Enterprise-grade software,
without the enterprise billbill.

Challenge

The site ran on WordPress. That means a program on the server, a database behind it, a login page anyone can find, and third-party plugin code running on every visit. Those four things have to be watched, patched and defended, forever. The site was broken into. Cleaning up the installation would have left all four exactly where they were, and the next attacker would find the same four doors. Whatever replaced it also had to stand up to scrutiny: this is a firm whose buyers check before they sign.

Approach

Containment came first: shut off the attacker's access and clear out what had been injected. The rebuild then made the decision that shaped everything after it — take the machinery away rather than defend it. Every page is now built once, on a developer's machine, into a plain file the server only has to hand over. The contact form posts straight to a hosted service, so even that runs nothing of ours. The browser is instructed to ignore anything embedded in a page. An automated check runs before each deploy, so a stray script, a borrowed asset or a broken link fails the build.

Outcome

The site is live at hsiorg.com across 20 pages. Its federal contracting section links the firm's live SAM.gov record and SBA certifications profile. A government buyer can verify the credentials rather than take the page's word for them. The homepage loads one small file of ours and nothing from anywhere else: no analytics, no tracking pixels, no borrowed fonts. A pre-launch accessibility review closed the last findings, including label text that was too faint to read comfortably. Releases are made without any stored password or key, so the project holds no credential worth stealing.

Challenge

A patient starting a treatment plan is scheduled months ahead, often more than once a week. Then something moves: a new job, a vacation, a holiday closure. Without a bulk tool, every remaining appointment has to be opened and moved one at a time. Each move needs a check against the office's open days, how full the target slot is, and whether the patient is already booked that day. An on-site review of the practice's workflow, done before this project, put a single holiday's rescheduling at four hours or more.

Approach

The app replaces nothing. It works directly on the appointment records the practice already has, exactly where they sit. Staff pick a patient, choose how the plan should move, and see every proposed change before anything is written. Each one runs through the same scheduling rules a person would apply, and anything that collides is flagged with the next workable date beside it. The whole set saves at once or not at all, so a failure leaves the schedule untouched rather than half-moved. The EHR's own settings are read, never rewritten.

Outcome

The app runs on the practice's own hardware, in the office, alongside the system it reads. A whole plan now moves in one submission, with a preview first. By the practice's account, a reschedule that used to take a multi-hour sitting now takes two to three minutes, and the front desk gets tens of hours of scheduling work back every week. A single scan finds every future appointment that falls on a closed day, across all patients, and proposes a new date for each. Bulk cancellation is specified but not yet built. The wider practice software, now in progress, is built on the same records, so there is no migration waiting at the end of it.