ASHES: Blackout Protocol Strategy Guide

ASHES: Blackout Protocol strategy — how to turn three rounds into points

ASHES: Blackout Protocol is a three-round competitive eurogame in which an underground colony must save survivors, construct shelters, manage vehicles, develop the Phoenix Project and survive radiation. Efficient play is not simply about gathering the most resources. You need to time when you Pass, decide whether occupied shelters should remain open for income or close for scoring, and choose Phoenix investments that your board can actually multiply at the end.

The central strategic principle is repeatable value across a short clock. A construction or technology choice can produce a modest immediate reward but become stronger if it improves income or colony scoring on several Pass protocols. Another action may generate a large immediate VP award yet leave you unable to recover workers, protect survivors or build a useful material set. Since there are only three rounds, the timing of benefits matters as much as their size.

This article concentrates on scoring optimization and decision-making rather than another recitation of the rules. For the three protocols, full setup, survivor types and solo procedure, see our complete ASHES rules guide. The main game hub covers specifications, themes and availability.

The tactics below are independent interpretations of the official Perro Loko Games English rulebook, June 2026. They are not measured win rates or claims of first-hand testing. Worked scenarios are identified as hypothetical, and a character power or special-scoring tile can change which option is strongest.

1. Prioritize five decisions instead of chasing every resource

On each turn, you choose among the protocols Pass, Move Your Vehicle and Activate a Survivor, with additional actions used within their permitted timing. Each one influences the same long-term economy, so use a consistent set of questions before committing:

1. What scores now? A Phoenix installation, completed mission, construction bonus or accessible colony scoring area may immediately grant points.
2. What scores again? A closed shelter column or another repeatable colony area may be selected during more than one future Pass.
3. What expands future options? A new activation technology, higher production track, recovery supply or improved vehicle capacity can make later turns more productive.
4. What will radiation punish? Unprotected survivors in sectors that will be checked soon can cost happiness to every player.
5. What will be left at the end? Phoenix multipliers, freed shelter-disc scoring spaces and remaining happiness all contribute beyond points already earned.

Some choices answer several questions at once. Building a shelter can raise production, grant a shelter card, expose a valuable colony-board scoring space and create new rescue access. A Phoenix upgrade can score immediately, provide a technology and improve a final-scoring row. These multi-purpose actions often deserve closer attention than a one-time pile of resources.

But do not blindly prioritize engine building. If an upgrade requires two later activations to pay back and you are about to enter round three, its long-term production may be less valuable than a directly scorable move. The remaining number of profitable activations, not simply the printed bonus size, is the relevant horizon.

2. Pass timing: why the strongest turn may end your round

Pass is a real scoring protocol, not a concession. It recovers activated survivors by spending anti-rad doses, resolves income from your happiness track and occupied shelter pods, scores a limited number of colony areas and places your turn-order vehicle into an available next-round position with its associated reward.

Because you cannot take any additional or main actions after Passing in that round, timing is the central trade-off. Passing sooner can secure a particular future turn-order position or reward, but it may mean leaving a useful vehicle move, worker activation or Phoenix installation unperformed. Passing later may let you improve a scoring area before resolving it, but can leave fewer attractive turn-order positions.

Before Passing, perform a four-part check. Can you still afford to recover your activated workers? Have you decontaminated any survivors who could improve income, or closed a shelter whose extra column score you want now? Are you close to a high-value area scoring that another action could complete? And is the available turn-order space worth stopping earlier than your engine otherwise requires?

The answer differs by round. Early in round one, losing an activation can cost future production and setup. Late in round three, there is no fourth round in which to exploit extra income or initiative; immediate scoring and final conversion matter most. Pass when the benefits you would gain by acting again are weaker than the scoring, recovery and turn-order consequences of ending now—not because another player passed.

3. Treat anti-rad doses as worker continuity, not spare change

Each activated worker you recover during Pass costs one anti-rad dose. Workers left behind return to the bag and cost one happiness each. If recovered survivors exceed your colony entrance capacity and you discard people already there, those discarded survivors also cost happiness. Your ability to take meaningful worker activations next round therefore depends partly on a recovery resource that can be easy to underestimate.

Think of your available anti-rad doses as a recovery budget. If you have already activated three workers and own only one dose, Passing without another source of doses will leave some of those workers behind. Sometimes the best move is to acquire doses or spend an action setting up replacements before reaching that point, rather than accepting an avoidable happiness penalty.

