Mike's Notes
This is where I will keep detailed working notes on creating Workspaces for Agents. Eventually, these will become permanent, better-written documentation stored elsewhere. Hopefully, someone will come up with a better name than this working title.
This replaces the coverage in Industry Workspace dated 13/10/2025.
Testing
The current online mockup is version 3 and will be updated frequently.If you are helping with testing, please remember to delete your browser cache so you see the daily changes. Eventually, a live demo version will be available for field trials.
Learning
(To come)
Why
(To come)
Resources
- https://www.blog.ajabbi.com/2025/10/industry-workspace.html
- https://developers.googleblog.com/developers-guide-to-multi-agent-patterns-in-adk/
References
- Reference
Repository
- Home > Ajabbi Research > Library >
- Home > Handbook >
Last Updated
29/12/2025
Workspaces for Agents
By: Mike Peters On a Sandy Beach: 29/12/2025Mike is the inventor and architect of Pipi and the founder of Ajabbi.
Open-source
This open-source SaaS cloud system will be shared on GitHub and GitLab.
Dedication
This workspace is dedicated to the life and work of ??.
Person
Source:
" - Wikipedia
Change Log
Ver 3 includes config and tools.
Existing products
Features
This is a basic comparison of features in culture software.
[TABLE]
Data Model
words
Database Entities
- Facility
- Party
- etc
Standards
The workspace needs to comply with all international standards.
- (To come)
Data Centre Variables
Source: Krobar.ai simulation model (beta)
| Node Name | Type | Estimates / Formula |
|---|---|---|
| Potential Customers | Input Variable | discrete_normal distribution |
| Server density per rack | Input Variable | discrete_normal distribution |
| Agreement conversion rate | Input Variable | beta distribution |
| Racks per agreement | Input Variable | discrete_normal distribution |
| Customer provisions virtual servers | Calculation Step | binomial(round(max(0,average(Market demand,Potential Customers))),average(Provider evaluation rate,Evaluation Rate,Evaluation rate)) |
| Total revenue | Calculation Step | Server lease cost |
| Networking revenue per server | Input Variable | Normal(μ=200.0, σ=60.790273556231) |
| Evaluation Rate | Input Variable | beta distribution |
| Agreement Conversion Rate | Input Variable | beta distribution |
| Average Servers per Rack | Input Variable | discrete_normal distribution |
| Racks per Agreement | Input Variable | discrete_normal distribution |
| Monitoring & support | Calculation Step | Servers installed * Monitoring hours per server |
| Lease agreement conversion rate | Input Variable | beta distribution |
| Networking cost per server | Input Variable | Normal(μ=65.0, σ=21.27659574468085) |
| Average Racks per Agreement | Input Variable | discrete_normal distribution |
| Market demand | Input Variable | Normal(μ=2750.0, σ=3335.8549916376046) |
| Servers per Rack | Input Variable | discrete_normal distribution |
| Power costs | Calculation Step | Servers installed * Power cost per server + Fixed power costs |
| Storage revenue per server | Input Variable | Normal(μ=175.0, σ=75.98784194528875) |
| Evaluation rate | Input Variable | beta distribution |
| Servers per rack | Input Variable | discrete_normal distribution |
| Space and power provisioned | Calculation Step | round(max(0, Lease agreement signed) * average(Racks per agreement,Average Racks per Agreement,Racks per Agreement)) |
| Lease agreement signed | Calculation Step | binomial(round(max(0, Customer evaluates providers)), average(Lease agreement conversion rate,Agreement Conversion Rate,Agreement conversion rate)) |
| Cooling costs | Calculation Step | Servers installed * Cooling cost per server + Fixed cooling costs |
| Provider evaluation rate | Input Variable | beta distribution |
| Storage cost per server | Input Variable | Normal(μ=70.0, σ=30.3951367781155) |
