analyzing-social-infrastructure-investments
Evaluates social infrastructure including healthcare, education, and government facilities with availability-based revenue structures. Use when analyzing social infrastructure, evaluating availability payments, or assessing government-backed projects.
Best use case
analyzing-social-infrastructure-investments is best used when you need a repeatable AI agent workflow instead of a one-off prompt.
Evaluates social infrastructure including healthcare, education, and government facilities with availability-based revenue structures. Use when analyzing social infrastructure, evaluating availability payments, or assessing government-backed projects.
Teams using analyzing-social-infrastructure-investments should expect a more consistent output, faster repeated execution, less prompt rewriting.
When to use this skill
- You want a reusable workflow that can be run more than once with consistent structure.
When not to use this skill
- You only need a quick one-off answer and do not need a reusable workflow.
- You cannot install or maintain the underlying files, dependencies, or repository context.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/analyzing-social-infrastructure-investments/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How analyzing-social-infrastructure-investments Compares
| Feature / Agent | analyzing-social-infrastructure-investments | Standard Approach |
|---|---|---|
| Platform Support | Not specified | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | Unknown | N/A |
Frequently Asked Questions
What does this skill do?
Evaluates social infrastructure including healthcare, education, and government facilities with availability-based revenue structures. Use when analyzing social infrastructure, evaluating availability payments, or assessing government-backed projects.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
SKILL.md Source
# Analyzing Social Infrastructure Investments Evaluates social infrastructure including healthcare, education, and government facilities with availability-based revenue structures. ## When To Use - Assessing a PPP/P3 project involving hospitals, schools, courthouses, social housing, or government office buildings - Evaluating availability-based payment structures where revenue depends on facility readiness rather than user demand - Comparing social infrastructure assets across a portfolio or fund allocation - Conducting due diligence on concession agreements with public-sector counterparties - Reviewing lifecycle cost assumptions and handback condition obligations ## Inputs To Gather - **Project agreement / concession contract** — payment mechanism, term, performance standards, deduction regime - **Availability payment schedule** — base payment, indexation methodology (CPI or custom), step-up/step-down triggers - **Deduction matrix** — categories (safety, availability, performance), severity tiers, rectification periods, cure caps - **Counterparty credit profile** — sovereign or sub-sovereign rating, budgetary appropriation mechanism, payment history [VERIFY jurisdiction-specific appropriation risk] - **Capital structure** — senior debt terms, debt service reserve, equity IRR targets, distribution lock-up triggers - **Lifecycle/renewal model** — major maintenance reserve, replacement schedule, handback condition specification - **Insurance program** — required coverages, deductibles, uninsurable risk allocation - **Construction status** — if pre-completion: EPC contract type (fixed-price/GMP), LD regime, completion test criteria ## Workflow 1. **Classify the asset and payment mechanism** - Identify sub-sector (healthcare, education, judicial, social housing, government accommodation) - Confirm revenue is availability-based (not demand/volume-based); flag any hybrid elements (e.g., ancillary revenue, parking) - Map the payment mechanism: base availability payment + service payments + lifecycle components 2. **Analyze the deduction regime** - Review deduction categories and weighting — availability deductions vs. performance deductions - Assess severity of penalty curve: linear vs. exponential deductions, termination thresholds - Model historical deduction experience if operational; estimate deduction exposure if greenfield - Identify rectification periods and whether they are commercially reasonable 3. **Evaluate counterparty credit risk** - Determine whether payments are a direct government obligation, appropriation-dependent, or backed by a special-purpose vehicle [VERIFY: appropriation risk framework varies by jurisdiction] - Review sovereign/sub-sovereign credit rating and fiscal capacity - Assess payment track record on comparable PPP contracts in the same jurisdiction - Flag any change-of-law or political risk provisions 4. **Model cash flows and returns** - Build or review base-case financial model with availability payment indexation - Stress-test: deduction scenarios (5%, 10%, 15% of base payment), inflation variance, interest rate sensitivity - Calculate equity IRR, cash-on-cash yield, and payback period under base and downside cases - Verify debt service coverage ratios (DSCR) against lock-up (typically 1.10x–1.15x) and default thresholds (typically 1.05x) [VERIFY: lender-specific covenants] 5. **Assess lifecycle and handback risk** - Review lifecycle cost model against independent technical advisor benchmarks - Evaluate adequacy of major maintenance reserve funding profile - Identify handback condition obligations and residual-life requirements - Flag any lifecycle scope gaps (e.g., technology refresh in healthcare facilities, HVAC in education) 6. **Review risk allocation** - Map key risks to responsible party: construction, commissioning, operations, lifecycle, force majeure, change in law - Assess whether FM contractor obligations are back-to-back with project company obligations - Identify retained risks and uncapped exposures - Evaluate termination compensation mechanics (voluntary, concessionaire default, authority default, force majeure) 7. **Benchmark and conclude** - Compare key metrics (equity IRR, DSCR, deduction headroom, lifecycle reserve adequacy) against comparable social infrastructure transactions - Assign overall risk rating or investment recommendation with supporting rationale ## Output Produce a structured analysis report containing: - **Executive summary** — asset type, jurisdiction, concession term, payment mechanism, headline return metrics, and investment thesis - **Payment mechanism analysis** — availability payment structure, indexation, deduction exposure quantification - **Counterparty assessment** — credit quality, appropriation risk, payment history - **Financial summary** — base-case and downside IRR, DSCR profile, distribution forecast, sensitivity tables - **Lifecycle risk assessment** — reserve adequacy, key renewal items, handback gap analysis - **Risk matrix** — allocated vs. retained risks with materiality ranking - **Recommendation** — proceed / proceed with conditions / decline, with stated assumptions ## Quality Checks - Confirm availability payment indexation matches the contractual formula exactly — errors here cascade through the entire model - Verify deduction model reflects the actual penalty matrix, not a simplified proxy - Cross-check DSCR calculations against lender model or term sheet covenants - Ensure lifecycle cost estimates are supported by an independent technical report, not solely sponsor assumptions - Validate that termination compensation calculations cover both debt and equity recovery under each termination scenario - Confirm counterparty credit assessment references current ratings and fiscal data [VERIFY: rating agency and date] - Flag any assumptions about refinancing, contract extensions, or supplementary revenue that are not contractually committed