Milestone description: Conduct literature review on Hyperon technologies temporal computing and the potential synergies. Run workshop with the Hyperon team who've built the existing and in-development interpreters. Engage with industry experts to identify priority areas for improvement. Identify key challenges and opportunities for integration.

* Key Deliverable: + Comprehensive analysis of current state of art hardware for respective computational requirements. This will be an academic document of around 10-15 pages with around 100 references. Work has already started on the temporal computing aspect in collaboration with the University of York. We seek to augment and support this in the content and thinking DELIVERABLE: REPORT

$14,997 USD

This part of the project is slightly more academic and therefore success is limited to a knowledge gathering process. We aim to produce and up to data document which includes sections that explain the technology to a lay person.

Develop and refine temporal computing insights and algorithms. We already have a start on this process as we have the building blocks for some of the key matrix operations. We will extend these to align with this project brief by integrating temporal IP with existing Hyperon idealogies.

+ Recommendations for integrating temporal technology into the Hyperon/PRIMUS stack most likely building on out advanced algorithms for linear algebra. The main thrust of this work will be integration of the temporal ideology with that of Hyperon. DELIVERABLE: REPORT AND EARLY DESIGNS

$15,000 USD

We will ground this work in existing developments, we now have a tool chain that we can produce more detailed evaluation of the energy and efficiency of the technology at the design stage. We have already started this process so are confident we can produce significant results.

* Milestones description: + Design and develop POC hardware solutions for key AGI components. Because of time pressures this will likely utilise extending processes (open source verilog design) and IP that have been successfully deployed in temporal computing the business. + Conduct rigorous testing and validation of hardware prototypes. This can be done through simulation using cycle accurate simulators such as verilator. + Refine and iterate the design based on feedback from stakeholders. We will engage with other Hyperon/Primus users to establish next steps in moving the POC to solve a beachhead technical challenge.

* Key Deliverable: + Construction of a demonstrator prototype showcasing the potential of temporal computing in AGI applications. + Proof-of-concept hardware solutions for a key aspect graph search deep learning and cryptographic most likely linear algebra. DELIVERABLE: VERILOG DESIGNS AND TEST REPORT

$45,003 USD

Our aim for this section of work is thoroughly evaluate the technology with the ambition of at least a 10x decrease in energy usage. As previously stated we are more confident than in the previous bid, since we have moved the technology forward since the last engagement.

Run a presentation / final stage workshop on the key findings opportunities and deliverables with a cross section of the appropriate stakeholders (initially agreed at engagement but could add other parties as appropriate) covering the staged deliverables and the next steps we recommend for optimal ROIs extraction.

Report and recommendations document - workshop day via video conference DELIVERABLE: REPORT AND WORKSHOP

$5,000 USD

Feedback from you guys!! Really looking forward to getting to this stage and having something concrete to demonstrate!