AetherGrid Digital Infrastructure — Risk Analysis

The quantified risk exposure and the ramp-period liquidity detail underpinning AetherGrid.

AetherGrid Digital Infrastructure Business PlanSection 10 › Risk Analysis

Section 10 · Business Plan

Risk Analysis

The quantified risk exposure and the ramp-period liquidity detail underpinning AetherGrid.

Figure 21
Figure 21 — Risk heat map: power and lease-up dominate
# Risk L I Mitigation
1 Power / grid-connection delay 4 5 Early applications; captive renewables; multi-metro; diesel backup during ramp
2 Lease-up / occupancy shortfall 4 4.5 Anchor pre-leasing; staged capacity release; multi-metro demand spread
3 Anchor-tenant concentration 3 4.5 Diversify across hyperscale/BFSI/enterprise; broaden colocation base early
4 Capex overrun (imported kit) 4 3.8 Fixed-price EPC; FX hedging; contingency (R1.15bn); phased procurement
5 Exit-multiple compression 3 4 Conservative 13x base case; contracted cash flows support valuation
6 Currency (import/PPA) risk 4 3.2 FX hedging; local sourcing where possible; USD-referenced tenant contracts
7 Competition (Teraco/hyperscalers) 4 3 Carrier-neutral interconnection moat; AI-ready design; secondary metros
8 Water / cooling constraints 3 3 Closed-loop zero/low-water cooling; free-air and liquid cooling
9 Technology obsolescence 2 3.3 Modular design; liquid-cooling upgrade path; regular refresh capex
10 Cyber / physical security breach 2 4 ISO 27001; biometric access; AI surveillance; 24/7 monitoring

10.2 Quantified risk exposure

The table estimates the approximate impact of each principal risk on
mature-state (Year-10) EBITDA of R6,550m, before mitigation, to give
credit and equity a sense of magnitude.

Risk event Approximate impact Absorbing buffer
Power delay pushes a campus COD out 12–18 months Revenue deferral; IRR drag of 2–4 pts Phased close; diesel bridge; contingency
Lease-up 20% slower than plan −R1.0bn to −R1.5bn revenue at ramp Anchor pre-leasing; DSRA; covenant headroom
Capex overrun of 10% −R2.25bn additional funding Fixed-price EPC; R1.15bn contingency
Exit multiple compresses to 11x Equity IRR ~25.5% (from ~28%) Contracted cash flows; conservative base
ZAR depreciation on imports Capex & refresh cost inflation FX hedging; local content; USD tenant refs

The dominant, partly-correlated exposures are power-connection delay
and lease-up shortfall, the two variables that also determine the
revenue ramp in Section 8. This concentration defines the investment:
demand and valuation are relatively secure, but the platform must be
powered and filled on schedule. The downside scenario (Appendix D)
combines a slower lease-up with a delayed campus to size the stress
case.

10.3 Ramp-period liquidity detail

Because the ramp carries the plan’s liquidity risk, the table
decomposes the interaction of thin early EBITDA, heavy capex, debt
service and the funding drawdowns that bridge them through Years
2–5.

R m Y2 Y3 Y4 Y5
EBITDA 0 380 780 1,420
Capex (3,400) (3,800) (3,100) (3,050)
Debt draws 1,500 2,000 1,500 1,000
Equity injections 3,800 3,200 2,400 1,800
Interest (173) (403) (575) (690)
Closing cash 2,428 3,763 4,730 5,142

The pattern is characteristic of a capital-intensive infrastructure
ramp: front-loaded capex and thin early EBITDA, bridged by staged equity
and debt drawdowns, with operating cash only becoming self-sustaining
from Year 5 as Project Atlas leases up and Project Horizon nears
completion. The equity injection schedule is deliberately front-loaded
to keep cash positive and the revolving facility undrawn through the
ramp, and the six-month debt-service reserve provides the additional
cushion lenders require.

Confidential — this business plan is provided to prospective investors and lenders for evaluation purposes only and may not be reproduced or distributed without the written consent of AetherGrid Digital Infrastructure Holdings (Pty) Ltd.