Software built aroundthe way your businessactually works.Software shapedaround how you work.

Project structure and responsibility become unclear when operational information is divided between generic tools, documents, and conventions that only experienced team members understand.

We created a configurable project environment around the way a studio actually sets up, navigates, and runs its work.

Each project follows a shared structure while preserving the stages, categories, responsibilities, and connected records the studio needs.

New projects repeatedly require the same setup, even when the studio has already established a process that works. Manual recreation wastes time and introduces small inconsistencies.

We designed a template system that duplicates nested project structures and supporting assets in the background while making progress visible.

A tested operating pattern can become the starting point for a new project without rebuilding every board, brief, record, and setting.

The earliest and most consequential project knowledge often arrives through meetings, messages, PDFs, and disconnected notes, then becomes difficult to recover when decisions are made later.

We connected reusable questionnaires, briefs, topic-based responses, and project records in one discovery workflow.

Client context remains available throughout the project instead of being reduced to meeting memory or isolated documents.

Project files become difficult to act on when they live in a separate file tool without the decisions, products, boards, or records that give them meaning.

We integrated document import, organization, preview, renaming, and reuse directly into the project environment.

Files can move into project records and visual boards without losing their relationship to the work.

Legacy product data and photography vary too widely to publish directly. Without controlled fields and review, errors in taxonomy, calculations, lifecycle state, and media paths reach the public catalog.

We developed a multi-step editor and callable backend around private drafts, whitelisted updates, controlled product types, calculated fields, and managed uploads.

Content, commercial data, media, and lifecycle state can be prepared and reviewed through one governed record workflow before publication.

A professional partnership program cannot be managed reliably through a contact form alone. Applicant context, review decisions, agreements, signatures, and access state must remain linked.

We connected account records, Trade Program applications, administrative review, generated PDFs, signature capture, and partnership state in one workflow.

Each application has a traceable path from submission through review and agreement to its current partnership state.

One-off objects can be promised twice when temporary interest exists only in private messages and is not reflected in the availability state seen by other users.

We implemented transactional callable functions and scheduled expiry around hold metadata, eligibility limits, project mirrors, conflict rejection, release, and restoration.

A bounded hold becomes visible in both catalog availability and the user’s project context, with explicit paths for rejection, manual release, and automatic expiry.

Design teams need to move quickly between product references, imagery, layout decisions, and presentation output. When each part lives in a different application, context is lost and the same material is repeatedly rebuilt.

We designed a native visual workspace around the project itself, combining multi-board composition, drawing, precise layout tools, product records, and reusable assets.

A board can move from early composition to client-ready presentation without separating the visual decision from the products, files, and project information behind it.

Visual editing cannot simply stop when connectivity fails. Local changes must survive, merge deterministically, and return to a synchronized state without hiding risk from the user.

We developed an offline-first collaboration layer around local command journaling, deterministic replay, synchronization, presence, history, and recovery tools.

Edits remain recoverable through interruption, while reconnect and synchronization state stay visible to the person doing the work.

A board is not complete if it cannot leave the application at the dimensions, quality, scale, and transparency required for review, print, or delivery.

We built an export engine around the application’s visual model, with controlled rendering for presentation, print, and image output.

Finished boards can move directly into client review, production, and delivery workflows in useful formats.

Product photographs often need background removal or cleanup before they can support a convincing board, forcing a detour through separate editing software.

We embedded an image-cutout workflow inside the product and visual workspace so preparation happens where the asset will be used.

A product image can be isolated, reviewed, and reused in a composition without leaving the application.

Sourcing knowledge accumulates across vendor websites, screenshots, spreadsheets, messages, and personal notes. Even when a useful product has already been found, the next project often starts the search again.

We structured product sourcing as a reusable operational library, with searchable records, commercial and technical detail, media, vendor context, and links into project work.

A product is researched once, remains reviewable, and can move directly into specifications and visual boards without recreating its record.

A product selected for its design value still needs quantities, commercial detail, approval, procurement, and issue tracking. Visual presentation alone cannot carry that operational responsibility.

We built project-linked specifications that turn product selections into structured schedules with snapshots, status, pricing, and connections to proposals and boards.

