Implementing Procure Ai

Jakob Reuschlein
Customer Delivery Lead Procure Ai, Public Procurement thought leader.

Key Takeaways

AI implementation doesn’t end at go-live. Procure Ai’s combination of structured delivery, continuous enablement, and Forward-Deployed Engineering ensures procurement teams realize and sustain business value.

  • Implement with discipline by focusing on the right use cases, clear ownership, and buyer-centric workflows.
  • Enable users throughout the journey with training, change management, and adoption tracking built into every phase.
  • Continuously improve after deployment through embedded engineering support that evolves the platform alongside your business.

Most procurement professionals have lived through at least one technology implementation that didn't deliver on its promise. The software was purchased, logins were distributed, and then it sat on the shelf. The gap between buying technology and realizing value from it is where most implementations fail - and it has very little to do with the technology itself.

With AI, this challenge is compounded by something more fundamental: change is constant. Unlike traditional technology rollouts, where the transition has a clear beginning and end, AI-driven change is ongoing. The technology evolves, use cases expand, and the way teams work alongside AI shifts over time. As the recent Gartner article “Implementing change in the age of AI” from April2026 highlights, the speed and overlap of AI-related change make it fundamentally different from traditional technology change - and it demands a different approach to implementation.

This blog walks through what implementation actually looks like with Procure Ai:

  • what to expect after the contract is signed,
  • how the onboarding process is structured,
  • what you need to do to ensure success, and
  • how we ensure adoption on ongoing optimization.

Our implementation approach

Implementations are won or lost in the first90 days - not at contract signature. The enterprises that get value fast treat rollout as a delivery program with a named accountable owner, a narrow scope, and a weekly drumbeat. The ones that treat it as a vendor handover stall.

These are the principles that guide how we approach every implementation.

  1. Scope ruthlessly before signing anything off. Pick two or three workflows where the existing team can actually act on what the AI surfaces - usually intake guidance, tail spend negotiations, or purchase requisition triage. If you can't name the buyer who'll change their Monday morning because of it, it's out of scope. Breadth kills rollouts; depth earns them.
  2. Name one owner, not a steering committee. Appoint a single accountable delivery lead on the customer side with the authority to unblock data, legal, and IT. Set a weekly 45-minute operating cadence from week one and keep it sacred. Programs with a named owner hit value in 90 days. Programs run by a committee hit 180and counting.
  3. Design backward from the buyer's workflow. Before a single model is tuned, sit with the people who'll actually use it and map their current steps, systems, and frustrations. Configure the AI to slot into that flow - not the other way round. If the buyer has to open a new tab to use it, you've already lost half your adoption. This is also where work friction needs to be addressed -aligning the technology rollout with the work needed to optimize processes, data, and workflows for AI.
  4. Prioritize employee involvement where it matters most. The AI era moves too fast to involve employees in every change. But as Gartner's recent research on AI change management in procurement highlights, being selective is key - where involvement counts, it counts early. Role design is the clearest example: working with teams to understand what tasks they'll spend less time on, where they'll redirect capacity to higher-value activities, and how the human-machine relationship should evolve.
  5. Instrument adoption and business outcomes from day one. Adoption is the realKPI. Track weekly active users and task completion from week one - right alongside the business outcomes. Measure what the CFO already cares about:cycle time, cash freed, contract coverage, negotiated savings. If the metric isn't already on a CPO's dashboard, it won't survive the next budget review -and neither will the program.
  6. Earn the right to expand. Don't roll out to scope two until scope one shows adoption and a measurable business outcome. Use the first success as the template - same owner model, same cadence, same metrics - and let the buyers who loved it sell it internally. Expansion built on proof compounds; expansion built on optimism collapses at the first budget review.

What implementing Procure Ai looks like, step-by-step

The complexity of your Procure Ai implementation will depend on your unique business conditions and which ProcureAi tools you are implementing. Some modules need minimal training because they are intuitive by design. Others require a more structured onboarding approach.On the technical side, integration can range from a single source system connection to a complex multi-system environment. The implementation plan, timeline, and IT involvement all scale accordingly. This is why Procure Ai creates a tailored implementation and enablement plan for every client.

While every implementation is tailored, the process follows a structured, phased approach designed to build momentumand deliver value progressively. It typically follows six steps.

  • Step 1: Project kick-off and requirements definition. Goals and processes are defined, use cases are identified, and requirements are workshopped with the client's project team, process experts, and IT architects. This is wherealignment happens - on objectives, process, functional scope, and what success lookslike.
  • Step 2: Connection to source systems. Continuous data extraction from the client's source systems into theProcure Ai foundation is set up, and process data is validated.
  • Step 3: Integration and enrichment. The data model is deployed and validated, enrichers are connected, and the initial autonomous rule framework is established. This is the point at which the initial automation is tested, and standard analyses are finalized.
  • Step 4: Use case implementation and validation. End-to-end use cases are implemented, validated with business users through dedicated workshops, and refined based on real-world feedback.
  • Step 5: Value creation. Results from the first scope are tested, refined, and customized.Value realization workshops confirm the impact and identify further optimization opportunities.
  • Step 6: Finalization and handover. The implementation is documented, a technical and business handover is completed, and the foundation is set for the continuous rollout of additional scope.

