Zero Point Transmission: Target '\S/'

Zero Point Transmission: Target '\S/' - Printable Version

+- Discovery Gaming Community (https://discoverygc.com/forums)
+-- Forum: Role-Playing (https://discoverygc.com/forums/forumdisplay.php?fid=9)
+--- Forum: Communication Channel (https://discoverygc.com/forums/forumdisplay.php?fid=59)
+--- Thread: Zero Point Transmission: Target '\S/' (/showthread.php?tid=202821)

Zero Point Transmission: Target '\S/' - Stoner_Steve - 04-26-2024

Starlight Research Consortium
Chasing starlight since 829 A.S.

From:
Dr. Brandon Wright

Subject:
The Roadmap

Encryption Strength:
Standard

Mr. McKenzie,

Starlight is thrilled to embark on this collaborative research project with Starfliers. We're excited about the potential of integrating the ARAPSS Mk. VIII scanner into your new telescope.

Regarding the ARAPSS system, Starlight did attempt an adaptation project years ago, encountering challenges due to its specialized nature. However, the prospect of a permanently active scanner tied to a station's reactor offers a whole new set of possibilities. Here's a potential roadmap for our collaboration.

Feasibility Study:

Analyze compatibility between the ARAPSS Mk. VIII and your chosen telescope design.
Evaluate power requirements and integration with the Starfliers station's reactor system.
Assess potential data analysis needs and infrastructure requirements.

Prototype Development:

Develop a scaled-down, non-functional prototype to test integration concepts.
Conduct simulations and stress tests to ensure structural integrity.

Full-Scale Construction:

Utilize findings from the feasibility study and prototype to design and construct the full-scale telescope/scanner array.

Calibration and Testing:

Implement rigorous calibration procedures to ensure accurate data collection.
Conduct extensive testing of both the telescope and ARAPSS integration.

Data Analysis and Refinement:

Develop data analysis protocols specific to the combined telescope/scanner system.
Continuously refine the system based on operational data and scientific findings.

Addressing Concerns:

At this stage, pinpointing specific concerns might be premature. However, a feasibility study would be crucial in identifying potential challenges related to power consumption, data handling, and potential hardware or software compatibility issues as a specific starting point.

We of course look forward to your input and consideration to this roadmap.

--Dr. Brandon Wright
Research and Development, SLRC

Attachments-(0)

...standby. Checking packet...
...packet successfully sent.

RE: Zero Point Transmission: Target '\S/' - TheKusari - 04-27-2024

Albert McKenzie, Starfliers
To: Brandon Wright, Starlight Research Consortium
Subject: The Roadmap

Hello, Dr. Wright.

Your roadmap does provide us with a good insight as to what we should start with first. In the last couple years, we have received a rather generous sponsorship from Kishiro Technologies. As they are a prominent exporter of varying models of Optronics, it would be in our best interests to source the best components even for a scaled down prototype. If you need dock access to our station, it currently has no restrictions so you will not have any issues performing an assessment of it's nuclear core.

Assistance has also been provided by another party for this project. I did not expect such a response, however it is most welcome. I'd best reassign a handful of my best teams to work on this and keep the remainder stationed on the Research Complex for base maintenance and upkeep.

Signing off, Godspeed

RE: Zero Point Transmission: Target '\S/' - Stoner_Steve - 04-27-2024

Starlight Research Consortium
Chasing starlight since 829 A.S.

From:
Dr. Brandon Wright

Subject:
The Roadmap

Encryption Strength:
Standard

Mr. McKenzie,

Starlight is pleased to hear your initial thoughts on the roadmap we outlined. We believe it provides a solid framework for ensuring a successful collaboration on this exciting project.

I'm happy to inform you that Starlight has dispatched a small team to conduct an on-site review of your station's power systems. Their assessment will be crucial in determining the feasibility of integrating the ARAPSS Mk. VIII scanner with your telescope design.

We understand your excitement regarding the additional assistance you've received for this project. Starlight is happy to collaborate with other research organizations for the advancement of scientific inquiry. Given that Starfliers will ultimately own and operate the telescope/scanner array, we would recommend appointing a dedicated project manager to serve as the primary point of contact for both Starlight and the other collaborating entity. This will help streamline communication and avoid any unnecessary duplication of efforts.

We look forward to a successful collaboration and will keep you updated on the progress of our feasibility study.

--Dr. Brandon Wright
Research and Development, SLRC

Attachments-(0)

...standby. Checking packet...
...packet successfully sent.

RE: Zero Point Transmission: Target '\S/' - TheKusari - 04-29-2024

Albert McKenzie, Starfliers
To: Brandon Wright, Starlight Research Consortium
Subject: The Roadmap

Hello, Dr. Wright.

This is good news. My teams on the Research Complex struggle to find other scientifically aligned groups come to the base to interact with, as we are located in a remote sector of the Independent Worlds.

