As a technologist with years of experience applying cutting-edge data technology to meet real user needs, Simon gets that data is hard. Tell him your data problems on Twitter @RegDyn!
Why custodians need self-serve toolsSimon Worthington
Cultural change around data without self-service custodianship is hard to achieve. Central data teams need to provide simple tools to custodians in order to scale their architecture and governance to a whole organisation. We've identified three key features that self-serve tools need in order to build and manage canonical datasets.
Excel yourself with our web spreadsheet editorSimon Worthington
We wanted to use a spreadsheet interface to let our users feel at home editing Registers. But we needed an editor that was similar to desktop office apps but didn't confuse users in areas that Registers and spreadsheets differ. So, we built our own spreadsheet widget and we're now using it everywhere in Registers.app.
How to keep data up‑to‑date at scaleSimon Worthington
Keeping important data up-to-date is critical. Organisations commonly centralise their key data – but this creates three hard problems. In this post, we explore a better way of keeping data up-to-date that keeps data scalable and flexible.
What is a Register?Simon Worthington
You’ve probably heard the R-word several times before, but may never have had a concrete explanation of what a Register is. In this post, we explore some of the properties that make a Register an excellent fit for holding important shared data.
Solving conundrums of spreadsheets at scaleSimon Worthington
Organisations of all sizes struggle to manage their important, canonical data and face constant tension around using spreadsheets. Our conclusion is simple: spreadsheets don’t work at scale. What if teams producing canonical data could continue to use their spreadsheets and others who need that data could consume it in a machine-readable, updatable and flexible way?
Open Permits and the power of open source softwareSimon Worthington
What if we can do more with physical proofs? What if we encode permits in a machine-readable way that also allowed the data to be verified as accurate? I’ve taken the open-source Registers technology that lets people build secure lists and packed individual items into QR codes, and then built a scanner app that runs on a smartphone and can read and verify the data.