There is a subtle distinction: happiness is worth one VP at endgame and also controls which occupied shelter pods produce income at Pass. Losing a happiness point can therefore have a second-order cost if it moves your marker below a pod’s income level. The opportunity cost of a missing dose may exceed the single endgame point it appears to represent.

On the other hand, do not hoard doses indefinitely. At endgame, leftover fuel, data and anti-rad doses convert into happiness at one happiness for every three combined resources. A dose used to preserve a worker and maintain income may provide far more value than merely sitting in a final group of three. Compare the immediate survival benefit against the final conversion rate.

4. Use open shelter pods as an income engine

An open shelter card can generate recurring income if its designated pod contains a survivor and the pod’s level is at or below your current happiness marker. Income resolves bottom to top, so a lower reward that increases happiness may enable an additional higher-level reward in the same Pass.

This creates a useful sequencing opportunity. If you can raise happiness before Passing—through a Rest main action, a pod benefit or another effect—you may unlock an income tier that would otherwise remain inactive. The value of that extra tier depends on its actual printed resource or point reward and whether it can improve later actions.

Example: A colony is just below the happiness threshold for a productive occupied pod. A legal action raises happiness high enough to activate that income tier before Pass. If you expect to Pass more than once while the pod remains in place, the effect may recur. This example uses no invented reward icon; use the shelter card’s actual pod and threshold to calculate the benefit.

However, there is a physical constraint: the open shelter area holds three shelter cards. Acquiring another may force replacement of the top card, and displaced survivors can create happiness losses. A plan to build endlessly without closing or managing the shelter display can therefore damage the very income engine you are constructing.

5. Close shelters for repeatable VP, but not before their income earns its keep

Closing a shelter requires filling all its decontamination pods, then taking the Close Shelter immediate additional action. The completed card moves into a scoring column, and the survivors assigned to it return to the bag. That changes the shelter’s contribution: it is no longer an open card supplying eligible occupied-pod income, but it may now contribute to colony scoring every time that column is selected during Pass.

The rulebook awards 3 VP per closed shelter card in a chosen column, subject to its stack capacity and other rules. Initially, you can select up to two colony scoring areas each time you Pass, with upgrades potentially increasing that limit. If one column has two closed shelters, selecting it can therefore yield 6 VP at that Pass, and it can be selected again on a later Pass if you still have that scoring area available.

The decision is really future income versus repeat scoring. A filled open card that would pay a valuable resource or happiness several times may be worth keeping. A closed card stacked into a column you already intend to score can produce repeated, dependable victory points, particularly if you can close it before the first or second Pass.

Choose the conversion moment with your actual board in mind. Closing immediately before a Pass can be effective if the card’s open income would be weak and the column is a top scoring choice. Keeping it open until a later round may be better when it produces rare materials or happiness that unlocks additional higher-level pods. There is no universal “close all shelters immediately” rule.

6. Calculate the value of a closed shelter over remaining Pass protocols

Repeated scoring can make an ordinary card powerful. The following example is deliberately simplified to isolate the 3 VP per closed shelter rule. Imagine you close two shelters into one scoring column before your round-one Pass and you select that same column in all three Pass protocols. It produces 6 × 3 = 18 VP across those three scoring decisions.

Now imagine those two shelters are not closed until just before the round-three Pass. If you select their column only in that final Pass, they produce 6 VP, not 18. The difference comes from when the cards were available to score, not from any change in the shelter cards themselves.

This is not a promise of 18 points in every game. Each Pass initially allows you to score just two of five areas, and the best area selection can change. You may need other areas for materials or a survivor strategy. Stack restrictions, construction and decontamination requirements, resource costs and opponents’ timing all affect whether the early-closure scenario is practical.

To value a closure, count expected future Pass opportunities when its column is actually among your chosen scoring areas, then compare that against the open card’s remaining expected income. That simple forecast is more useful than multiplying 3 by every turn in the game, because scoring is not automatic each time someone acts.

7. Choose the best two scoring areas on every Pass

Each colony has five colony scoring areas: three closed-shelter columns, one materials area and one survivors area. Your starting board scores up to two areas when you Pass. An upgrade can increase that number, changing the opportunity cost of keeping several scoring engines active simultaneously.

