month).↗cudio.com · verified 2026-06
- 09The average monthly cost of ERP software for a small business is ~$1,740/month for $1-5M revenue firms and ~$4,620/month for $5-10M revenue firms (SoftwareConnect data via US Chamber of Commerce).↗uschamber.com · verified 2026-06
- 10Common root causes of ERP failure: scope creep, inadequate change management, poor data migration, over-customization, weak executive sponsorship, and under-resourced training.↗cyferd.com · verified 2026-06
- 11Top criteria for choosing an ERP implementation partner: relevant industry experience, platform certifications, a proven/structured methodology, change management capability, transparent fixed-fee pricing, post-go-live support, and references.↗crestwood.com · verified 2026-06
- 12The Microsoft-aligned 6-phase implementation model used by Dynamics 365 Business Central partners maps to: Discovery, Design, Build, Test, Deploy, Optimize, typically taking 3-9 months for SMEs.↗msdynamicsworld.com · verified 2026-06
- 13Phased rollout (by module or department) vs big-bang go-live: phased deployments reduce risk and disruption but extend timeline, while big-bang is faster but riskier. Most modern SME implementations favor phased/agile-inspired approaches.↗captivea.com · verified 2026-06
- 14ERP implementation typically takes 3–18 months: small businesses 3–6 months, mid-market companies 6–12 months, and enterprises 12–36 months depending on complexity and scope.↗erpresearch.com · verified 2026-07
- 15A typical mid-market ERP implementation takes 4–9 months and follows eight phases (discovery, planning, solution design, build, data migration, testing, training & go-live, post-go-live optimisation). Phase-by-phase benchmark: discovery & requirements 2–4 weeks (~10%), planning 1–2 weeks (~5%), design 3–5 weeks (~15%), build 4–8 weeks (~25%), data migration 3–6 weeks parallel (~15%), testing 3–5 weeks (~15%), training & go-live 2–4 weeks (~10%), post-go-live 4–8 weeks (~5%). Methodologies: big-bang, phased rollout, parallel adoption.↗erpsoftwareblog.com · verified 2026-07
- 16Phase-by-phase duration for a mid-market ERP implementation (50–300 users): discovery & requirements 2–4 weeks, solution design 4–6 weeks, development & configuration 8–16 weeks, testing 4 weeks, go-live 2 weeks, post-launch support 3–6 months intensive. Total mid-market elapsed time 6–10 months; enterprise 12–24 months. Median budget overrun 30%, median schedule overrun 40%.↗velsof.com · verified 2026-07
- 17Traditional waterfall and agile methodologies each apply to ERP implementation: waterfall is sequential and predictable but inflexible, while agile is iterative and adaptable; the hybrid model integrates their strengths across project phases.↗ijfmr.com · verified 2026-07
- 18Microsoft's Success by Design framework (for Dynamics 365) formalizes a hybrid, tollgate-driven implementation methodology with best-practice checklists; vendor-aligned frameworks structure the phases rather than improvising.↗netsuite.com · verified 2026-07
Related services & solutions
Book an ERP Readiness Call
Map your highest-impact workflows first, get a realistic timeline and qualified cost range, and find out whether Dynamics 365 or Odoo fits your business. 30 minutes, no enterprise overhead.