Inq-ITS vs Science Remote Laboratory
Inq-ITS
inqits.comScience Remote Laboratory
vlabs.zchpc.ac.zwSide by side
| Figure | Inq-ITS | Science Remote Laboratory |
|---|---|---|
| Price from | — | Free |
| Free plan | — | Yes |
| Free trial | Yes | — |
| Open source | — | — |
| Web | Yes | Yes |
| Windows | Yes | — |
| macOS | Yes | — |
| iOS | Yes | — |
| Android | Yes | — |
| Plans published | 1 | 1 |
| Spec score · Virtual Lab Software | 8.0 (#8) | 7.3 (#17) |
| Integrations | Google sign-in and Google Classroom support account access, class roster organization, and posting assigned labs; Clever sign-in and class organization are also supported. | The site mentions MQTT and simulated sensor I/O for IoT experiments. |
Plans
In their own words
Inq-ITS
Inq-ITS is an online science learning environment with NGSS-aligned virtual labs, automated assessment, and teacher reporting. Its collection contains more than 150 investigations in which students design and conduct science inquiries. Rex, an AI virtual tutor, gives feedback during lab work, and real-time science tutoring is available in English and Spanish. Teachers receive alerts about students who need help and the skills involved, along with classroom and student performance reports. Patented algorithms automatically assess student work and produce performance reports. Google sign-in, Google Classroom, and Clever support access and class organization; Google Classroom also lets teachers post assigned labs. The service runs in a browser on Windows, Mac, Chromebook, iPad, and Android devices. Full functionality requires stable internet, cookies, JavaScript, and WebSockets. Teacher registration provides full access, with the trial ending 30 days after students begin using assigned labs. Free digital labs are also described for practicing science investigation skills. School and district plans are tiered by student count, and pricing is available on request.
Science Remote Laboratory
Science Remote Laboratory is a free web platform for virtual science experiments in university education. Its live library contains 34 experiments spanning physics, chemistry, biology, IoT, and robotics. Physics activities include an MNA circuit solver and an RK4 engine for mechanics simulations. IoT work uses a pseudocode interpreter for simulated sensors, MQTT, input and output, PID loops, and safety limits. Browser-based 3D laboratories use BabylonJS and Havok physics. Sessions persist, progress is saved, and multiple students can work in one lab simultaneously. The laboratories run in a browser without installation. The platform is presented for universities, public health organizations, and research institutions. Phase 01 is live; scientific visualization is listed as in development, with later phases upcoming. The Free to explore plan costs nothing. The project is headquartered in Harare, Zimbabwe.