The Multi-AI Enterprise: A Strategic Framework for Enterprise AI Adoption
Navigate the multi-AI landscape with our Four-Pillar Framework. Learn how to deploy AI agents at scale across Rovo, Copilot, Claude, and more.
The Shift
Organisations can see the potential of AI. The challenge is navigating a rapidly evolving landscape.
There's no shortage of claims and promises. The business use cases are clear. But there's also a reasonable concern: we've seen tool proliferation before, and we don't want to repeat it. So organisations make a sensible-sounding decision:
- "We're going with Copilot, so we don't need Rovo."
- "We're already using ChatGPT — let's focus our effort there and see how it goes."
The logic makes sense: this is still experimental, so consolidate on one platform and learn. But this approach misses the reality of the multi-AI future — and the opportunity to use the right tool for the right job.
Yes, ChatGPT and Copilot can connect to Jira and Confluence via MCP — they can read issues and pages, even make changes. But they don't have access to the Teamwork Graph: the relationship layer that shows how your teams are structured, who works with whom, and how projects connect. That contextual intelligence is what makes platform-native AI genuinely useful. Each platform's AI has been tailored to understand its own ecosystem deeply.
The real question is: "How do we operationalise AI at scale?" Tool selection is straightforward once you have a framework. The complex, high-value work is identifying automation opportunities, building and deploying agents rapidly, measuring ROI, and scaling what works.
The Four-Pillar Framework
Rather than focusing primarily on individual tools, think in terms of four pillars. Each serves a distinct purpose. Most enterprises will use all four in due course — it's a matter of when, not if.
| Pillar 1 | Pillar 2 | Pillar 3 | Pillar 4 |
|---|---|---|---|
| Platform AI | General AI | Specialist AI | Connectivity |
| Rovo · Copilot · Agentforce | ChatGPT · Claude · Gemini | Leonardo · Sora · Bedrock | MCP · APIs · N8N |
| AI embedded in your work platform | Broad reasoning and content | Domain-specific capabilities | Orchestration across tools |
Quick Decision Logic
| If the task needs... | Use |
|---|---|
| Live access to Jira, Confluence, Microsoft 365, or Salesforce data | Pillar 1 |
| General reasoning, writing, coding, or analysis | Pillar 2 |
| Specialised output: images, video, custom models, or voice | Pillar 3 |
| Orchestration across multiple tools or data sources | Pillar 4 |
Pillar 1: Platform AI
Platform AI is embedded in your existing work tools. It has native access to your data without requiring manual context-setting. This isn't limited to the big three — most enterprise platforms are now deploying their own AI features, each with unique insight into how their platform is used.
Match Platform to Ecosystem
- Atlassian ecosystem? → Rovo
- Microsoft 365? → Copilot
- Salesforce CRM? → Agentforce
Most enterprises use two or three of these ecosystems. The question isn't which to choose — it's how to deploy agents effectively in each.
What Makes Platform AI Valuable
Platform AI has native access to your organisation's relationship graph — the layer that tracks who works with whom, how projects connect, and how knowledge flows across teams. Rovo draws on Atlassian's Teamwork Graph (your Jira project structures, Confluence spaces, and team relationships). Copilot draws on Microsoft Graph (email history, meeting patterns, SharePoint organisation). Agentforce draws on Salesforce Data Cloud (customer relationships, pipeline data, service history). This deep organisational context is what makes platform agents genuinely useful — you can get straight to the task.
High-Value Use Cases
| Category | Example Agents | Measured Impact |
|---|---|---|
| Service Desk | Ticket triage, auto-response, knowledge retrieval | 60–85% ticket deflection1 |
| Software Development | Code review, release notes, sprint analytics | 3–5 hrs/week saved per dev2 |
| Project Management | Status reports, risk flagging, stakeholder updates | 3–10 hrs/week saved per PM3 |
| Knowledge Management | Semantic search, content summarisation, Q&A | 50% reduction in search time4 |
Pillar 2: General-Purpose AI
General-purpose AI assistants (ChatGPT, Claude, Gemini) excel at reasoning, writing, coding, analysis, and research. They can connect to platforms like Jira and Confluence via MCP (see Pillar 4) to read and even modify data — but they don't have access to the Teamwork Graph. They can see your issues and pages, but not the relationship layer that tells them how your teams are structured, who typically works together, or how projects connect.
The Decision Is Simple
Pick one based on your ecosystem preferences. All three are capable. The differences matter less than having one available and knowing how to use it effectively. Standardising on one reduces training overhead and prompt fragmentation.
