Three Claude surfaces run one engine, and Dispatch now routes work between them. What separates them is whether the setup shaping Claude's behavior is a file you own or state the app holds for you.
Machines have been transacting without a working identity layer for twenty years. Adtech patched the gap with vendors who grade the transaction afterward, and that patch cannot grade a fake person. The standard now being written for agents is that layer.
Both platforms give TypeScript teams durable background execution without hand-rolling queues. Inngest orchestrates and calls functions on infrastructure you already pay for. Trigger.dev runs the code itself, in its own container, billed by the second. Almost every other difference between them falls out of that one split, including the pricing, which is where most comparisons get it wrong.
I've had 91 Trigger.dev tasks running my content and social pipelines. Most AI products won't show you what happened inside them, and the ones that do turn out to be the ones an AI can actually help you fix.
Circle just bought nearly a thousand blockchain patents from IBM. The framing is USDC protection; the real story is trust infrastructure for an economy where machines transact and nobody's checking IDs.
A bug in a Claude Code Stop hook got fixed four times, diagnosed correctly every time, and survived all four. The mechanism, the source-level regression test that catches it, and why a bug that keeps coming back is usually a missing decision rather than a missing note.
I gave a coding agent a guard that checks every commit lands in the repo and branch I intend. My 417 tests were all green. Then I hired a second agent to break it, and it walked through two holes the green suite never thought to check.
A video making the rounds argues graph engineering supersedes the loop-based agent pattern. After building multi-agent systems, I think the loop-versus-graph framing asks the wrong question. Topology decides whether you can SEE a failure, not whether one happens. Reliability lives in the deterministic checks at the edges, not in how you wire the agents.
For fifty years, controlling a computer meant sitting at it. AI coding agents broke that. Here's how I drive my agents from my phone, what it actually costs, the local-vs-cloud distinction, and why this turns you from an operator into a conductor.
Running several AI coding agents on the same repo turns into a coordination problem fast. Here's the system I built to keep them isolated, review each other's work, and merge their own pull requests safely.
I didn't think I'd hear back from Runway. Then this morning, I got accepted into their Builders program. Reflecting on why this mission is personal, and how we can ensure kids don't get left behind in the AI era.
Everyone has the same AI tools now, so volume stopped being a differentiator. What's left is whether any of it makes someone feel something, and whether the parts worth keeping survive being automated.
People are finding things through ChatGPT and Perplexity instead of Google. I built a pipeline that handles the optimization for that automatically. Here's how it works.
At Zeta Global, my team gave me room to figure things out. I tried to do the same for the people who came after me, from responsive templates to training engineers across time zones.
I had 45 rule files telling my AI how to behave. The output was getting worse, not better. Then I measured. 170KB of context loaded per session. Here's what happened when I deleted a third of them.
When I build with one AI for too long, the output starts drifting, confident but incomplete. A second model catches what the first one misses. Here's the two-pass process I use now.
I added Husky because of an anti-pattern. CI because of an anti-pattern. PR requirements because of an anti-pattern. None of it came from reading best practices. It came from breaking things and writing it down.