Projects using SentryProjects using SentryOpenThreadAI - AI-Powered Revenue OS
Designed and developed the website for OpenThreadAI, an all-in-one Revenue OS built for B2B sales and revenue teams.
The product brings together CRM, AI-powered email outreach, automated sequences, deal pipelines, invoicing, proposals, analytics, and workflow automation into a single platform.
The website was designed to communicate a complex SaaS product clearly through strong information architecture, feature-driven sections, product visuals, pricing comparisons, use cases, and conversion-focused calls-to-action.
Key features showcased:
AI-powered email composer
CRM and Kanban deal pipelines
Multi-step email sequences
Sales automation engine
Revenue analytics and reporting
Email verification and tracking
Invoice and proposal builder
Team roles and workspace management
Integrations with popular business platforms
Enterprise security and compliance features
Detailed pricing and feature comparison
Responsive SaaS marketing experience
Goal: Create a polished SaaS presence that makes a feature-rich AI sales platform easy to understand while building trust and driving free-trial conversions. A clean, modern website built for a dental clinic in Edmonton, Canada. The goal was to create a digital presence that feels as comfortable and trustworthy as walking into the clinic itself — turning first-time visitors into booked appointments through thoughtful design and a clear user journey.
Dental websites often fall into two traps — either too clinical and cold, or too generic and forgettable. This one was built to avoid both. Every design decision, from the color palette to the page structure, was made with one goal in mind: make the visitor feel at ease and make it effortless to take the next step.
The Build
The site was architected as a multi-page experience covering everything a new patient needs before their first visit — services, team introductions, office details, reviews, and an easy path to book. The information hierarchy was carefully planned so that nothing feels overwhelming, and every page naturally guides the user toward conversion
Special attention was given to mobile performance, since a large portion of local service searches happen on mobile. The responsive layout adapts cleanly across all screen sizes without losing the visual quality of the desktop experience.
The blog and reviews sections were built with long-term growth in mind — giving the clinic a platform to publish patient education content and collect social proof over time, both of which contribute to local SEO and ongoing trust-building.
What Was Built
→ Fully responsive multi-page website optimized across all devices
→ Conversion-focused layout with clear appointment booking flow
→ Services page structured to educate and reassure new patients
→ Blog section for patient education and ongoing SEO content MessyVault is a smart storage and asset management platform designed to give people a clearer picture of what they own, where it’s stored, and what it’s costing them. I designed and built the experience around visual inventory tracking, storage organization, access activity, item management, billing visibility, and reminders—all brought together in one simple dashboard.
The goal was to turn an often messy, offline process into a practical digital system that makes stored belongings easier to track, manage, and understand. AFIN models the freight economy as a continuously evolving, event-driven graph of loads, carriers, lanes, shippers, and shipments. A set of specialized engines handle load acquisition, market intelligence, carrier intelligence, pricing and margin optimization, negotiation, dispatch, tracking, risk and compliance, and financial settlement. A Master Control orchestration layer governs which engine acts and resolves conflicts under a fixed hierarchy of safety over financial accuracy over optimization over speed, with graduated autonomy from manual to fully autonomous. The system boots through a defined activation sequence, proves the flow with an end-to-end demo that carries a load from acquisition through settlement, and handles fraud-detection, disruption self-healing, and global risk-override scenarios. State is durable via SQLite, and external services sit behind adapter interfaces with offline mocks so the core runs fully offline on deterministic formulas. 