When to Use General AI vs Platform AI
| Use General AI | Use Platform AI |
|---|---|
| Writing that doesn't need internal context | Queries needing Teamwork Graph context |
| Coding assistance in IDE | Queries about project status or history |
| Research and analysis | Automated workflows triggered by work events |
| Brainstorming and ideation | Team-specific knowledge retrieval |
Pillar 3: Specialist AI
Some tasks require AI tools built specifically for that domain. Encourage your teams to explore these — ask "have you thought about using AI for that?" This is where innovation happens.
Common Categories
| Domain | Tools | Use When |
|---|---|---|
| Image Generation | Midjourney, Leonardo, DALL-E, Stable Diffusion | Marketing assets, concept art, product visuals |
| Video Generation | Sora, Runway, Pika | Training videos, marketing content, prototypes |
| Voice/Audio | ElevenLabs, Murf, Resemble | Narration, accessibility, localisation |
| Custom Models | AWS Bedrock, Azure AI, Vertex AI | Proprietary data, regulatory requirements, fine-tuning |
Governance Approach
Encourage teams to experiment with specialist tools for proof of concept work — this is where innovation happens. Support different teams trying different approaches. When a tool proves its value and is ready to scale, bring it through governance for security review and enterprise licensing. The goal is controlled experimentation, not restriction.
Pillar 4: The Connectivity Layer
The Model Context Protocol (MCP) is emerging as a standard for connecting AI tools to enterprise systems. This is the most strategically significant development in enterprise AI.
Pillar 4 is the glue that binds the other three together. A typical orchestrated workflow might: access information from Jira, Confluence, or Salesforce (Pillar 1), transform and reason over that data using Claude or ChatGPT (Pillar 2), generate images or video using Leonardo or Sora (Pillar 3), then land the outputs back into your platforms via API. Tools like N8N coordinate this entire flow, with each step handing off to the next.
Why MCP Matters
Before MCP, every AI integration was custom-built. Connecting ChatGPT to Salesforce required different code than connecting Claude to Salesforce. MCP standardises this — build one connector, use it with any MCP-compatible AI. As of late 2025, major platforms are adopting MCP including Atlassian, Slack, Google Drive, GitHub, and dozens more.
Strategic Implication
Organisations that build MCP-enabled infrastructure now will have significant flexibility as AI capabilities evolve. They can swap underlying models without rebuilding integrations. They can deploy agents that span multiple systems. They can respond quickly when new AI capabilities emerge.
MCP-Enabled Architecture
| Component | Role |
|---|---|
| MCP Servers | Expose enterprise data (Atlassian, Slack, databases) to AI in a standardised way |
| AI Clients | Claude, ChatGPT, or custom models that consume MCP server data |
| Orchestration | Workflow automation tools (e.g. N8N) that coordinate multi-step AI processes across systems |
| Governance | Centralised control over which systems AI can access and what actions it can take |
The Art of the Possible
When you combine orchestration tools like N8N with AI across all four pillars, entirely new workflows become possible.
Video Discussion → Published Campaign
A team records a video discussion about emerging trends. N8N triggers an automated workflow:
- Content Intelligence — AI transcribes video, extracts key concepts, compares against trending topics
- Campaign Analysis — Reviews current marketing schedule in Confluence, identifies content gaps (Pillar 1)
- Audience Targeting — Queries Salesforce to identify customers most interested in these topics (Pillar 1)
- Content Creation — AI writes articles and LinkedIn posts, referencing brand RAG for consistency
- Visual Generation — Leonardo generates graphics based on article themes and brand guidelines (Pillar 3)
- Quality Dashboard — Creates/updates Google Data Studio with campaign metrics and quality scores
- Distribution — Publishes to LinkedIn, blog, and social channels via API
- Approval Request — Drafts ad spend request with AI-generated rationale, routes to approver
- Scheduled Review — 14 days later, workflow triggers automatically, accesses campaign performance data
- Performance Summary — AI analyses results, writes summary with recommendations
Unstructured input (video) → fully orchestrated output (published campaign with budget request) → automated follow-up. AI reasoning at every stage, human approval where it matters.
Portfolio Data → Strategic Resource Recommendations
Leadership needs portfolio visibility across all projects. Rovo aggregates data and delivers actionable intelligence:
- Data Aggregation — Rovo connects to Jira, Tempo, HRIS, and financial systems via 100+ connectors (Pillar 4)
- Project Health Scan — Rovo analyses velocity, burn rate, blocker patterns using Teamwork Graph
- Resource Mapping — Maps team allocation, skills matrix, utilisation by person and project
- Blocker Identification — Flags dependencies, waiting states, approval bottlenecks across the portfolio
- Capacity Analysis — Calculates over/under capacity by team, skill set, and time horizon
- Risk Assessment — Identifies projects at risk, timeline concerns, budget variance
- Recommendation Engine — Generates hiring recommendations, reallocation options, priority trade-offs
- Executive Dashboard — Creates Confluence dashboards with Rovo-powered drill-down capability
- Scheduled Refresh — Weekly automated Rovo agent update, trend analysis over time
- Stakeholder Communication — Sends tailored summaries to PMO, Finance, and Delivery leads via Slack/email
Multiple data sources → unified portfolio intelligence via Teamwork Graph. Leadership gets insights, not spreadsheets.
