UI/UX Design
Understandable Blockchain Products|Clear Transaction Journeys|Interfaces Built to Ship
Sphere 10 designs blockchain interfaces that make the underlying operation understandable. We turn wallet connections, signatures, approvals and confirmations into a coherent product journey, with the same attention given to administration and support. Our design work is grounded in the .NET application and chain behaviour that will implement it.
Design the Decisions Behind the Screens
We map what each user is trying to achieve and the decisions they must make along the way. A signed message, a token approval and an on-chain transfer have different consequences; the interface needs to explain the actual action before the user commits. We define the information, permissions and confirmation steps for each operation.
The design covers the time between submission and completion. Users should be able to distinguish a request awaiting a wallet signature, a submitted transaction and an accepted result. We specify rejected signatures, unavailable networks and conflicting account state alongside the successful path, so those states receive deliberate content and controls.
Prototype With the Real Application Model
We produce interactive flows and a component language that can be implemented in Blazor, React or the selected desktop interface. C# API models define what the interface can know, while backend state determines which actions are valid. Your presentation remains separate from signing authority and transaction processing.
Our own BlockchainSQL Server includes a web explorer and an operational scanning application. That gives this work a concrete engineering reference: presenting blocks, transactions, processing progress and database information to different users. Sphere10 Framework's shared application and platform UI foundations also inform navigation, screen ownership and administration design.
Validate the Journey Before Committing the Build
We review the prototype against realistic tasks: connect the correct wallet, inspect an asset, authorise a specific operation and determine whether it completed. We test long addresses, small screens, empty records and failure messages, then refine the design around the points where a user could misunderstand the outcome. Where needed, we build a working .NET-backed vertical slice to verify integration assumptions.
Handover contains the component states, interaction rules, content and acceptance examples required by the implementation team. We can continue into the build and compare the delivered interface with the approved journey. The result is a design specification connected to executable product behaviour and a clear definition of completion.
Platforms & Tooling
.NET Blazor React HTML5 CSS Sphere10 Framework ASP.NET Core
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