Last updated a month ago
Midnight, the CIP1694 stack and many other Cardano core technologies require for their rapid and efficient diffusion an environment with a track record engaging developers, companies and users.
This is the total amount allocated to Gimbalabs: Engaging Developers, Companies, and Users 365 Days/Year. 6 out of 6 milestones are completed.
1/6
To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month
Cost: ₳ 30,967
Delivery: Month 1 - Apr 2024
2/6
To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month
Cost: ₳ 29,412
Delivery: Month 2 - May 2024
3/6
To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month
Cost: ₳ 29,412
Delivery: Month 3 - Jun 2024
4/6
To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month
Cost: ₳ 29,412
Delivery: Month 4 - Jul 2024
5/6
To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month
Cost: ₳ 29,412
Delivery: Month 5 - Aug 2024
6/6
To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month + Closing report.
Cost: ₳ 29,412
Delivery: Month 6 - Sep 2024
NB: Monthly reporting was deprecated from January 2024 and replaced fully by the Milestones Program framework. Learn more here
Gimbalabs
Over the past 2 years, Gimbalabs' "Live Coding" and "Playground" sessions have created a public resource with expertise in unveiling to people the details of Cardano's latest technical breakthroughs.
No dependencies.
No license required.
SDG Goals
4 - Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all
SDG Subgoals
4.7 - By 2030, ensure that all learners acquire the knowledge and skills needed to promote sustainable development, including, among others, through education for sustainable development and sustainable lifestyles, human rights, gender equality, promotion of a culture of peace and non-violence, global citizenship and appreciation of cultural diversity and of culture’s contribution to sustainable development
Consider the following short list of scenarios:
Technology: Cardano Name Service (CNS). Platform for social networking on the Cardano network, empowering users to create and manage secure social profiles on Cardano, with .ada domains acting as gateways to their social identity.
Date of first commit to repository (according to project repository): Aug 14, 2023
Date of most recent commit (according to project repository): Nov 21, 2023
Date of presentation at Gimbalabs “Playground” session: Oct 10, 2023. Link to the session here.
Courses published on the subject to date: none yet.
Technology: Apollo - Pure Golang Cardano Building blocks. Library written in Golang that gives developers access to each and every needed resource for Cardano development. The final goal is to be able to have this library interact directly with the node without intermediaries.
Date of first commit to repository (according to project repository): Apr 18, 2023
Date of most recent commit (according to project repository): Nov 17, 2023
Date of exploration in Gimbalabs “Live Coding” session: Nov 22, 2023. Link to the session here.
Courses published on the subject to date: none yet.
Technology: Cardano Web3 Auth - CIP8. Blockchain-friendly authentication approach.
Date of first commit to repository (according to project repository): May 6, 2022
Date of most recent commit (according to project repository): Jul 11, 2022
Date of presentation at Gimbalabs “Playground” session: Sep 21, 2022. Link to the session here.
Courses published on the subject to date: none yet.
Technology: Frontend and Headless Dapps (subject incorporated into the Gimbalabs Plutus Project-Based Learning - https://plutuspbl.io/modules/204/slts).
Date of first commit to Gimbalabs repository: May 4, 2023
Date of most recent commit in Gimbalabs repository: Nov 11, 2023
Date of exploration in Gimbalabs “Live Coding” session: Oct 26, 2022. Link to the session here.
Courses published on the subject to date: Gimbalabs Plutus Project-Based Learning (https://plutuspbl.io/modules/204/slts) and others.
Right now, the Cardano development ecosystem is in a vibrant moment of growth. The efforts led by the founding entities around Midnight and the governance stack that will bring CIP1694 and the Voltaire era (SanchoNet and other features and capabilities) to life are making headlines in Cardanoland. The efforts of the Cardano development community expand similar activity: TxPipe in the process of turning the existing Demeter.run platform into a federated frontend hosting provider; Spectrum Labs on track to make important advances in the area of programmable cross-chain communication with its Spectrum Network; NMKR making its NMKR Studio an Open-Source environment that encourages collaboration and contribution; Paima in the midst of its current campaign in the gaming area; and the list continues.
At this pace, Cardano must have specialized mechanisms in place that facilitate the diffusion and assimilation, in and out of the ecosystem, of what is in production at a technical level, with the depth that an academic program or comprehensive documentation can provide but with the speed, updating and effectiveness that would characterize a blog post or social media thread. Such mechanisms must be empowered with the knowledge and experience to understand the technical building blocks that make a specific core technology, feature or capability possible, and the expertise and skill to maneuver the learning pathways that enable to articulate high-level technical details to the point of making them suitable for people to connect the dots and continue their explorations on their own.
Over the past two years, Gimbalabs' “Live Coding” and “Playground” sessions have proven to be the embodiment of such a mechanism.
Every week, for the last 2 years, two “Live Coding” sessions (1 hour and 30 minutes each) and one “Playground” session (1 hour and 30 minutes each) have been held, free of charge and open to everybody.