At the moment you Pass, compare what each area would award right now. A column with two closed shelters gives 6 VP. A materials area can score 2 VP per level II material and 4 VP per level III material, subject to the cap visible on that area and any modifications. The survivors area provides 0, 1 or 2 VP per active survivor at the entrance, depending on your purchased upgrade.

That creates a dynamic top-two ranking. Do not select the same areas by habit if your material pyramid has grown or you just upgraded survivor scoring. Also do not treat all level I cubes as direct materials scoring; the rulebook’s Pass formula is specifically concerned with levels II and III.

An upgrade allowing more scoring areas can be unusually strong in a well-developed colony, because it reduces the competition between different scoring plans. But if you only have two areas that produce points, the upgrade may do little immediately. It is worth buying when the third and fourth scoring areas are already useful or will become useful soon, not merely because the capability sounds flexible.

8. Phoenix scoring: optimize the three factors, not just upgrade count

At endgame, each Phoenix Project row uses a multiplicative formula: your upgrades installed in that row × the number of times you meet its scoring tile’s requirement × the value indicated by the corresponding shared knowledge disc. Each row is capped at 24 VP.

Two consequences follow. First, having many upgrades in a row is not enough if you meet the scoring condition zero times. Conversely, a strong collection of qualifying assets may be worth little in a row where you have installed no upgrades. Your target should be a coherent pairing between what you build elsewhere and where you invest on the Phoenix board.

Second, the 24-point cap limits the endgame return from over-concentrating in one row. An extra upgrade may still award immediate installation points, a technology and knowledge-disc progress, but once the row would already score 24, it does not raise that row’s own endgame total. Before paying for another installation, separate its immediate and technology value from the now-capped final multiplier.

Different scoring tiles are selected during setup, so do not pre-commit to one Phoenix row solely because it was strong in a previous game. Study the displayed scoring requirements before buying materials or technologies. The two-player/solo side and different knowledge-disc positions can also change the arithmetic.

9. Phoenix upgrade order: price inflation versus delayed rewards

The three Phoenix levels have different resource prices. A level I installation costs one level I material plus 1/2/3 data depending on whether it is the first, second or third-plus installation at that level by anyone. Level II uses two level II materials plus the corresponding 1/2/3 data. Level III uses two level III materials plus 2/3/4 data as more installations occur at that level.

The installation also grants an immediate reward: 2 VP at level I, 6 VP at level II or 12 VP at level III, along with a technology and advancement of the corresponding knowledge disc. These are real rewards, but they are not net profit independent of materials, data, activation opportunity and prerequisites.

Watch opponents’ installations. If they are about to take the first affordable slot at a level you want, the data price of your later installation may rise. That gives initiative and resource timing a direct economic value beyond the printed technology effects.

There is still a danger in over-rushing. Paying for a technology you cannot place usefully or an expensive advanced material that disrupts your other actions can undermine a nominally cheaper Phoenix installation. A higher-cost later action may be better if it matches your final scoring tile and gives a capability your colony can actually exploit.

10. Build a material plan before crafting higher levels

The material pyramid is not a generic currency pool. Advanced materials require the specified pair of different lower-level materials and available storage. A level II or III material therefore represents previous acquisitions plus manufacturing decisions, not a free conversion at will.

Before choosing a route or production technology for materials, look at the Phoenix level you plan to install and the endgame scoring tile. If both reward level II materials, you may prefer to maintain several of that level instead of converting every pair into level III. If a level III technology or installation provides a large immediate benefit, the opposite may be true. Craft toward an actual demand, not toward the highest level merely because it exists.

The materials scoring area available when you Pass gives a second reason to consider the distribution of higher-level cubes. If you are about to Pass and can score that area effectively, keeping the relevant materials available may be valuable. If your area is already at its scoring cap, another material may still be useful for Phoenix or an endgame requirement, but not automatically for more Pass-area points.

Illustrative decision: You can manufacture a level III cube, but doing so would consume level II cubes that already score in your current colony area and satisfy a Phoenix tile. Before converting them, compare the new cube’s installation utility and any final multiplier against the lost level II count. No universal conversion strategy exists because the game’s scoring tiles are variable.

11. Vehicle movement: make each two-fuel trip do more than one job

Moving your evacuation vehicle normally costs two fuel. It can carry survivors within its cargo limit, drop and pick them up along legal moves, activate the final area’s tile and protect an area containing the vehicle during radiation. A vehicle journey can therefore produce a mixture of immediate rewards, logistics and future happiness protection.

