A Proposal Requested by my Lawyer for the CIA (the cheap vrsn) - 11.17.24
Unsolicited Proposal Of Strategic Industries, LLC to Provide Long Distance Internet Remote Operated Quadruped Robots
Mission Statement
The mission of Strategic Industries, Limited Liability Company (LLC) concerning this Unsolicited Proposal is to put forward an innovative, proprietary solution to several identified issues which the federal government has yet to solicit proposals to.
Section 1: Definitions
“Artificial Intelligence” (A.I.) refers to a field of study involving machines that can learn, reason, and act in ways associated with human intelligence.
“CIA” refers to the United States Central Intelligence Agency.
“Company” means Strategic Industries, LLC, a Wyoming Limited Liability Company, the offeror of this proposal.
“FBI” refers to the United States Federal Bureau of Investigation.
“Federal Acquisition Regulations” (FAR) are rules for U.S. Government procurement codified in Title 48 of the Code of Federal Regulations, 48 CFR 1.
“Government” refers to the Federal Government of the United States of America.
“Robotics” refers to the design, construction, and automation of robotic structures and systems.
“Unsolicited Proposal” means this proposal offering the Government potential research, development, and operational solutions.
Section 2: Company
2.1 COMPANY INFORMATION
The Company is the offeror within this unsolicited proposal.
2.2 KEY PERSONNEL FOR COMPANY AND CONTACT
a) Christopher Reeves, Member and Manager. Phone: 715-869-1716, Email: christopher.reeves@darkhorizondefense.com
b) Anna Linder, Member. Phone: 715-869-1716, Email: anna.linder@darkhorizondefense.com
2.3 FEDERAL AGENCIES WHO WE HAVE OFFERED THIS UNSOLICITED PROPOSAL TO
CIA at this time; open to expanded collaboration.
Section 3: Abstract
The instant proposal includes proposals to provide the CIA with two-and four wheeled telepresence and/or four legged quadruped robots suitable for reconnaissance, surveillance, search-and-rescue, remote two-way communications via voice/video and weapons delivery. The proposed robots will be suitable for warm and cold weather and operated by human pilots located anywhere on earth via internet links, and augmented over time with A.I. supplemented vision, navigation and mapping.
Strategic Industries LLC is in addition to the rapid delivery of quadrupeds included in this proposal ready to develop its proprietary quadruped and aerial drones, made in America, and A.I. to complement the physical platforms to support the broader strategic objectives of the United States in collaboration with the federal government.
These quadrupeds are engineered to fulfill various operational needs, including:
Dual-use applications: Quadrupeds provide effective remote capabilities suitable for both commercial and governmental uses. They are capable of operating across challenging terrains and support roles in reconnaissance and security surveillance.
Capabilities: The robots offer discreet surveillance capabilities, are able to patrol security zones, carry equipment, aerial drones and payloads, and remain undetected due to their low acoustic and visual profiles.
Labor solution for remote tasks: Quadrupeds address a shortage of physical labor for security, equipment and payload carrying, and reconnaissance in remote or hard-to-reach and hard-to-traverse locations. They can perform tasks that would traditionally require human presence, including outdoor patrolling and monitoring in adverse weather conditions.
The proposal suggests quadrupeds as a viable solution to enhance surveillance capabilities, reduce reliance on physical labor, and provide a low-cost, flexible robotic platform that can be deployed as a standalone solution or in conjunction with other robotic systems.
The proposals contained herein may be accepted in full, rejected in full, or accepted on a specific basis.
Section 4: Discussion
4.1 PROPRIETARY DATA, CONFLICTS OF INTEREST, SECURITY, AND ENVIRONMENTAL IMPACT
a. Identification of Any Proprietary Data, Organizational Conflicts of Interest, Security Clearances, or Environmental Impacts (if applicable)
This proposal includes proprietary data critical to Strategic Industries' operational methods and technologies, as outlined in Sections 3-5. We request protection of this data as per the cover page disclaimer to maintain confidentiality and competitive advantage.
Conflicts of Interest: Mr. Reeves and Ms. Linder have no organizational conflicts of interest that could compromise the impartiality of this proposal.
Environmental Impact: The proposal leverages commercially available, consumer-grade quadruped and wheeled robots, modified with minimal environmental footprint. Operating on electric power, these robots are compact and designed for low-impact reconnaissance, transport, and covert operations in various terrains, resulting in negligible environmental impact.
b. Reasonably Complete Discussion Stating Objectives of the Effort
The primary objective of this proposal is to enhance U.S. Government tactical capabilities through the deployment of modular, low-cost remote-operated wheeled and quadruped robots. These versatile robots support critical operations across reconnaissance, infantry assistance, and covert missions. By delivering a scalable platform with the ability to optionally provide trained, civilian remote pilots operating on-demand in a secure cloud-based SCIF “pilot cockpit” available via secure web browser with two-way audio/video streaming to the robots to communicate remotely with in-field humans as well as communicating inside the software SCIF with squadron commanders, fellow pilots operating quadrupeds in close formation on group missions etc - for rapid-scaling of operational capabilities without the need for government to hire and train staff, Strategic Industries aims to contribute to enhanced intelligence gathering, reduced personnel risk, and tactical flexibility.