Whoever you choose to directly handle the collaboration, please do provide me with their name. I can predict a lot of moving parts being simultaneously handled by us, your own manager and an interested party from Heisenberg Research Station themselves.

The overall construction looks to be handled by yourselves, as advised by your own roadmap. I have instructed Dr. Herschel from Heisenberg to work on combining the Optronics we will source from Kishiro Technologies with a disconnected ARAPSS.

Once their teams have this in order, this is where the scaled down prototype can be tested. I will have to note that I have a major concern regarding the transportation of the telescope through the rifts leading into Inverness. The scaled down prototype may be safe, however the full construction of the platform may have to take place on our Research Complex.

My mind wanders into all worse case scenarios when I think about transporting the fully constructed observatory through a Jump Hole. I prefer not to take that chance.

Signing off, Godspeed

RE: Zero Point Transmission: Target '\S/' - Stoner_Steve - 04-30-2024

Starlight Research Consortium
Chasing starlight since 829 A.S.

From:
Dr. Brandon Wright

Subject:
The Roadmap

Encryption Strength:
Standard

Mr. McKenzie,

That's fantastic news about your team's willingness to collaborate. We understand the challenges of operating in a remote sector and are happy to work closely with Starfliers throughout this project.

Regarding your point of contact, for now, all communication can be directed to me. I will serve as the primary liaison between Starlight and Starfliers until we assign a dedicated project manager, if needed, later. We are happy to hear of Dr. Herschel's involvement from Heisenberg Research Station and will ensure clear communication to avoid any duplication of efforts.

We agree with your assessment regarding the difficulties of transporting a fully constructed observatory through the rifts. To address this challenge, Starlight will be deploying our mobile production and fabrication facility, the Gryphon, directly to Inverness. The Gryphon will be equipped to handle the assembly of the larger telescope components on-site, eliminating the transportation risks.

I'm also happy to inform you that Starlight's team has finalized the feasibility study for the ARAPSS Mk. VIII integration. The document is attached to this transmission for your review. It outlines the initial assessment of compatibility, power requirements, and staffing needs.

As you mentioned, we'll proceed with the development of a scaled-down prototype to test the integration concept and ensure structural integrity. Dr. Herschel's team at Heisenberg can collaborate on the Optronics integration using the disconnected ARAPSS unit. This will provide valuable insights before we proceed with the full-scale construction.

--Dr. Brandon Wright
Research and Development, SLRC

Attachments-(1)

Feasibility Study: Integration of ARAPSS Mk. VIII Scanner into Starfliers Telescope Array

Introduction:

This feasibility study assesses the potential of integrating an ARAPSS Mk. VIII scanner into the Starfliers' new telescope array. The study considers compatibility, power requirements, and staffing needs for operating the combined system.

Technical Feasibility:

Compatibility:

A thorough analysis is required to determine the physical and electrical compatibility between the chosen telescope design and the ARAPSS Mk. VIII scanner. This includes evaluating mounting mechanisms, data transmission protocols, and control systems.
Software compatibility assessment is crucial to ensure seamless integration and data exchange between the telescope and scanner systems.

Power Requirements:

Our team's review of the Starfliers Research Complex reactor system indicates sufficient capacity to meet the base power needs of the telescope array.
The ARAPSS Mk. VIII scanner's power consumption requires further investigation. Starlight's team will need collaborative information from the Heisenberg engineers to:

Analyze technical specifications of the ARAPSS Mk. VIII to determine its exact power requirements under various operating conditions.
Evaluate the reactor's ability to handle peak power demands of the scanner during operation.

Staffing Needs:

The unique and precise power requirements of the ARAPSS Mk. VIII scanner necessitate additional staffing for reactor monitoring.
The exact number of personnel required will depend on several factors, including:

The complexity of the integration between the scanner and reactor systems.
The established safety protocols for operating the ARAPSS Mk. VIII scanner.
The baseline staffing requirements for the Starfliers Research Complex reactor.

Initial Recommendations:

Conduct a detailed engineering analysis to confirm compatibility between the telescope design and the ARAPSS Mk. VIII scanner.
Collaborate with Heisenberg engineers to obtain detailed specifications and operational data for the ARAPSS Mk. VIII scanner, particularly its power consumption profile.
Based on the power consumption analysis, assess potential upgrades or adjustments needed to the Starfliers reactor system to ensure it can handle the scanner's demands.
Develop a comprehensive staffing plan that outlines the required number of personnel for monitoring and maintaining the integrated telescope/scanner system.

Next Steps:

Upon successful completion of the initial recommendations, proceed with the development of a scaled-down prototype for integration testing.
Conduct simulations and stress tests to ensure the structural integrity of the combined system under operational loads.