This consistency has created a reliable public resource that developers and entrepreneurs turn to when
Useful information about Gimbalabs "Playground" sessions:
Activity logs of our first 27 Playground sessions (season 1 - period February 26, 2021 to October 12, 2021): https://miro.com/app/board/o9J_lDRAbh0=/
Activity logs of Playground sessions - season 2: https://miro.com/app/board/o9J_lkwgRGI=/?moveToWidget=3458764532307955918&cot=14
Activity logs of Playground sessions - season 3: https://miro.com/app/board/uXjVMnYs6P8=/?moveToWidget=3458764563494331735&cot=10
Playground sessions are recorded and uploaded to the Gimbalabs YouTube channel: https://www.youtube.com/@gimbalabs
To date, just over 115 hours of high quality Playground sessions have been provided to the community, free of charge.
Useful information about Gimbalabs "Live Coding" sessions:
Live sessions, open to the general public, free of charge. Attendees include developers who want to get up to date with the details of the Cardano architecture, and non-developers who want to move from lurkers to active members of the Cardano ecosystem.
The topics covered in the sessions may vary, ranging from subjects addressed in learning programs previously created by Gimbalabs (such as the case of Gimbalabs Plutus PBL - https://plutuspbl.io/) to recent tooling within the ecosystem whose exploration can lead to new insights for the participants. Suggestions of topics from session attendees (tooling they are in the process of mastering, dApps they are building, etc.) receive equal attention.
Live Coding sessions are recorded and uploaded to Gimbalabs' YouTube channel: https://www.youtube.com/@gimbalabs
To date, just over 230 hours of high quality Live Coding sessions have been provided to the community, free of charge.
Fig 1. The Gimbalabs YouTube channel is the publicly accessible repository of all our live sessions.
BONUS: Extra sessions. Sessions around the world delivered at the request of global communities.
Fig. 2. Example of extra sessions. Series: "Gimbalabs Train the Trainer", held on request of the Eastern Town Hall community.
Fig. 3. Example of extra sessions. Presentation: 'Where Do I Start? (as a Cardano Developer)', created as a resource for all local Cardano Summit 2022 events.
The “Extra Sessions” category includes sessions on specific topics of certain technical complexity. For instance, the “Smart Contract Gladiator” series delves into a specialized logic created by Professor M. Ali Modiri (Professor Mix), one of our instructors. This series represents a significant contribution to the toolbox of governance in the Voltaire era.
Fig 4. "Smart Contract Gladiator", a really sophisticated Smart Contracts logic that comes as a glove for the Voltaire era of Governance: decision making and participation in a secure and transparent environment.
Extra sessions are recorded and uploaded to Gimbalabs' YouTube channel: https://www.youtube.com/@gimbalabs, and tend to live as an asset to the local community who requested the sessions on their own YouTube channel.
Since Catalyst's early funds, Gimbalabs has progressively positioned itself as the independent, community-based alternative to the founding entities' efforts in education and incubation (we have been a good complement, no competition, just collaboration). The high technical and academic qualities of our learning programs and spaces, our team, our contributions to the Cardano infrastructure (Dandelion: a collection of Cardano Services available for developers to use for free), and our consultancy to web2 companies, have earned us a reputation as a reliable source of onboarding, learning and incubation of important projects and startups in the Cardano ecosystem (JPG store, Mesh, Gods of Blocks, Loxe inc, and the list goes on). With our work we have contributed to globally spreading the practical knowledge of what can be done with Cardano's blockchain technology while elevating the potential of what people are capable of when there is no gatekeepers guarding the doorway of innovation and creativity.
In practice, we have exalted an essentially human blockchain technology.
As has been the case to date, the Cardano community and all those still outside our ecosystem will find full access to the production lab that is Gimbalabs:
Gimbalabs sessions: Playground, Live Coding, Extras.
Current and future educational material: Gimbalabs Plutus Project-Based Learning (third version), Gimbalabs CSK (Cardano Starter Kits), others.
Infrastructure: Dandelion
Consulting: Joey's Hot Sauce, challenge "Spend ADA in your local community!", OneUpOneDown, Oxford University, Handshake, Blink Labs, CNS, Mesh, SingularityNET, and others.
Incubation: JPG store, Mesh, Gods of Blocks, Loxe inc, and others.
Community spaces: Gimbalabs Carnival, Emergent Strategy, Book clubs and others that arise as we move forward with the Cardano community.
In short, we will continue to be an access point to the Cardano ecosystem for developers, companies and new users from all over the world.
Speaking of Gimbalabs sessions, the subject of this proposal, we will measure their impact as follows:
We announced the launch of Gimbalabs Hong Kong, an educational and technical development initiative directly coordinated by the Cardano community in Hong Kong and supported by Gimbalabs. This initiative joins similar efforts in countries like Indonesia, Vietnam, Japan, which have been driven directly by local communities and supported by Gimbalabs.
The main evidence is that we have more than 2 years of experience delivering the sessions that are the object of this proposal with the highest quality and reputation.