| Total operating cost | Calculation Step | Power costs+Cooling costs+Monitoring & support+Server lease cost |
| Customer evaluates providers | Calculation Step | binomial(round(max(0, average(Market demand,Potential Customers))), average(Provider evaluation rate,Evaluation Rate,Evaluation rate)) |
| Networking revenue | Calculation Step | Customer provisions virtual servers*Networking revenue per server |
| Server lease cost | Calculation Step | Servers installed * Depreciation cost per server |
| Networking cost | Calculation Step | Customer provisions virtual servers*Networking cost per server |
| Profit (pre-tax) | Calculation Step | Total revenue-Total operating cost |
| Storage revenue | Calculation Step | Customer provisions virtual servers*Storage revenue per server |
| Storage cost | Calculation Step | Customer provisions virtual servers*Storage cost per server |
| Fixed power costs | Input Variable | Normal(μ=12500.0, σ=11119.516638792014) |
| Fixed cooling costs | Input Variable | Normal(μ=9000.0, σ=8895.613311033612) |
| Backup revenue per server | Input Variable | Normal(μ=175.0, σ=185.32527731320025) |
| Backup cost per server | Input Variable | Normal(μ=27.5, σ=33.35854991637604) |
| DR revenue per server | Input Variable | Normal(μ=350.0, σ=370.6505546264005) |
| DR cost per server | Input Variable | Normal(μ=85.0, σ=96.36914420286412) |
| Average Power Consumption per Server | Input Variable | Normal(μ=0.425, σ=0.2594553882384803) |
| Power Cost per kWh | Input Variable | Normal(μ=0.13, σ=0.07413011092528009) |
| Hours per Period | Input Variable | discrete_normal distribution |
| Average Cooling Cost per Server per Period | Input Variable | Normal(μ=25.0, σ=22.239033277584028) |
| Server Purchase Cost | Input Variable | Normal(μ=5000.0, σ=4447.806655516806) |
| Server Useful Life (Periods) | Input Variable | discrete_normal distribution |
| Monitoring Hours per Server per Period | Input Variable | Normal(μ=2.25, σ=2.5945538823848033) |
| Renewal Rate | Input Variable | beta distribution |
| Lease cost per server per period | Input Variable | Normal(μ=1250.0, σ=1111.9516638792015) |
| Depreciation cost per server | Input Variable | Normal(μ=1100.0, σ=1334.3419966550418) |
| Monitoring hours per server | Input Variable | Normal(μ=55.0, σ=66.71709983275208) |
| Renewal rate | Input Variable | beta distribution |
| Power cost per server | Input Variable | Normal(μ=1100.0, σ=1334.3419966550418) |
| Cooling cost per server | Input Variable | Normal(μ=550.0, σ=667.1709983275209) |
| Servers installed | Input Variable | discrete_normal distribution |
| Depreciation Cost per Server | Input Variable | Normal(μ=1900.0, σ=1630.862440356162) |
| Monitoring Hours per Server | Input Variable | Normal(μ=55.0, σ=66.71709983275208) |
| Power Cost per Server | Input Variable | Normal(μ=800.0, σ=593.0408874022407) |
| Fixed Power Costs | Input Variable | Normal(μ=30000.0, σ=29652.04437011204) |
| Cooling Cost per Server | Input Variable | Normal(μ=400.0, σ=296.52044370112037) |
| Fixed Cooling Costs | Input Variable | Normal(μ=17500.0, σ=18532.527731320024) |
| Backup revenue | Calculation Step | Customer provisions virtual servers*Backup revenue per server |
| Backup cost | Calculation Step | Customer provisions virtual servers*Backup cost per server |
| Disaster recovery revenue | Calculation Step | Customer provisions virtual servers*DR revenue per server |
| Disaster recovery cost | Calculation Step | Customer provisions virtual servers*DR cost per server |
| Review and renew/cancel | Calculation Step | binomial(round(max(0, Lease agreement signed)), Renewal rate) |
Simulation notes
Support
(To come)
Workspace navigation menu
This default outline needs a lot of work. The outline can be easily customised by future users using drag-and-drop and tick boxes to turn features off and on.
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