From Tools to Transformation
Consider what's possible when you move beyond tool selection to systematic agent deployment:
- Every service desk ticket triaged automatically before a human sees it
- Weekly status reports compiled from Jira data without anyone typing
- New employee questions answered by AI with access to your policies and procedures
- Code reviews that catch issues before pull requests are even created
- Customer health scores updated automatically based on product usage patterns
- Contracts reviewed for non-standard terms before legal even sees them
Every team has dozens of these opportunities. The organisations capturing value are those that can identify, prioritise, build, and deploy agents rapidly — not those still debating which chatbot is 'best'.
The Speed Question
| If the answer is... | You're likely... |
|---|---|
| "Months" | Still in evaluation mode or building deployment infrastructure |
| "Weeks" | Making progress but still have friction in the system |
| "Days" | Operating at competitive velocity — keep scaling |
AI Maturity Model
Most organisations progress through predictable phases. Understanding where you are helps determine next steps.
| Phase | Characteristics | Common Challenges | Focus Areas |
|---|---|---|---|
| 1. Experimentation | Ad-hoc ChatGPT use. No governance. Individual productivity gains. | Shadow AI, data leakage concerns, inconsistent results | Policy, approved tools, basic training |
| 2. Enablement | Platform AI activated. First agents deployed. Some governance. | Poor data quality, low adoption, unclear ROI | Data cleanup, champion network, use case discovery |
| 3. Systematisation | Agent portfolio managed. Deployment process defined. ROI tracked. | Scaling bottlenecks, skill gaps, integration complexity | Development capacity, MCP infrastructure, measurement |
| 4. Transformation | AI-first processes. Continuous deployment. Strategic advantage. | Keeping pace with capability evolution | Innovation pipeline, emerging tech evaluation |
Strategic Questions for Leaders
These questions help assess your organisation's AI readiness and identify gaps:
Governance
- Do we have an AI acceptable use policy that employees actually know about?
- Who approves new AI tools and agent deployments?
- How do we track what AI is being used where?
Infrastructure
- Is our knowledge base clean enough to give AI good answers?
- Have we activated the AI capabilities already in our licences?
- Do we have a sandbox environment for testing agents before production?
Capability
- Who in our organisation knows how to build agents?
- Do we have a backlog of automation opportunities?
- How are we measuring AI ROI?
Adoption
- What percentage of our people are actively using AI tools?
- Do we have AI champions in each team driving adoption?
- Are people sharing prompts and learnings, or working in isolation?
The Path Forward
You've seen the vision. Now let's make it real.
The platforms are ready. Rovo, Copilot, Claude, the specialist tools — they're not future state. They're available now. Someone needs to wire it together, build the knowledge layer, deploy the agents, and make it fly.
That's what we do.
We'll guide you through this journey — regardless of what technology comes next from Atlassian, Microsoft, Salesforce, or anyone else. The vendors will keep shipping new features, new agents, new capabilities. That's the game now. You need a partner who understands the landscape, adapts fast, and keeps you ahead of the curve. We're that partner.
The organisations winning right now aren't waiting for perfect conditions. They're starting, learning, and scaling.
Why Design Industries
We're an Atlassian Solution Partner with 25 years in the game — from web development roots to deep SDLC expertise. We know Jira. We know Confluence. We know how work actually flows through enterprise teams. That operational depth is the foundation — you can't build intelligent agents on top of broken processes.
Through Diai Foundry, our AI consultancy division, we deliver Atlassian AI Fast Start — everything you need to get AI agents running. RAG infrastructure to make your AI outputs consistent and grounded in your data. Agent Foundry to build and deploy. Governance frameworks to keep it controlled. We've packaged the methodology so you can move fast.
We were in the Rovo beta from day one. We're deploying AI agents for state and local government and financial services clients. We don't theorise about what's possible — we ship it.
We've got Atlassian specialists, tool specialists, and seriously smart people. Our next generation of AI services is emerging — self-hosted LLMs for data sovereignty and N8N workflow orchestration for complex multi-agent deployments. Engage with Design Industries and let's get it done.
Ready to move? Let's talk.
We've got business analysts and AI specialists ready to deploy. No ramp-up. No waiting.
We can accelerate your AI journey starting now.
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