The same selection can be understood as a design decision, a commercial item, and a delivery responsibility without creating disconnected copies.

Once products move beyond selection, their status changes across pricing, approval, ordering, delivery, and issue resolution. Separate trackers quickly become incomplete or outdated.

We added a status-control layer across project specification records, designed around the stages teams already need to monitor.

Teams can review and update item progress from one operational view instead of reconciling a second procurement tracker.

Useful product information is distributed across page text, metadata, galleries, variants, documents, and vendor details. Capturing it field by field is slow, but importing it without review is unreliable.

We connected browser capture, authenticated Firebase processing, AI-assisted classification, temporary drafts, media selection, and a native review interface.

A webpage arrives as normalized product data and selected media, ready for human correction and approval before it enters the catalog.

Products chosen during sourcing are often entered again in project schedules and then recreated once more in visual presentations, producing disconnected versions of the same decision.

We linked the sourcing library, project specifications, and visual workspace through a shared product-to-project workflow.

A reusable source record can become a project-specific specification and a board item while retaining its underlying product context.

Reference imagery quickly loses value when its source, reason for collection, and relationship to a project disappear into folders or saved links.

We structured inspiration as a searchable library with categories, attribution, source context, and links into visual project work.

References can be found, understood, and reused without separating the image from its original context.

Studios repeatedly enter the same contractor and service information, while useful notes and supporting documents remain attached to individual projects or personal records.

We created structured, reusable records for trades, contractors, prices, measures, imagery, notes, and documents.

Common service information can be reviewed once and introduced into new project planning without rebuilding the record.

Unique objects resist uniform cataloging: names, materials, eras, photography, and availability vary, making a large inventory difficult to explore and difficult for search engines to understand.

We built a bilingual catalog around controlled taxonomy, responsive product presentation, deterministic multi-field search, related-item logic, and localized structured metadata.

Visitors can move from a broad category or specific search intent into a detailed product record, then continue through relevant inventory.

When scope, selections, terms, attachments, and approvals are spread across documents, teams lose track of which version is current and what the client has actually approved.

We built proposal creation into the project workflow, with atomic numbering, linked line items, controlled document states, terms, taxes, attachments, and payment schedules.

Teams can move a proposal from draft to approval without losing the project decisions, commercial terms, or supporting records behind it.

Billing often begins by manually re-entering approved proposal information, creating an avoidable opportunity for omissions, duplicate work, and inconsistent records.

We built a server-side conversion workflow that validates proposal state, carries eligible project and payment information forward, and creates the invoice number atomically.

An approved proposal becomes a connected draft invoice while preserving the project items and payment context behind it.

When deposits and milestone payments are tracked separately from a proposal, dates, percentages, requested amounts, and remaining balances become harder to verify.

We incorporated staged payment schedules directly into project financial documents, supporting both percentage-based and fixed requests.

Payment stages, dates, amounts, and balances remain connected to the approved proposal before invoicing begins.

Financial records lose credibility when totals and balances depend on someone updating several calculated values manually after every payment.

We designed payment recording around authoritative entries and server-side recalculation of the resulting financial state.

Each payment updates the paid total, remaining balance, and settlement state through one controlled workflow.

Dense operational and visual work needs space, precision, multitasking, and platform-native behavior that a stretched phone interface or generic responsive shell cannot provide.

We designed a native application architecture specifically for large-screen iPad work and desktop use through Mac Catalyst.

The same project workflows adapt to touch-first and desktop environments while retaining native navigation and interaction patterns.

Concurrent and offline editing require more than live transport: changes must merge deterministically, survive interruption, replay safely, and remain recoverable over time.

We developed the collaboration engine across native Swift, a Rust CRDT layer, authenticated WebSockets, and durable PostgreSQL persistence.

The workspace supports synchronized editing, history, migration, reconnect, and recovery through one coherent architecture.

Business rules become fragile when important state changes exist only in client code, where retries, concurrency, permissions, and partial failure are difficult to control.

We implemented callable workflows, atomic numbering, linked records, storage processing, scheduled cleanup, and usage accounting as server-side responsibilities.

Critical transitions are validated and executed through structured backend workflows instead of depending on interface behavior alone.