ALL WILL FALL is a physics-heavy colony sim where your settlement's survival depends on block-based building integrity, social group management, and reading the tide. This tier list ranks approaches by consistency across tide cycles, not theoretical peak performance. Everything here assumes you're past the tutorial and dealing with the sea level's gradual descent plus the daily tide rhythm that submerges and exposes territory.
Ranking Criteria: What "Good" Means Here
Three axes determine placement. Structural resilience: can this approach survive a bad tide cycle without catastrophic platform loss? Resource loop tightness: does it generate net surplus or drain reserves during lean periods? Social stability: do the distinct social groups stay productive under stress, or do they fragment when platforms flood?
One elimination rule upfront: any strategy requiring perfect tide prediction is disqualified. The tide shifts are described as "ever-rising and falling" with enough variance that builds assuming optimal timing will fail in actual play. What matters is margin for error.
S-Tier: Load-Bearing Hub with Mobile Harvesting
The core insight: permanent structures go on the highest available ground or deepest supports; resource extraction happens from detachable platforms that can be abandoned to flooding without social cost.
Execution: central living and production modules sit on stone or deeply-driven supports with triple redundancy. Food growth and raw material gathering use lightweight wooden platforms at tide margins, staffed by workers who return to central housing before high tide. When platforms submerge, you lose day's output, not citizens or shelter.
Why this wins: Cataclismo-inspired block physics reward overengineering on critical paths and underengineering on expendable ones. The game explicitly punishes "entire structures and even lives to a collapse" — but only if you've tied social functions to fragile extensions. Decoupling survival from daily productivity removes the binary state that kills most settlements.
Best for: Players who tolerate micro-managing worker schedules and platform assignments. Skip if: You want set-and-forget automation; the mobile harvesting requires active tide tracking. Trade-off: Slower expansion than greedy builds, but eliminates the death spiral where one collapse cascades into population loss and rebuilding with depleted labor.
A-Tier: Gradual Descent Following Sea Level
The sea level "slowly lower over the course of the game, revealing new hidden structures and giving you a permanent place to settle." This build treats that descent as the primary planning axis rather than fighting it.
You build minimal viable platforms at current waterline, invest heavily in scouting and salvage of revealed ruins, and migrate core functions downward as stable ground emerges. The hidden structures presumably contain resources or pre-built infrastructure that offset the cost of not developing upper-platform density.
Decision archaeology: The alternative — building upward and outward on stilts — seems logical for immediate space. It loses because tide submersion is temporary; sea level drop is permanent. Every expensive platform built to survive temporary flooding at upper levels becomes stranded overhead when the water recedes, requiring demolition or abandonment while you rebuild at the new shoreline. The descent build front-loads scouting investment and back-loads permanent construction, matching the game's actual temporal structure.
Meta caveat: Patch-dependent on hidden structure quality. If revealed ruins prove resource-poor in later updates, this drops to B-tier.
B-Tier: Social Group Specialization with Isolated Districts
ALL WILL FALL features "distinct social groups" that need to be kept "fed, happy, and socially well-adjusted." This approach gives each group dedicated platform clusters with internal resource loops, connected by minimal transit.
The theory: social friction reduces when groups don't compete for shared space during tide emergencies. Each district maintains emergency food stores and can seal off if central connections flood.
Where it frays: Physics-heavy building with "weight limits and structural integrity demands" means multiple isolated districts require more total support material than one integrated settlement. You're paying redundancy costs in wood and stone that could go to vertical expansion. The social benefits are real but hard to quantify; the material costs are immediate and visible.
Best for: Roleplay-oriented runs or if social group tensions prove more destabilizing than resource shortage in your experience. Skip if: You're on a map with limited wood access; the support multiplication will stall before social benefits mature.
C-Tier: Maximum Platform Density
Fill every available tile with production or housing, use minimum supports, accept that some percentage will fail.
This reads as the default approach for city-builder veterans: more tiles = more output. In ALL WILL FALL, it's a trap. The game explicitly warns that "without proper design and execution, you can lose entire structures and even lives to a collapse." Density maximization assumes you can predict which supports are "proper" without testing, and that tide timing won't surprise you.
Failure state: One unanticipated high tide hits an overloaded platform. Collapse destroys housing. Homeless population generates social instability. Labor diverted to rebuilding pulls from food production. Hunger amplifies social tension. The classic colony sim death spiral, but accelerated because your physical infrastructure literally fell apart.
This tier isn't unplayable — experienced players with strong tide-pattern recognition can make it work — but it's playing against the game's stated design rather than with it.
D-Tier: Static Shoreline Fortification
Building "homes or important structures anywhere the tide is going to" reach, per the source's explicit warning. This includes any attempt to permanently claim tide-zone territory with walls, pumps, or elevated walkways that assume you can hold a fixed waterline.
The tide "comes and goes, rising or lowering to either give you new areas to exploit or forcing you away from territory about to be submerged." The game mechanics treat tide as force majeure, not challenge to overcome. Structures in tidal zones are temporary by design; treating them as permanent is misreading the core loop.
Self-correction note: I initially considered whether advanced supports could elevate housing above tide reach. Re-reading: the tide forces you "away from territory about to be submerged," not just structures. The displacement is territorial, not merely structural. Even elevated presence may not suffice if the mechanic pushes population out of zones regardless. [Inference: exact elevation limits aren't specified; conservative play assumes territorial displacement is absolute.]
Weapon/Tool Equivalent: What to Prioritize in Early Salvage
The source doesn't specify equipment tiers, but the "hidden structures" revealed by dropping sea level imply salvageable technology. Priority order based on build needs:
- Deep-driving supports or foundation materials — enable S-tier load-bearing hubs
- Scouting enhancements — accelerate A-tier descent planning
- Lightweight platform materials — expand mobile harvesting reach
- Social amenities — relevant only if running B-tier specialization
Inference: salvage distribution is likely weighted toward lower-tier utility, creating the classic survival-game tension where what you find doesn't match what you need. Adapt build to finds, not finds to build.
Meta Caveats and Patch Sensitivity
Physics tuning: The Cataclismo-inspired "block-based, physics-heavy building" is central to current rankings. If structural integrity calculations are simplified or automated, density approaches rise in viability.
Tide predictability: Current tiering assumes tide has meaningful variance. If patched to rigid schedule, static approaches become more viable.
Social group balance: "Distinct social groups" with "socially well-adjusted" as explicit goal suggests this system may receive expansion. Current tiers weight physical survival over social optimization; a social-group-heavy patch would elevate B-tier specialization.
Sea level descent rate: The core A-tier strategy depends on this being slow enough to scout ahead but fast enough to reward patience. Too slow = descent build stalls without enough reveals. Too fast = migration costs dominate.
Quick Reference: Build Selection
| Your Situation | Build | Key Skill |
|---|---|---|
| High wood, low stone, patient | S-Tier mobile hub | Worker schedule management |
| Revealed ruins visible, good scouts | A-Tier descent | Timing migration waves |
| Social tension events frequent | B-Tier isolation | District self-sufficiency |
| Experienced, risk-tolerant | C-Tier density (with save scumming) | Tide pattern memorization |
| First playthrough | Avoid D-Tier, start A-Tier | Learning reveal mechanics |
Author: Erik Hodges | Published: April 7, 2026
