CoderPad vs Hopp

CoderPad is online technical assessment software for screening and interviewing engineers. Its browser-based live coding pad lets interviewers and candidates write, run, and debug code together; take-home projects can be scored with automated test cases. The features page lists support for 42+ languages and frameworks. Hiring teams can use skills and custom assessments, proctoring, benchmarking, advanced reporting, and API access. Integrations include applicant tracking systems such as Greenhouse, Lever, Workday, iCIMS, SmartRecruiters, Ashby, Gem, and Tellent; pads can also be created and linked from Google Calendar or a Chrome extension. Listed AI tools include AI Assist in the pad, prompt capture and playback, and agentic runs with Claude Code and Codex. CoderPad says it has a SOC 2 Type 2 report, conducts annual external penetration testing, encrypts data with AES256, and uses at least TLS 1.2 for web communications. It states GDPR and CCPA compliance. There is no free plan; a 14-day trial is available. Pricing starts at $80/mo (annual).

Hopp is an open-source screen-sharing and remote pair-programming app for developers and engineering teams. Participants can control another person’s computer with keyboard and mouse, with stated latency under 100 ms; rooms hold up to 10 people. Screen sharing defaults to 4K and can cover any application on screen. Shared cursors, drawing, and annotations support collaborative work, while the app also advertises active noise-cancelling audio and a Slack integration for starting calls. Teams can self-host Hopp on their own infrastructure using the repository’s self-hosting guide and Docker Compose setup, or use Hopp Cloud for $15 a month, billed at $15 per user each month with unlimited calls. A dedicated single-tenant private cloud option is also available, with pricing by discussion. Listed platforms include macOS, Windows, web, and self-hosted use. Hopp lists a support guarantee of less than one day. Its privacy policy says it uses commercially acceptable safeguards but cannot guarantee absolute security.