Colchis - 831.M30
Thalassa takes a deep breath, her gaze steady. "I wish for the knowledge of a Dominus," she says, her voice firm and resolute.
You nod, feeling the weight of the moment. Channeling your power, you focus on Thalassa, willing her to receive the knowledge she desires. The air around you hums with energy, and a soft light envelops Thalassa. Her eyes close as she absorbs the influx of knowledge, her mind expanding to encompass the vast understanding of robotics and leadership.
After a few moments, the light fades, and Thalassa opens her eyes, a new intensity burning within them. She looks at the automata torso with renewed confidence and determination.
"Let's get to work," she says, her voice filled with purpose.
But as you work you hit more and more problems. Realizing the magnitude of the task at hand, you decide to extend your assistance beyond Thalassa. Her helpers, though skilled, could benefit from a deeper understanding of the intricate technology they are about to work on. Gathering them around, you prepare to grant them the knowledge needed to aid in the analysis and restoration of the automata.
"You've all shown great dedication and skill," you begin, looking at each of them in turn. "To make this process more efficient, I'm going to grant you some knowledge. It won't be as extensive as what Thalassa received, but it will be enough to help you contribute meaningfully to this project."
With a deep breath, with their affirmation, you focus your power, channeling it toward Thalassa's assistants. A soft glow envelops each of them as you share insights into the principles of robotics, advanced engineering techniques, and the fundamental workings of the automata. The energy pulses gently, infusing their minds with the understanding they need.
The glow fades, and the assistants blink, their expressions a mix of awe and newfound confidence. They look at each other, then back at you, clearly feeling the weight of their enhanced knowledge.
"Thank you," one of them says, his voice filled with gratitude. "We can already feel the difference. This will make a huge impact on our ability to contribute."
As the team sets to their assigned roles, you notice an immediate improvement in their approach. They handle the complex components with greater precision, understanding the nuances of each system with an almost instinctive ease. Their discussions are more informed, and their suggestions more insightful.
You observe them for a while, satisfied with the progress. The automata's restoration becomes a collaborative effort, with each person contributing significantly to the project. Thalassa leads them with the expertise of a Dominus, her instructions clear and confident, while her assistants bring their newly acquired knowledge to bear on the intricate task.
All of you spend the next several hours meticulously examining the automata torso. With their newfound knowledge, they identify key components and systems with ease. Thalassa explains the intricate details of the power source, the advanced cooling mechanism, and the sophisticated circuitry that controls the automata's functions.
"We need to rewire these circuits first," Thalassa says, pointing to a section of the automata's internal wiring. "Then we can focus on stabilizing the power source."
You nod, following her lead. Together, you carefully rewire the parts, using your combined skills to mend the intricate connections. Thalassa's expertise guides you through the process, her instructions clear and precise.
As you work, you infuse the automata with your essence, using your abilities to restore and enhance its damaged components.
"We're making progress," Thalassa says, a smile tugging at the corners of her lips. "But there's still much to do."
Days are compressed into hours as you and Thalassa continue your work. With each passing moment, the automaton becomes more and more functional. Thalassa's knowledge proves invaluable, allowing you to make significant strides in the restoration process.
Finally, after countless hours of labor, the automata stands before you, fully restored and operational. Thalassa steps back, admiring your work.
"We did it," she says, her voice filled with pride and satisfaction.
You nod, feeling a sense of accomplishment. "We did. But now we need to compile a complete and detailed report on the automata and its capabilities."
Over the next few days worth of time compressed into an hour, all of you document every aspect of the automata's design and function. You create detailed blueprints, outlining each component and system. Thalassa's knowledge of a Dominus allows her to provide insights into the automata's advanced technology, its potential applications, and how it can be further improved.
Automata Restoration Report
Overview
The automata in question, designated as Model CV-01, is a sophisticated machine built clearly for civilian applications. Our restoration and analysis efforts have uncovered that its primary functions revolve around public service and infrastructure support rather than military engagement. This document details the restoration process, the capabilities of the automata, and suggested areas for future improvements.
