iBi Nexus

Selected Work

Working software. Engineering you can explore.

See the Commerce system we delivered, learn how we built this website with AI and explore our university work and an example office workflow.

Washington State Department of Commerce

Solicitation Management System (SMS)

iBi Nexus designed and deployed the portal for solicitation and RFP/RFX-related workflows.

The need

Public-sector solicitations involve documents, review and communication around each opportunity. A portal brings that work into one application.

The delivered system

iBi Nexus designed and deployed the Solicitation Management System portal. The portal supports solicitation and RFP/RFX-related workflows.

Inspect a conceptual solicitation-workflow example

Conceptual public workflow

Information, review and communication need a clear handoff.

Solicitation work brings documents, responsible decisions and public communication together. This example explains those relationships alongside the confirmed project.

Request context · clarification remains open

Sample recordS-204 · Opportunity brief

Supporting document needs clarification

Role
Requesting team
Information
Purpose, supporting documents and review owner
Who takes the next step
Reviewer checks whether the information is ready.
  1. Requesting team supplies the brief
  2. Reviewer returns the document question
  3. Publication remains pending
  4. Coordinator communicates response/status

Project status

Fully deployed and operational.

The Washington State Department of Commerce Solicitation Management System portal is operational for solicitation and RFP/RFX-related workflows.

Try an illustrative workflow decision →Connect this context to workflow engineering →

First-party project / Current public website

A website that shows how we engineer.

We wanted this website to explain what we do through examples visitors can try. That meant building clear pages and interactive demonstrations that work across screen sizes.

iBi Nexus / Actual interface structureAI, software and systems. Built for real operations.

Six services, interactive examples and a clear way to discuss your project.

From an idea to a tested website

  1. Direction + promptsOur engineers define what the site should explain and how it should work. AI helps us explore designs and refine the code.
  2. Implementation + judgmentWe built the website with React, Next.js and TypeScript, with animation and diagrams to explain the examples. Engineers reviewed and corrected the results.
  3. Behavior + deliveryWe test layouts, keyboard navigation, interactions and motion, alongside automated code checks. Changes must pass the project’s checks before production deployment.

Current status: live at www.ibinexus.com.

See one decision behind this website

Decorative signal travel depends on viewport visibility, actual document visibility and the live reduced-motion preference. The same diagram remains readable without animation. This excerpt comes from the shared implementation in this website’s repository.

const shouldAnimate = movement && documentVisible && visible;
// Travel and opacity share the same recurring schedule.
// Specific action transfers remain finite.

What AI contributed

AI helped explore design ideas and refine the implementation, with engineers directing the work throughout.

What our engineers are responsible for

Our engineers remain responsible for the design, code review, factual claims, interactions, testing and deployment. This website shows that approach in practice.

Explore AI-assisted engineering →

Institutional work

University of Washington

iBi Nexus has completed an ERPO-related project and other smaller projects within the University of Washington environment.

Office automation / Product work

The document arrived. The work around it should be easier to follow.

iBi Nexus has built office automation products.

When information is split across an inbox, a record and a message, it can be unclear who should act next. Follow one document through a connected office workspace.

Conceptual office workflow · D-204

D-204 / R-204 · No person assigned to the next step. Next: name who will follow up. Document, record and update share this context.

Connected work / R-204Same source
D-204

Service record

R-204 · office display request

D-204 / Service-request attachment

Meeting-room display

Related request
R-204
Location
North office
Source
Service desk attachment
Document relationship
D-204 attached to R-204
Location
North office · from D-204
Person responsible
No person assigned to the next step
Request status
Waiting for someone to handle the next step

Inbox

Arrival has a destination

Document D-204 stays linked to its request. The inbox shows its arrival; the request record holds the current status.

Associated → R-204

Message / update

The handoff is readable

R-204 is waiting for a next owner. D-204 is linked and available.
Request status → matching update

The message uses the request’s current status, so it does not create a conflicting version.

Keep the source, the owner and the state together.

The attachment keeps its original details. Assigning a responsible person updates both the request and the message.

  1. 01 / SourceInformation stays with its document.

    You can view document D-204 alongside the information in request R-204.

  2. 02 / ResponsibilityThe next person is named.

    The sample assignment gives the coordinator a clear follow-up.

  3. 03 / StateAn update tells the same story.

    The connected message reflects the record, not another copy.

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Tell us about the task or system you want to build, connect or improve. We can help identify a practical starting point.

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