EchoAPI.👇echoapi.com/

EchoAPI👇echoapi.com/

3. EchoApi for VS Code : This plugin allows you to debug APls directly within CodeArts , similar to Postman . 4. PHP Intelephense 5. Phpstorm Parameter

And EchoAPI haha

EchoAPI : AI-Powered API devtool.👇echoapi.com/

I'm building EchoAPI : an AI-Powered API devtool.echoapi.com/

I'm building EchoAPI. 👇echoapi.com/

I'm building EchoAPI, an AI-Powered API development and management tool designed for developers.echoapi.com/

EchoAPI : AI-Powered API devtool.echoapi.com/

And,EchoAPI-AI-Powered API devtool.

and 10.EchoAPI - AI-Powered API devtool.

80K 🔥🔥🔥 EchoAPI has reached 80,000 downloads on the VS Code Marketplace @code

echoAPI, or curl

EchoAPI is Much coool

Try EchoAPI Branch today: echoapi.com/

November 12, 2025, 9:47 AM The engineering team stared at the error logs on the projector, a sinking feeling settling in the pit of their stomachs. The payment API was down. Mobile users couldn’t complete purchases. Customer support messages were flooding Slack. Sarah, the senior backend engineer, rubbed her eyes. She muttered that it had been working fine yesterday and she didn’t understand what went wrong. David, the tech lead, asked what had changed. “Mike pushed an update to /checkout around 8 PM last night,” Sarah explained. “He changed the parameter structure.” “Tested it?” David pressed. “He said he ran it locally,” she replied. “Reviewed it?” “He… just pushed to main,” she admitted. The room fell silent. No one wanted to imagine the chaos unfolding on production. At that moment, three team members had been updating the API documentation simultaneously: Mike on checkout, Emma on authentication, and Tom on error responses. None of them had visibility into the others’ changes. When Mike’s update went live, it broke Emma’s authentication modifications. Four hours later, the team finally managed to roll back the changes. The outage had cost $23,000 in lost transactions, left the CEO furious, and drained the team of energy and morale. A few months later, the same engineer visited a friend’s startup in New York. The team was about the same size, with similar technical complexity—but they were using EchoAPI Branch. John, the API engineer, showed the visitor how the team worked. They had five branches active at the same time: John on checkout, Emma on authentication, and Tom on error handling. Each branch was isolated. When asked what happened after finishing a task, John explained that a merge request was created. Emma reviewed his changes, seeing everything—endpoints, parameters, test cases—before anything reached the main branch. Conflicts were resolved visually. EchoAPI displayed the differences side by side, allowing the team to choose which version to keep without guessing or manually editing JSON. Changes only went live after approval. The main branch remained stable at all times, and production never touched development data. John grinned when asked if the API had ever crashed since adopting this workflow. Not once in six months. The difference wasn’t effort. Both teams were skilled. But workflow was the game-changer. The team had been working hard, but without branch isolation, code reviews, or any way to handle conflicts, small mistakes quickly piled up. In contrast, John’s team had the same level of talent—but their workflow prevented crashes almost entirely. EchoAPI Branch made a clear difference: Isolated Branches: Each developer worked on their own copy. The main branch stayed untouched and safe. Mandatory Review: No changes reached main without someone reviewing them. Every endpoint, parameter, and test case was visible before merging. Visual Conflict Resolution: When branches conflicted, the differences were displayed side by side. The team could choose what to keep, no accidental overwrites. Environment Separation: Development branches connected to dev environments, staging branches to staging, and main to production. Nothing from testing accidentally reached live users. Traceable History: Every change was logged. The team could see who changed what, when, and why, making it easy to track down issues. The real question wasn’t whether a team could survive without branches. It was whether they could survive a crash, and how much they were willing to lose if one happened. The first team learned the hard way: $23,000 lost in one afternoon. John’s team? They slept soundly while their API ran smoothly. EchoAPI Branch didn’t make the team work harder. It simply made their workflow smarter, their main branch safer, and their lives a little less stressful.

EchoAPI for VSCode. marketplace.visualstudio.com…

You can also check out this video to learn how to use collections in EchoAPI. youtube.com/watch?v=MSU84Tdk…

Thanks so much for the feedback — really glad you’re enjoying EchoAPI! Great question about collections. In EchoAPI, Folders serve the same purpose as Collections in tools like Postman or Insomnia. You can organize APIs inside folders, and importantly, folders can be run independently, just like collections in other platforms. We’d also love to hear — besides collections, are there any other features or workflows you’re missing right now? Your input helps us prioritize what to build next 🚀