Conclusion:

The initial feasibility assessment suggests that integrating the ARAPSS Mk. VIII scanner into the Starfliers telescope array is technically achievable. However, further analysis is required to confirm compatibility and determine the exact staffing needs for operating the system effectively.

...standby. Checking packet...
...packet successfully sent.

RE: Zero Point Transmission: Target '\S/' - Stoner_Steve - 05-19-2024

Starlight Research Consortium
Chasing starlight since 829 A.S.

From:
Forgemaster Goodman

Subject:
Prototype Chassis Complete - (Waiting on ARAPSS Array)

Encryption Strength:
Standard

Mr. McKenzie,

Fantastic news! The prototype chassis for our new telescope is officially built! Huge thanks to everyone involved for making this crucial step a reality.

We're now at a holding point as we eagerly await the arrival of the ARAPSS array from your collaborators. This critical component will be integrated with the chassis to complete the prototype for testing.

In the downtime, I'll be meticulously reviewing all specifications and conducting some preliminary stress simulations on the chassis to ensure everything is in top condition for integration.

Once the ARAPSS array arrives, we can finally move forward with the exciting phase of assembling the entire prototype and putting it through its paces. I'll keep everyone updated on our progress as soon as we receive the remaining piece.

If anyone has any questions or wants to see the completed chassis firsthand, don't hesitate to reach out!

--Sean Goodman
Magister Fabricae, The Gryphon
Click To Learn More

Attachments-(0)

...standby. Checking packet...
...packet successfully sent.

RE: Zero Point Transmission: Target '\S/' - TheKusari - 05-29-2024

Albert McKenzie, Starfliers
To: Forgemaster Goodman, Starlight Research Consortium
Subject: The Prototype

Hello, Forgemaster Goodman. Happy to be speaking with another from Starlight.

The ARAPSS has recently arrived on our research complex in Inverness. We can move forward to combining them with alongside the optronics from Kishiro Technologies to test the small-scale observatory. Before we move onto this next step, I would like to inspect the chassis myself, note down construction methods used to build the prototype. If you are able to give me a brief here on what I can expect before inspection, that would be appreciated greatly.

It's important to me that we record everything we can during each stage, in case of an unexpected catastrophic failure.

Signing off, Godspeed

RE: Zero Point Transmission: Target '\S/' - Stoner_Steve - 05-30-2024

Starlight Research Consortium
Chasing starlight since 829 A.S.

From:
Forgemaster Goodman

Subject:
Prototype Chassis Complete - (Waiting on ARAPSS Array)

Encryption Strength:
Standard

Mr. McKenzie,

Regarding your request to inspect the chassis, you're absolutely welcome to do so upon arrival at the Gryphon. For your pre-inspection briefing, here's a general overview of the construction methods:

Gryphon Manufactorium Advantage:

The Gryphon boasts state-of-the-art production facilities, arguably second to none in the mobile research sector. We utilize a combination of advanced prefabrication techniques and on-site assembly to ensure the highest quality standards.

Think of the chassis as a series of large prefabricated sections that are then "strung" together. This approach allows for consistent quality and rapid construction while maintaining the structural integrity you'd expect from the Gryphon's manufactorium.

Focus on Integration:

It's important to remember that the chassis itself is primarily the power base for the telescope array. The real technical marvel lies in integrating the ARAPSS unit.

As you're likely aware, most Corovo research vessels are essentially built around their ARAPSS arrays. This necessitates significant space allocation within the ship for operation and maintenance of the scanner.

The beauty of the standalone chassis design is that it provides similar access levels for integration and maintenance while offering the flexibility of incorporating it into a larger vessel (albeit with a significant power consumption increase) or, as in your case, utilizing your station's robust power supply for nearly indefinite operation.

We'll be happy to provide more detailed blueprints and specifications upon your arrival for a more thorough inspection. In the meantime, rest assured that the Gryphon's construction methods are built on a foundation of quality and efficiency. If you have any specific questions about the chassis or the integration process, please don't hesitate to ask.

--Sean Goodman
Magister Fabricae, The Gryphon
Click To Learn More

Attachments-(0)

...standby. Checking packet...
...packet successfully sent.

RE: Zero Point Transmission: Target '\S/' - TheKusari - 06-13-2024

Albert McKenzie, Starfliers
To: Forgemaster Goodman, Starlight Research Consortium
Subject: The Prototype

Hello, Forgemaster Goodman.

I do apologize for the late response. We have had an issue regarding our own transports losing cargo mid flight. This would not be a serious issue with the more modern transports, however the retrofitted ships we fly with antiquated power systems are prone to falling apart. We have learned this the hard way.

The brief you have sent over provides a much needed overview. I am now back in Inverness with a load of eighteen hundred optronics. Considering we had hoped to come back with around thirty-three hundred, please do let me know if this will be enough to get the prototype functional. Kishiro provided us with the highest grade components.

Signing off, Godspeed