Throughout all six steps, user enablement runs in parallel - delivered through a combination of remote and on-site training - so that adoption builds alongside the technical implementation rather than being bolted on at the end.

For implementations that involve deeper integration and configuration, the level of technical depth and hands-on collaboration required goes beyond what a traditional customer success model is built to provide. Training and onboarding are necessary, but not sufficient.

To adapt the platform to the organization's unique data, policies, and workflows, respond to issues in realtime, and ensure ongoing improvements and capability extensions, embedded technical expertise that can work in the client's environment is needed. This is why we have adopted a forward-deployed engineering model for ongoing operation improvements.

What is Forward-Deployed Engineering?

Forward-deployed engineering is a model pioneered by Palantir and since adopted by companies like OpenAI (Presence, revealed July 2026) and Salesforce. The core idea is to embed engineers directly within customers' businesses - not to provide remote support, but to work side by side with the client's team. Anthropic just launched its own service offering around the FDE approach in May 2026.

Procure Ai adopted this model early on becauseAI implementations often require deeper configuration and integration than standard SaaS implementations. Clients need hands-on support in customizing and refining how the platform works within their specific environment - their data, their processes, and their business rules. This can't be done effectively from a distance or through a standard support channel.

This is where Procure Ai's approach differs most clearly from procurement suites that rely on system integrators for implementation. With an System Integrator (SI) model, the integration is typically a one-time engagement - the integrator configures the system, handsit over, and moves on. At Procure Ai, forward-deployed engineers remainembedded as part of the ongoing partnership, not just the initial setup.

At Procure Ai, forward-deployed engineering means partnership instead of a tool rollout. Use cases are developed together with customers through joint workshops, with a focus on processes rather than presentations. The approach is pragmatic and data-driven- real impact is visible within weeks, not months.

Development follows agile sprint cycles with early user testing and continuous improvement. Adjustments to workflows and configurations are applied in real time based on direct client feedback.This tight iteration loop means the platform is shaped around the client's reality from day one, rather than following a rigid playbook that may not fit.

Sustained value creation beyond go-live

Procure Ai's commitment extends far beyond solution deployment. Support is treated as a core part of the partnership, not an afterthought. Continuous operations improvement is the underlying mindset and ambition.

User enablement and change management are built into the process through tailored training programs and role-specific onboarding. A train-the-trainer model ensures the client can scale platform adoption independently over time. Because AI-driven change is ongoing, enablement doesn't stop at go-live. As roles evolve and new use cases are introduced, teams need continued support to adapt - and managers need to be equipped to guide that evolution.

Post-deployment, clients benefit from dedicated Customer Success support with clear engagement and response commitments, as well as escalation paths. It includes the proactive analysis and monitoring of deployment data to ensure the platform continues to deliver value, but also to jointly identify, develop, and implement service optimization strategies for rules, automations, and agents across the platform.

This is also where the forward-deployed engineering model continues to deliver. Rather than a static handover, the FDE approach keeps innovation front and center - ensuring the platform evolves with the client's needs rather than stagnating after go-live.

All platform updates, maintenance, and support are included within a predictable, all-inclusive model. No hidden costs.

What we need from you

Sustainable transformation requires commitment from both sides. Procure Ai brings the methodology, expertise, andtechnology - but clients need to create the internal conditions for success.

Executive sponsorship is essential.Transformation programs that lack visible top-level support tend to lose momentum quickly. Leadership needs to communicate the initiative's strategic importance and stay engaged well beyond the kick-off.

A dedicated project owner on the client side is equally important - someone responsible for driving the relationship forward, coordinating across teams, and keeping the program on track. Without clear internal ownership, even the best external support will struggle to deliver sustained results.

Open-minded practitioners who are willing to invest time in learning new ways of working matter just as much. AI-assistedprocurement is a shift in decision-making, not just a change in tools. Earlyadopters who are curious and committed will become the internal champions thatdrive broader adoption across the organization.

Clear communication ties it all together.Teams that communicate program goals, timelines, and progress updates consistently see higher engagement and smoother adoption. When people understand why something is changing and what's expected of them, resistance drops significantly.

Structured, embedded, ongoing

Every implementation is different - shaped by the modules, the data environment, and the client's business priorities. But the principles stay the same: a structured process that delivers value progressively, embedded technical expertise for the implementations that demand it, and a partnership that extends well beyond go-live.

The forward-deployed engineering model reflects a belief that AI implementation done right requires more than training and support. It requires working side by side with clients to build solutions that fit their reality and evolve as their ambitions grow.

If you're evaluating AI procurement solutions and want to understand what implementation looks like in practice, get in touch.

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