RASA — AI-Powered Technical Project Planning
Rapid feasibility assessment and constraints mapping for complex infrastructure and technology ventures.
The Problem
Complex technical ventures—space infrastructure, AI deployment, regulated manufacturing—face a fundamental timing dilemma. Traditional consulting approaches require months of exhaustive studies to produce comprehensive technical frameworks. But market windows don't wait, and decision-makers need answers faster.
The alternative—moving fast without adequate technical foundation—leads to costly pivots, failed implementations, or missed critical constraints that surface only after commitments are made.
What RASA Provides
RASA (Rapid Assessment & Strategic Analysis) uses AI-assisted planning to compress the feasibility timeline without sacrificing rigor. Instead of months-long studies, RASA delivers comprehensive technical frameworks in days or weeks.
Core Capabilities
Constraints-first mapping: Identify critical technical, regulatory, and operational constraints early in the planning cycle
Rapid documentation: Generate boardroom-ready technical frameworks, white papers, and feasibility assessments at decision speed
Multi-domain synthesis: Integrate considerations across engineering, regulatory, financial, and operational dimensions
Risk identification: Surface technical risks and dependency chains that traditional planning might miss or discover late
The RASA Methodology
RASA combines AI-assisted analysis with human expertise to rapidly develop comprehensive technical plans:
- Constraint mapping: Identify hard constraints (physics, regulations, available technology) and soft constraints (cost, timeline, organizational capacity)
- Framework generation: Develop technical architectures, operational models, and implementation pathways
- Documentation: Produce investor-grade documentation, technical white papers, and decision briefings
- Iteration: Rapid refinement cycles based on stakeholder feedback and emerging requirements
Use Cases
Space Infrastructure
Lunar mining operations, orbital manufacturing facilities, deep space logistics—ventures requiring integration of novel technologies, extreme environments, and multi-year capital deployment.
AI Deployment at Scale
Enterprise AI implementations, data center planning, model training infrastructure—projects requiring careful consideration of compute, power, cooling, and regulatory constraints.
Regulated Manufacturing
Pharmaceutical facility design, medical device manufacturing, advanced materials production—ventures where regulatory compliance and operational validation are critical from day one.
Climate & Resilience Infrastructure
Food system resilience, water infrastructure, disaster mitigation—projects requiring systems thinking across technical, social, and environmental dimensions.
See RASA in Action: Tranquility Demo
The Tranquility project—35 GW of AI training compute powered by thorium reactors on the moon—demonstrates what RASA can produce. From heat dissipation physics to sovereign wealth fund engagement timelines, the Tranquility planning package was developed using RASA methodology.
Engagement Model
RASA engagements are structured for rapid delivery:
Sprint 1 (1-2 weeks): Constraint mapping, preliminary framework, key risk identification
Sprint 2 (1-2 weeks): Detailed technical development, documentation, stakeholder presentation materials
Sprint 3 (optional): Refinement based on stakeholder feedback, integration with organizational planning
Ready to Explore RASA?
For complex technical ventures requiring rapid, rigorous planning:
Phil Cheevers
Pink House Technology
905-321-2291 • 242-809-1832
info@pinkhouse.tech