AI-native software delivery
Enterprise software, built by AI agents. Governed by engineers.
WeCSharp builds regulated enterprise applications with AI agents carrying the implementation. Engineers set the architecture, the constraints and the acceptance criteria, then sign off every release. Underneath it all: years of shipping enterprise software in healthcare and clinical trials.
- Coding agents do the implementation, on a model chosen to fit your security and data-residency rules.
- Human gates at architecture, acceptance and release. Every approval recorded.
- Written for environments governed by HIPAA, GxP and 21 CFR Part 11.
The only address we use is contact@wecsharp.com. There is no phone queue and no sales team behind it.
How we build
Agents write the code. Engineers decide what ships.
Requirements become numbered acceptance criteria. Agents implement against them inside a repository with the gates already built. A named engineer reads every diff and signs every release.
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Understand the constraint
Before scope, we find out what actually governs the system: the regulation, the integration, the deadline, or the process nobody is allowed to change.
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Set the architecture and the gates Human gate
Humans decide the domain model, the boundaries, the acceptance criteria, and what a change has to pass before it merges. This is where the experience goes.
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Build with agents, against those gates
The coding agent carries the implementation — code, tests, migrations, infrastructure, documentation — inside the constraints we set, with every change reviewed and attributed.
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Demonstrate, hand over, support Human gate
Progress is shown as working software, not status reports. Everything ships to your accounts and repositories, with runbooks and documentation included.
Where we work
Built for environments where software has to be defensible
We specialize in developing enterprise software solutions for the healthcare industry. Our team understands the unique needs and challenges of the sector, and we build custom software that addresses them — systems that improve operational efficiency, streamline workflows, and make clinical trials run more effectively.
Regulated work sets a higher bar than most software. Records need audit trails. Changes need approvals. Access needs boundaries. "It works" is not the same as "it can be shown to work." We design for that from the schema up, rather than bolting it on when the auditor books a date.
- Clinical trial operations. Protocol-driven workflow, study and site data, monitoring, deviations, and reporting that reconciles.
- Regulated records. Audit trails, electronic signatures, versioning, and retention designed with 21 CFR Part 11 expectations in mind.
- Health data. HIPAA-governed information handled with the segregation, minimization, and logging it requires.
How we work inside HIPAA, GxP and 21 CFR Part 11 expectations How we got here
What we do
Six practices, one delivery model
Bespoke software designed to improve operational efficiency, streamline workflows, and make clinical trials run better. Every practice below is now delivered through an agentic build process.
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AI engineering and agentic delivery
AI coding agents carry the bulk of the build inside a conditioned repository: house rules, fixtures, linters, tests and CI already in place. They work against the specification, not against a vague prompt — and nothing merges on an agent's word.
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Rapid application development
Close collaboration with your people to understand what the system must do, then delivery in short cycles you can see and correct.
How the cycles work -
Global delivery
Experience across clients in different countries and time zones, with solutions shaped to each organization rather than configured from a template.
How we deliver -
Bespoke development
We design, build, deploy and maintain applications tailored to one organization's requirements, not to the average of everyone's.
What we build -
Startup mode
Ship value early, refine continuously on real feedback, and take calculated risks deliberately rather than by accident.
How we start -
Cloud and Azure
Long-running experience managing and administering Azure environments, with services to get more out of the estate you already run.
What we run -
SharePoint administration
User and group management, site and content management, permissions and search configuration, run by people who have done it for years.
What we administer
Under audit
Why this holds up under audit
Regulated projects rarely fail because people wrote code too slowly. They fail because nobody can prove what changed, why it changed, who agreed to it, and whether the thing that was validated is the thing that is running.
| How this usually goes | How we run it |
|---|---|
| A reviewer's attention is the quality gate, and it varies with the week they are having. | Gates are pipeline steps. The same standard applies to every change, at any hour. |
| The trace matrix is reconstructed months later from commit messages and memory. | Every commit references the requirement it serves, so the matrix is assembled from the repository. |
| The validated build cannot be recreated, because nobody can rebuild the environment. | Pinned toolchains, lockfiles and containerized builds mean a tag rebuilds to the same artifact. |
| Documentation describes a system that no longer exists. | Design specifications, risk notes and test evidence are generated with the code and versioned beside it. |
| Approval lives in an email thread somebody has to go and find. | Human approval is recorded at architecture, acceptance and release, each against a named person. |
| The hundredth screen is built to whatever standard the sprint allowed. | House rules live in the repository as text and are enforced in CI. |
What you will not find here
How we talk about results
Tell us what you need built
Most engagements start small: one system, one integration, one workflow that has outgrown its spreadsheet. Describe it in a few sentences and we will tell you how we would approach it — and whether we are the right people for it.
Or email contact@wecsharp.com. A senior engineer reads every message.