Some recent references for your consideration:
On the other hand, Gimbalabs is a lab with production capability:
Some other facts of interest:
Description: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Output: 4 Playground sessions (1 session per week, 1 hour 30 min duration each) and 8 Live Coding sessions (2 sessions per week, 1 hour 30 min duration each) will be delivered each month, in the live formats that have been consistently used (the live formats of the Playground and Live Coding sessions can be checked on our YouTube channel. Example of a Playground session, here. Example of a Live Coding session, here).
Acceptance Criteria: a) Recordings of the sessions run and archived on the Gimbalabs YouTube channel. Sessions must comply with the duration and format mentioned in the "Output" section. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Evidence: a) Link to recordings of the month's sessions archived on Gimbalabs YouTube channel. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Description: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Output: 4 Playground sessions (1 session per week, 1 hour 30 min duration each) and 8 Live Coding sessions (2 sessions per week, 1 hour 30 min duration each) will be delivered each month, in the live formats that have been consistently used (the live formats of the Playground and Live Coding sessions can be checked on our YouTube channel. Example of a Playground session, here. Example of a Live Coding session, here).
Acceptance Criteria: a) Recordings of the sessions run and archived on the Gimbalabs YouTube channel. Sessions must comply with the duration and format mentioned in the "Output" section. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Evidence: a) Link to recordings of the month's sessions archived on Gimbalabs YouTube channel. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Description: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Output: 4 Playground sessions (1 session per week, 1 hour 30 min duration each) and 8 Live Coding sessions (2 sessions per week, 1 hour 30 min duration each) will be delivered each month, in the live formats that have been consistently used (the live formats of the Playground and Live Coding sessions can be checked on our YouTube channel. Example of a Playground session, here. Example of a Live Coding session, here).
Acceptance Criteria: a) Recordings of the sessions run and archived on the Gimbalabs YouTube channel. Sessions must comply with the duration and format mentioned in the "Output" section. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Evidence: a) Link to recordings of the month's sessions archived on Gimbalabs YouTube channel. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Description: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Output: 4 Playground sessions (1 session per week, 1 hour 30 min duration each) and 8 Live Coding sessions (2 sessions per week, 1 hour 30 min duration each) will be delivered each month, in the live formats that have been consistently used (the live formats of the Playground and Live Coding sessions can be checked on our YouTube channel. Example of a Playground session, here. Example of a Live Coding session, here).
Acceptance Criteria: a) Recordings of the sessions run and archived on the Gimbalabs YouTube channel. Sessions must comply with the duration and format mentioned in the "Output" section. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Evidence: a) Link to recordings of the month's sessions archived on Gimbalabs YouTube channel. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Description: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Output: 4 Playground sessions (1 session per week, 1 hour 30 min duration each) and 8 Live Coding sessions (2 sessions per week, 1 hour 30 min duration each) will be delivered each month, in the live formats that have been consistently used (the live formats of the Playground and Live Coding sessions can be checked on our YouTube channel. Example of a Playground session, here. Example of a Live Coding session, here).
Acceptance Criteria: a) Recordings of the sessions run and archived on the Gimbalabs YouTube channel. Sessions must comply with the duration and format mentioned in the "Output" section. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Evidence: a) Link to recordings of the month's sessions archived on Gimbalabs YouTube channel. b) Monthly report following the activity derived from the sessions, in terms of attendees and type of collaborations that arise during and after its occurrence, among other relevant information that points towards the growth of the Cardano ecosystem.
Description: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month + Closing report (1 month).
Output: a) 4 Playground sessions (1 session per week, 1 hour 30 min duration each) and 8 Live Coding sessions (2 sessions per week, 1 hour 30 min duration each) will be delivered each month, in the live formats that have been consistently used (the live formats of the Playground and Live Coding sessions can be checked on our YouTube channel. Example of a Playground session, here. Example of a Live Coding session, here). b) Closing report that follows Catalyst guidelines.
Acceptance Criteria: a) Recordings of the sessions run and archived on the Gimbalabs YouTube channel. Sessions must comply with the duration and format mentioned in the "Output" section. b) Closing report that follows Catalyst guidelines.
Evidence: a) Link to recordings of the month's sessions archived on Gimbalabs YouTube channel. b) Closing report in text and video format that follows Catalyst guidelines.
Gimbalabs. Lead Instructor. In charge of running the Playground and Live Coding sessions. https://www.linkedin.com/company/gimbalabs/about/
Sebastian Pabon, Gimbalabs team. Support Instructor. Responsible for the project management activities of this proposal, and for supporting extra sessions (coordinating and running them). Provide support to students attending sessions and to global communities requesting extra sessions. https://www.linkedin.com/in/ing-sebastian-pabon/
Milestone 1: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Milestone 2: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Milestone 3: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Milestone 4: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Milestone 5: To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month (1 month).
Final Milestone : To deliver 4 "Playground" sessions and 8 "Live Coding" sessions per month + Closing report (1 month).
Total Budget: 178027 ADA
The hourly cost of each session reflects not only a fair compensation for delivery of the session itself by instructors with high-level technical knowledge and experience, but also includes the heavy work that goes into areas such as:
Thus, this set of activities makes the Playground and Live Coding sessions a dynamic work that is not encapsulated in the session time itself.