
I took a moment to interview an engineer on our team about the work we recently launched for a globally distributed enterprise organization. While a lot of AI talk in Enterprise has been about process and tool adoption, others have found opportunities to build AI tools specific for them. Here's the breakdown of the exciting work our team is executing in the context of a platform we just launched!
Like many enterprise organizations, our client wanted to operationalize generative AI for internal teams. Similar to organizations wanting their search tools to “work like Google,” if you’re reading this, you’ve probably been in a conversation or thought to yourself that it would be great to have a “ChatGPT, but for our proprietary information.” Like search, a simple ask is not that simple to execute, and the benchmarks set on the user experience are the result of billions of dollars.
Not only did our client need to deliver a solution that avoids risking data exposure, governance issues, or system instability… they needed a solution that could:
Public AI tools were not an option due to legal, security, and compliance requirements. On top of that, even some Enterprise License tools lacked the UX needed for adoption. UX is what matters to your users, and when you’re delivering for a large operational userbase, the stakes are high to meet or exceed the billion-dollar benchmarks they have become accustomed to.
Clique designed and implemented a custom generative AI platform integrated directly into the client’s internal ecosystem. We did this by starting with a prototype that allowed us to evaluate technical performance, work through fundamental architecture with manageable subsets of data.
However, a key to the success in our implementation was conducting UX workshops with prototyped UI in parallel to evaluate user experience. In years of executing UI and technical work at the enterprise level, we’ve learned that while you can prioritize one over the other, both the technical architecture and the user experience have to deliver. Our expertise in working in environments that are highly regulated with strict governance have allowed us to leverage methodologies we’ve developed to deliver rapid results that prioritize both. The key was launching iteratively and involving users throughout the process. While our engineers used iterations to validate scalability and performance, users became part of the experience development. This avoids the “Grand Opening” you see in a lot of rollouts that build excitement in the short term for a launch, at the expense of long-term gain and adoption. Users already know how it works, participated in the decisions that led to how it works, and organizations can focus on change management and continued iteration in place of rollbacks and fixes.
The platform enabled internal teams to:
What began as a prototype became a production-ready enterprise rollout. I should reiterate it’s serving a global user base and we went from prototype-to-production in less than 6 months.
At Clique, we’ve been the team behind exciting Enterprise UI and innovative technical builds in heavily regulated industries for over a decade. Bringing that experience has allowed us to introduce and build AI tools responsibly. As a result, integrated AI solutions for the enterprise has become an area of expertise at Clique. Our right-sized team structure allows us to move fast while leveraging our experience in secure platform architecture to deliver solutions faster and safer than massive teams.
Is there an AI conversation happening at your organization, an idea to explore or a problem to solve? Contact us, I’ll bring folks from the team that delivered the above to our first call :-)
If the opportunity is not a good fit for us, we’ll let you know, but will also share insights from everything we’re learning in real execution that can help you determine next steps!
Clique engineers a standardized prompt framework aligned to specific business objectives, abstracting prompt complexity away from end users and requiring the model to cite source materials for accountability. This eliminates output variance that comes from inconsistent user prompting and removes the need for end users to become prompt engineers, which drives enterprise-wide adoption.
We replace the traditional, high-risk "Grand Opening" rollout with an iterative, parallel-track methodology. While our backend engineers validate scalability and asynchronous performance using manageable data subsets, our frontend teams conduct active UX workshops with prototyped UIs. By involving users early in the experience development, we uncover adjacent workflow opportunities and ensure the final UI makes their specific jobs easier. The result is a production-ready system deployed in under 6 months, driven by high user trust and organic adoption.
Asynchronous AI processing on a queue-based architecture is the optimal pattern for high-concurrency LLM requests. Clique decouples the frontend request from backend inference, queues jobs, and scales processing nodes horizontally — preventing the timeouts and instability that synchronous API calls produce under usage spikes.
Enterprises bypass data conversion pipelines by building multi-format document ingestion directly into the AI platform. Clique engineers parsing pipelines that handle PDFs, presentations, and structured inputs in their native formats, eliminating enterprise-wide document conversion initiatives that typically stall AI projects for months.
To deploy a secure application to thousands of global users without creating massive overhead for IT, we utilize cross-cloud authentication via identity federation. This allows the custom AI platform to integrate seamlessly with the enterprise's existing Identity Provider (IdP), ensuring secure, role-based access control (RBAC) across different cloud environments with single sign-on (SSO) efficiency.
Long-running AI inference jobs are managed through real-time bidirectional communication channels that push live status updates to the UI. Clique's platform displays granular progress tracking and results consumption as the server completes each step, replacing traditional polling and turning the interface into an informative real-time application rather than a transactional one.