Short clips from Leanpub's videos.
These are short clips from our Leanpub videos — our Launch videos, Podcast videos, and more from our YouTube channel.
Fix the Ladder by Giordano Scalzo
AI can help engineers ship code they cannot explain. This complete, illustrated guide helps engineering managers and CTOs grow judgement alongside that speed, with a six-session mentoring course, reusable exercises, and the business case for junior hiring.
Fix the Ladder by Giordano Scalzo
AI can help engineers ship code they cannot explain. This complete, illustrated guide helps engineering managers and CTOs grow judgement alongside that speed, with a six-session mentoring course, reusable exercises, and the business case for junior hiring.
Fix the Ladder by Giordano Scalzo
AI can help engineers ship code they cannot explain. This complete, illustrated guide helps engineering managers and CTOs grow judgement alongside that speed, with a six-session mentoring course, reusable exercises, and the business case for junior hiring.
Fix the Ladder by Giordano Scalzo
AI can help engineers ship code they cannot explain. This complete, illustrated guide helps engineering managers and CTOs grow judgement alongside that speed, with a six-session mentoring course, reusable exercises, and the business case for junior hiring.
Fix the Ladder by Giordano Scalzo
AI can help engineers ship code they cannot explain. This complete, illustrated guide helps engineering managers and CTOs grow judgement alongside that speed, with a six-session mentoring course, reusable exercises, and the business case for junior hiring.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Other Men With Machines by Ian Johnson
Frank Herbert's most quoted sentence has two halves, and almost nobody finishes it. The half that gets dropped says the machines never acted: whoever owns them collects what you handed over. This book is about who that is now, and what ordinary people can still do about it.
Other Men With Machines by Ian Johnson
Frank Herbert's most quoted sentence has two halves, and almost nobody finishes it. The half that gets dropped says the machines never acted: whoever owns them collects what you handed over. This book is about who that is now, and what ordinary people can still do about it.
Other Men With Machines by Ian Johnson
Frank Herbert's most quoted sentence has two halves, and almost nobody finishes it. The half that gets dropped says the machines never acted: whoever owns them collects what you handed over. This book is about who that is now, and what ordinary people can still do about it.
Other Men With Machines by Ian Johnson
Frank Herbert's most quoted sentence has two halves, and almost nobody finishes it. The half that gets dropped says the machines never acted: whoever owns them collects what you handed over. This book is about who that is now, and what ordinary people can still do about it.
Other Men With Machines by Ian Johnson
Frank Herbert's most quoted sentence has two halves, and almost nobody finishes it. The half that gets dropped says the machines never acted: whoever owns them collects what you handed over. This book is about who that is now, and what ordinary people can still do about it.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Extreme Reliability by Jules May
We just accept that software is inherently imperfect, that all software must contain bugs, and we design our development processes around that. But what if it were possible to write correct software? What if we could consistently develop clean, maintainable software that works perfectly, all the time? And what if it were cheaper, faster and easier to write correct code than to write the buggy variety? What then? Flawless software, delivered faster.
Building Serverless Applications With WebAssembly & Spin by Thorsten Hans
Tired of paying the "container tax" for bursty, event-driven workloads? It's time to elevate your cloud architecture. Building Serverless Applications with WebAssembly & Spin walks you through constructing a robust, multi-component Rust app from scratch. You will master Spin, learn about the underlying Wasm Component Model, and ship your app seamlessly to both Kubernetes and edge runtimes. Ditch heavy base images, eliminate cold starts, and master the future of lightweight, secure serverless compute.
Building Serverless Applications With WebAssembly & Spin by Thorsten Hans
Tired of paying the "container tax" for bursty, event-driven workloads? It's time to elevate your cloud architecture. Building Serverless Applications with WebAssembly & Spin walks you through constructing a robust, multi-component Rust app from scratch. You will master Spin, learn about the underlying Wasm Component Model, and ship your app seamlessly to both Kubernetes and edge runtimes. Ditch heavy base images, eliminate cold starts, and master the future of lightweight, secure serverless compute.
Building Serverless Applications With WebAssembly & Spin by Thorsten Hans
Tired of paying the "container tax" for bursty, event-driven workloads? It's time to elevate your cloud architecture. Building Serverless Applications with WebAssembly & Spin walks you through constructing a robust, multi-component Rust app from scratch. You will master Spin, learn about the underlying Wasm Component Model, and ship your app seamlessly to both Kubernetes and edge runtimes. Ditch heavy base images, eliminate cold starts, and master the future of lightweight, secure serverless compute.
Building Serverless Applications With WebAssembly & Spin by Thorsten Hans
Tired of paying the "container tax" for bursty, event-driven workloads? It's time to elevate your cloud architecture. Building Serverless Applications with WebAssembly & Spin walks you through constructing a robust, multi-component Rust app from scratch. You will master Spin, learn about the underlying Wasm Component Model, and ship your app seamlessly to both Kubernetes and edge runtimes. Ditch heavy base images, eliminate cold starts, and master the future of lightweight, secure serverless compute.
Building Serverless Applications With WebAssembly & Spin by Thorsten Hans
Tired of paying the "container tax" for bursty, event-driven workloads? It's time to elevate your cloud architecture. Building Serverless Applications with WebAssembly & Spin walks you through constructing a robust, multi-component Rust app from scratch. You will master Spin, learn about the underlying Wasm Component Model, and ship your app seamlessly to both Kubernetes and edge runtimes. Ditch heavy base images, eliminate cold starts, and master the future of lightweight, secure serverless compute.
Lean Enterprise Architecture by Romano Roth
Lean Enterprise Architecture (LEA) redefines EA as a lean, value-driven discipline that bridges strategy, business, and technology. Instead of static blueprints, it shows you how to build adaptive architectures, enable transformation, and create measurable impact. Whether you are an enterprise architect, IT strategist, or business leader, LEA equips you to lead with clarity and influence.
Lean Enterprise Architecture by Romano Roth
Lean Enterprise Architecture (LEA) redefines EA as a lean, value-driven discipline that bridges strategy, business, and technology. Instead of static blueprints, it shows you how to build adaptive architectures, enable transformation, and create measurable impact. Whether you are an enterprise architect, IT strategist, or business leader, LEA equips you to lead with clarity and influence.
Lean Enterprise Architecture by Romano Roth
Lean Enterprise Architecture (LEA) redefines EA as a lean, value-driven discipline that bridges strategy, business, and technology. Instead of static blueprints, it shows you how to build adaptive architectures, enable transformation, and create measurable impact. Whether you are an enterprise architect, IT strategist, or business leader, LEA equips you to lead with clarity and influence.
Lean Enterprise Architecture by Romano Roth
Lean Enterprise Architecture (LEA) redefines EA as a lean, value-driven discipline that bridges strategy, business, and technology. Instead of static blueprints, it shows you how to build adaptive architectures, enable transformation, and create measurable impact. Whether you are an enterprise architect, IT strategist, or business leader, LEA equips you to lead with clarity and influence.
Lean Enterprise Architecture by Romano Roth
Lean Enterprise Architecture (LEA) redefines EA as a lean, value-driven discipline that bridges strategy, business, and technology. Instead of static blueprints, it shows you how to build adaptive architectures, enable transformation, and create measurable impact. Whether you are an enterprise architect, IT strategist, or business leader, LEA equips you to lead with clarity and influence.