Problem diagnosis
A Corelith solution begins with the business problem, then maps the system that should remove it. The output may be a website, workflow, internal tool, app, SaaS platform, or several layers together.
SIGNAL 1
Find friction
SIGNAL 2
Map boundary
SIGNAL 3
Shape build
FRICTION 01
The company is credible, but the website does not make that obvious quickly enough.
FRICTION 02
Manual updates, approvals, copying, and status checks slow down daily work.
FRICTION 03
Tools hold different versions of the truth and no one trusts the handoff.
FRICTION 04
A SaaS, app, or platform idea needs architecture before build pressure starts.
These panels read from problem to system, so the page stays focused on business pain instead of repeating the service catalog.
CASE TYPE 01
The business looks less capable online than it is in practice, or the current website does not explain the offer clearly.
Audience, page structure, service narrative, search intent, conversion path, and technical quality gaps.
Company websites, service pages, landing systems, content architecture, metadata, and inquiry paths.
Trust, clarity, discovery, speed, and the quality of project inquiries.
CASE TYPE 02
Routine work depends on repeated copying, reminders, approvals, reporting, and status updates.
Triggers, decisions, exceptions, owners, tools, payloads, alerts, and monitoring requirements.
Automated workflows, n8n flows, CRM updates, notifications, document handling, and reporting automation.
Execution consistency, response speed, and visibility into routine operations.
CASE TYPE 03
Important business work depends on spreadsheets, chat threads, generic SaaS tools, or disconnected systems.
Roles, permissions, data sources, process stages, dashboards, reporting needs, and operational controls.
Admin dashboards, portals, booking systems, CRM-style tools, review queues, and operational systems.
Control, accountability, data visibility, and daily workflow reliability.
CASE TYPE 04
The product idea is promising, but the first build needs disciplined scope, architecture, and launch planning.
MVP boundary, user roles, tenant model, subscription logic, dashboard needs, admin controls, and release constraints.
SaaS MVPs, authentication, dashboards, billing integration paths, admin panels, and support workflows.
Launch clarity, architecture quality, product focus, and iteration readiness.
CASE TYPE 05
Customers, staff, or field teams need to complete important actions away from a desktop workflow.
Mobile user journeys, platform choices, API needs, notifications, device conditions, and release requirements.
Customer apps, internal apps, booking apps, field team apps, dashboards, and app-connected workflows.
Access, usability, task completion, and mobile workflow reliability.
CASE TYPE 06
Data and status live across too many tools, making it hard to know what is current or where work is blocked.
Source-of-truth decisions, sync direction, API limits, status states, error behavior, and reporting views.
Integrations, data syncs, dashboards, operational alerts, workflow bridges, and monitoring surfaces.
Process visibility, handoff quality, decision speed, and data consistency.
The solution path is intentionally diagnostic. The aim is to avoid prescribing a website, automation, app, or product platform before the system boundary is clear.
Name the business friction, user group, current workflow, and cost of leaving it unresolved.
Trace tools, roles, data, handoffs, automations, screens, and failure states before choosing a build path.
Decide whether the answer is a website, internal tool, automation, app, SaaS layer, integration, or phased system.
Turn the map into deliverables, assumptions, risks, timeline, and the first release boundary.
Project fit
Every project is scoped after discussion because scope, complexity, integrations, timelines, and business goals shape the right proposal.
