Build log
ChaseInTech: turning a portfolio into a proof-led operating surface
How the site grew from a project list into a connected system for products, services, case studies, responsive media and evidence-backed enquiries.
Source: Public ChaseInTech site payload and privacy-screened build, media and visual-QA records
Technical bibliography record
The build, in five parts.
- 01 Built
- A responsive evidence system linking 12 services, project case studies, digital products, guided enquiries and locally served high-density media.
- 02 Process
- Repository truth was reconciled first, then page contracts, media pipelines, focused browser tests and desktop/mobile visual review were applied in bounded passes.
- 03 Learned
- Polish is strongest when every visual improvement leads to clearer proof or a better decision, rather than adding motion without purpose.
- 04 Skills
- Astroresponsive mediacontent systemsPlaywrightvisual QA
- 05 Saved
- Versioned source, responsive-media manifests, browser assertions, visual captures, build records and an explicit list of what remains undeployed.
Visual QA and product evidence
See the milestone, not only the summary.
Exactly what was built#
The site now connects projects, products and services instead of presenting them as separate catalogues. Every service has linked proof, the Different Examples surface filters real project evidence by client problem, the product catalogue carries availability and storefront boundaries, and the homepage gives each commercial path a clear route. A site-wide media pipeline serves local responsive variants for project, article, product and service imagery, while all current video posters use high-density local sources rather than the old low-resolution dependency.
The process#
Each pass began by reading the current repository and publication state, preserving unrelated work and separating local implementation from deployment. Content and design changes were then expressed as data-backed components, followed by production builds, link and media audits, focused Playwright journeys, reduced-motion checks and human review of desktop and mobile captures. When upstream work landed during the pass, the candidate was reconciled with the newer source before media was regenerated.
What we learned#
A polished site can still feel unconvincing when proof is buried. The strongest change was not a gradient, animation or larger image by itself; it was placing the relevant evidence next to the decision a visitor is trying to make. Motion works best as hierarchy and feedback. Media quality works best when source limits are stated honestly. Conversion improves when products, projects and services remain distinct but visibly connected.
Skills gained#
The work strengthened responsive-image engineering, content modelling, Astro component design, accessibility-aware motion, visual regression practice, evidence-led service positioning, product-catalogue architecture and browser-based acceptance testing.
What was saved#
The durable output is larger than the rendered pages: reusable media-generation scripts, local source manifests, quality audits, responsive browser contracts, desktop/mobile evidence captures, build logs and agent-activity records now make the next site pass repeatable instead of reconstructing the process from screenshots.
Into the knowledge loop#
Public-safe lessons can be retained in the private ChaseInTech and ChaseOS knowledge system with their source and proof state intact. Future harnesses can retrieve those lessons as native context when planning another media, product or release pass. Retrieval does not turn activity into truth: candidate lessons still keep provenance, review state and the boundary between what was implemented, tested, deployed and verified live.