Restoration Process
The restoration of Model CV-01 involved several key stages:
1. Initial Assessment:
- Conducted a thorough examination of the automata's physical and electronic components.
- Identified damaged areas and categorized them based on the severity and complexity of repairs needed.
2. Power Source Stabilization:
- Addressed issues with the energy conversion systems.
- Enhanced the cooling mechanisms to stabilize the power flow and prevent overheating.
3. Structural Repairs:
- Repaired and replaced damaged circuits and wiring.
- Reinforced the structural integrity of the chassis.
4. Functional Testing:
- Conducted a series of tests to ensure that each system was functioning correctly.
- Adjusted and calibrated sensory and mobility systems to optimal performance levels.
5. Knowledge Infusion:
- Granted Thalassa and her assistants specialized knowledge to aid in the restoration process.
- Ensured a cohesive team effort that significantly improved restoration efficiency and accuracy.
Capabilities
Model CV-01 has been designed with the following primary capabilities:
1. Public Safety and Assistance:
- Equipped with advanced sensory systems to detect environmental hazards and provide early warnings.
- Can assist in search and rescue operations during natural disasters.
- Features a communication interface for interaction with civilians, providing guidance and assistance in emergencies.
2. Infrastructure Maintenance:
- Built-in tools for minor repairs and maintenance of public infrastructure, such as roads, bridges, and utilities.
- Can perform routine inspections and report issues to relevant authorities.
3. Environmental Monitoring:
- Capable of monitoring air and water quality.
- Equipped with sensors to detect pollution levels and other environmental metrics.
- Can provide data to support environmental conservation efforts.
4. Healthcare Support:
- Features medical diagnostic tools to provide first aid and basic healthcare services.
- Can assist medical personnel in emergency situations, such as during mass casualty events.
Future Improvements
While Model CV-01 is fully functional and capable, there are several areas where further enhancements could be beneficial:
1. Energy Efficiency:
- Further optimization of the power consumption to extend operational periods without recharging.
2. Advanced Machine Spirit Integration:
- Incorporation of more sophisticated Machine Spirit to improve decision-making.
3. Expanded Communication Capabilities:
- Enhanced communication interfaces to interact with a broader range of devices and systems.
4. Modular Design:
- Development of modular components to easily upgrade and adapt the automata for various specific tasks.
Conclusion
The restoration of Model CV-01 has been a significant achievement, showcasing the potential of advanced robotics in civilian applications. This automata is poised to play a crucial role in public safety, infrastructure maintenance, environmental monitoring, and healthcare support. With further improvements, its capabilities can be expanded to better serve communities and contribute to the advancement of society.
As you finalize the report, Thalassa looks at you, gratitude and determination in her eyes.
"Thank you for believing in me," she says.
You smile, feeling a sense of camaraderie and shared purpose.
CHOICE
Having 5 is the Maximum benefit but it needs 5 x5 sux = 25 sux total to get that benefit.
You rolled 48 sux on 4 rolls at 9d10, difficulty 4. This is doubled with CCC so 96 sux.
So Distribute 19 dots in the complexity below.
| Benefit | Complexity (0 to 5) | Remarks |
| Cost-effectiveness | | This is the amount of reduction in the resources needed to make it |
| Alternative to Exotic Components | | Alternatives to special and unique resources needed to make it or its components. |
| Production Ease | | How easy it is to produce, reducing production time. |
| Adaptability | | How easily it can be modified and adjusted to use in different situations |
| Repair | | How easy it is to repair. |
| Safety | | How safe it is to use |
| Efficiency and Performance | | The amount of fuel or other external resources it needs to work. |
| Environmental Impact | | Its lasting impact on the Environment, such as a battlefield being easy or hard to clean up after the use of rad weapons etc. How much scorched earth it leaves behind basically. |
| Interoperability | | How compatible it is with existing systems |
| Simplicity | | How simple it is to use |
[] Complexity
-[] (Write in the Benefits you want, each one below the other) (Write in the rating you want)
If you do not use a Benefit, I will assume it is not being taken and assign a 0 to it.