Specific objectives include:
Remote Guided Reconnaissance Capabilities: Quadrupeds equipped with visible light cameras and modular sensors (e.g., thermal imaging, GPS/TPS, acoustic sensors) provide real-time intelligence across complex terrains. Capable of operating remotely from anywhere on earth - the quadrupeds can be thousands of miles away from their pilot - who needs only have an internet connection in their “cockpit” location. The quadrupeds offer a discrete monitoring option for adversarial infrastructure and personnel with extended reach possible via 4G/5G cellular, satellite, or local radio connectivity. Their modular design allows integration of additional sensor arrays based on mission requirements, including GPS/GNSS/TPS systems, Thermal Imaging Sensors, Low-Light Vision Systems, acoustic sensors with gunfire detection capabilities, and lightweight chemical or radiation sensors. Field trials demonstrate typical operational speeds of 5-10 kilometers per hour, though specific performance may vary based on model. Quadrupeds in this category offer a travel range of approximately 10-15 kilometers on a full charge, with up to 4 hours of continuous operation in a stationary surveillance mode. To support longer missions, we are open to testing enhanced battery configurations, aiming to extend both travel and standby capacities.
Optional Remote Solar Charging Stations and Weather-proof Secure Garages and Automatic Wash Stations enable quadrupeds to remain in-field and operable for months or years on end without the need for humans to charge them, store them or wash/clean them. In-garage live video transmission allows remote monitoring of quadrupeds visually as well as external cameras and alarms alert remote command stations to intrusion of hostiles as well as vandalism, sabotage and theft attempts - as well as identify and automatically send photos and video of the intruders to the remote cloud-based software SCIF command station.
Support for Light Infantry: Quadrupeds alleviate the physical demands on infantry by transporting up to 8 kg of gear, allowing soldiers to remain agile and mission-focused. These robots can traverse diverse terrains alongside troops, delivering rations, medical supplies, and ammunition for missions within the robot’s battery span. They also support situational awareness, reconnaissance, and resupply.
Precision Payload Delivery: With a payload capacity of approx. 8 kg quadrupeds provide a low-profile, accurate delivery system for light explosives or other tactical equipment, navigating stairs, inclines, and challenging terrain. Remote or AI guidance and GPS programming ensure safe and precise placement while maintaining distance between operators and adversaries.
Covert Drone Deployment and Retrieval: Field drone operators can leverage quadruped and wheeled ground robots for covert drone deployment and retrieval, significantly reducing the risk of operator detection. By employing ground robots to transport the drone to a launch point at a distance, operators can initiate drone missions from a secure position. Upon mission completion, the drone can autonomously land on the ground robot, which then discreetly returns the drone to the operator without exposing their location. This approach eliminates the need for operators to follow or approach the drone’s landing site, thus minimizing the chance of being tracked or identified by adversaries based on the drone's flight path.
Enhanced Command Reach: Commanders can leverage telepresence systems to conduct remote direct surveys and real-time command briefings with troops positioned either at remote sections of their current base or across separate installations. Utilizing telepresence for direct order dissemination and operational guidance enhances troop morale by providing a more personal and immediate form of leadership engagement compared to written directives or intermediaries.
This proposal aims to furnish a cost-effective, adaptable, and mission-oriented robotics platform that enhances operational capabilities and safety.
c. Method of Approach and Extent of Effort to Be Employed
To achieve these objectives, Strategic Industries proposes a synchronized, multi-faceted approach in which acquisition, customization, software development, and deployment occur in parallel, each phase adapted to meet mission needs.
Acquisition and Customization: Robots will be continuously acquired based on agency scaling requirements, with the aim of acquiring a substantial stock immediately upfront. Modifications will include sensor integrations (such as GPS/GNSS, thermal imaging, low-light cameras), battery upgrades, and communication enhancements to ensure optimal operational performance. Each robot is designed for stability over rough terrain and can operate at speeds of 5-10 km/h with a range of 10-15 kilometers per charge, maintaining low visual, acoustic, and infrared signatures.
Software Development and Deployment: Mission-specific software will be developed and refined alongside the physical modifications, enhancing operational reliability, remote control, and real-time data integration. This software enables key mission capabilities, including covert movement, modular sensor integration, AI assisted navigation, and command flexibility. The robots are deployed incrementally, allowing for real-time testing, calibration, and integration with field needs to ensure they meet readiness standards.
This integrated approach provides a seamless, adaptive pathway from initial acquisition to operational deployment, aligning with the government’s tactical support requirements.
d. Nature and Extent of the Anticipated Results
By the end of the deployment process, anticipated results include:
Enhanced Tactical Intelligence: Quadrupeds equipped with modular sensors will enable continuous, real-time reconnaissance, particularly in challenging terrains. This approach minimizes personnel exposure while improving intelligence accuracy and immediacy.
Reduced Physical Demands on Personnel: Quadruped robots dedicated to load-bearing tasks reduce the physical strain on infantry by handling up to 8 kg of gear. Additionally, these robots enhance operational safety by transporting supplies, ammunition, and medical materials, enabling personnel to prioritize mission-critical tasks.
Increased Precision and Safety in Tactical Missions: The robots’ capability to deliver light payloads in complex or high-risk environments, using GPS for precise placement, enhances mission success rates while maintaining safe operator distances.
Long-Term Scalability and Adaptability: Designed with a modular architecture, these robots allow for future upgrades and sensor integrations, creating a scalable platform adaptable to evolving mission requirements.
These results will collectively improve tactical efficiency, safety, and mission success rates across a range of federal operational contexts.
e. Manner in Which the Work Will Help Support Accomplishment of the Agency’s Mission and Business Unit’s Purpose
By deploying quadruped robots that integrate reconnaissance, tactical delivery, and light logistics support, this proposal aligns with the agency’s mission to advance operational capabilities in surveillance, support, and covert tactics. The robots’ modularity, combined with low-profile deployment capabilities, provides a flexible and secure asset for a wide array of field operations. Additionally, telepresence capabilities support remote reconnaissance, direct command briefings, and troop coordination, enhancing morale and ensuring immediate leadership engagement in critical missions.
f. Brief Description of Facilities That May Be Used
Strategic Industries will utilize facilities equipped for the project, including:
Manufacturing and Customization Workshops: Facilities dedicated to modifying robots to meet mission requirements, such as sensor integration, battery upgrades, and structural adaptations.
Testing Labs: Environments for software development, hardware testing, and calibration to ensure that units meet field-readiness standards.
Data and Simulation Centers: Facilities equipped for mission-specific software development, scenario simulation, and operational testing, allowing for accurate performance evaluation before deployment.
These facilities ensure that all robots are tailored to high standards of quality and operational effectiveness, ready to meet government requirements.
g. Type of Support Needed from the Agency (e.g., government property or personnel resources)
Limited agency support will be needed, primarily in the following areas:
Deployment Logistics: Assistance in coordinating initial deployment schedules and site access for the robots.
Access to Testing Environments: Use of secure, government-provided environments for final validation and field-readiness testing.
Personnel Training and Integration: Agency resources may be required for training personnel to operate and maintain the robots, ensuring full operational integration.
This support will enable Strategic Industries to align its technology closely with agency needs, ensuring seamless and effective deployment of tactical quadruped robots.
Section 5: Preferred Contract and Cost
Proposed Contract Structure and Terms
To provide flexibility in unit quantities and customization options, Strategic Industries, LLC proposes a Base Fee Plus Unit Cost payment structure.
Justification for Base Fee Plus Unit Cost Structure
The Base Fee Plus Unit Cost model is ideal for this project, allowing for flexible scaling while ensuring that costs align with both agency requirements and Strategic Industries’ commitment to delivering high-quality, mission-specific robotics:
Fixed Base Fee: Covers the core costs of project setup, research and development, initial software and customization capabilities, allowing Strategic Industries to initiate work with or without a finalized unit count.
Flexible Unit Cost: Per-unit pricing ensures that costs scale precisely with the agency’s final requirements. This flexibility allows the agency to adjust the quantity of units based on evolving needs, while keeping pricing predictable and efficient.
Place of Performance
Primary work will be conducted at Strategic Industries’ facilities, which include all necessary resources for manufacturing, customization, software development, and testing:
Manufacturing and Customization Facilities: Dedicated to customizing robots with mission-specific hardware, such as sensors, battery upgrades, and communication enhancements.
Testing Labs: Equipped for software testing, operational calibration, and durability assessments, ensuring that each unit meets rigorous performance standards.
Simulation Centers: Facilities for mission-specific simulations and pre-deployment evaluations, confirming operational effectiveness before field deployment.
If required, government-provided testing facilities may be used for final operational validation.
Period of Performance
The period of performance will be established in consultation with the agency, based on project scale and specific mission requirements. This adaptable timeline enables Strategic Industries to tailor the project schedule to best meet the agency’s tactical objectives.
Contract Price and Costs
Under this Base Fee Plus Unit Cost structure, the contract costs are divided as follows:
Base Fee: A base fee of $6 million will cover essential R&D, initial software development, and customization capabilities to establish a strong project foundation.
Unit Price: Each base model quadruped robot will be priced at $20,000 per unit. This base price covers acquisition and initial operational readiness.
Customization Costs: Additional mission-specific customization—such as advanced sensors (e.g., thermal imaging, GPS, low-light cameras), battery upgrades, and communication enhancements—will add up to $15,000 per unit, depending on the specific customization requirements.
Benefits of the Proposed Structure
This Base Fee Plus Unit Cost structure provides the flexibility to adjust unit quantities and customization to match the agency’s evolving needs. Strategic Industries is committed to delivering a scalable, high-quality tactical robotics solution within a straightforward, predictable pricing framework that aligns with government goals.