Compare possible destinations by their combined value, not simply distance. An area tile that provides material or a main action may support your Phoenix plan; a stop near vulnerable survivors can preserve future rescue access; a destination in a threatened sector can shield that area from the next radiation check. If all three align, one trip can solve several problems.

Do not forget that the area tile’s main side generally flips after activation, reducing the value of returning to the same place until it refreshes at the appropriate next-round setup. Also, leaving the starting shelter counts as a movement step, so calculate the legal route rather than assuming you get an extra move before entering the map.

The tempting mistake is to spend fuel repeatedly on low-value movement while neglecting the worker activations needed to develop your colony. On the other hand, staying completely stationary can forgo material acquisition and radiation protection. Use vehicles as part of an integrated economy rather than an isolated pickup-and-deliver minigame.

12. Radiation: calculate the shared happiness damage before it happens

Radiation occurs at the beginning of rounds two and three, and once again after round three before final scoring. It is skipped during the first round setup. Each sector has a level from one to four; in an unprotected area, that many exposed survivors may be returned to the bag. Every player loses happiness equal to the number removed.

That rule can be counterintuitive: your personal colony can suffer happiness loss even when you were not the player whose vehicle or shelter strategy left those particular survivors exposed. It creates a shared hazard within a competitive scoring game. A vehicle parked in an area protects that area entirely for the radiation check, regardless of which colony owns it.

The removal order is also relevant. Active survivors are removed first, with essential survivors only removed if no active survivors remain in that area. Thus, before the radiation check, count both the total exposed population and the actual radiation level; do not simply assume every survivor disappears equally.

Happiness penalties can compound. The track runs from 0 to 9. Losing a point below zero incurs an additional 2 VP per missing downward step, while gaining happiness above nine grants 1 VP per excess step. A low-happiness colony entering a high-radiation check can therefore lose direct VP as well as income access from higher-level occupied pods.

Prioritize protection when the likely avoided damage is large, especially if the map shows many survivors in a high-radiation sector and the vehicle could protect one populous area. It is not automatically correct to park forever: compare the protected count against rewards from other destinations and opportunities to rescue people permanently.

13. Plan around the three different radiation windows

The sequence of survivor emergence shifts across the map: round one adds survivors in sectors 1 and 2; round two in sectors 2 and 3; round three in sectors 3 and 4. Radiation checks happen before new survivors emerge in rounds two and three, then at the end after round three. This makes location and time a joint planning problem.

In round one, you can establish shelter access and move into a position that helps before the first upcoming radiation check. In round two, the map has experienced an initial check and the newly emerged population is moving toward higher sectors. By round three, the final radiation check becomes a direct concern, so leaving a large exposed cluster unprotected can be costly just before score conversion.

Hypothetical comparison: A vehicle can end in a sector-4 area with several exposed survivors, or in a sector-1 area with only one. If no other action changes those groups, the possible prevented loss at the sector-4 location can be higher, because the area’s radiation level is higher. But movement access, fuel, vehicle capacity and area-tile rewards must still be counted.

Because the penalties affect every colony, an opponent may also have an incentive to protect a large concentration. That does not mean you should rely on them: their personal scoring plan may direct the vehicle elsewhere. Consider whether a safe shared outcome is likely or whether your own positioning is needed to avoid a bad final check.

14. Technology placement: buy bonuses you can actually activate

When you Activate a Survivor, you first resolve the technology in the selected slot, then the slot’s production, then one of the main actions. Each zone can normally be used only once that round, and you initially have three activation opportunities before an upgrade can add a fourth.

A technology that produces a relevant resource in a frequently chosen slot may be worth more than a seemingly powerful one in a position your strategy rarely activates. If it yields data before you install Phoenix upgrades, or anti-rad doses before a costly Pass, you can chain the benefit into another part of the same overall plan. The exact permissible sequencing follows the printed rulebook, so never treat a future technology’s effect as already available.

Technology stacks have capacity limits. Initially you can put up to two technologies in a slot; further capacity requires upgrading. If you acquire a new one with no space, the rules may force replacement or discarding, which reduces the real value of that Phoenix installation.

When choosing an upgrade, examine the remainder of the game. In round one, a production engine may fire multiple times before game end. Late in round three, an immediate VP award or endgame scoring condition may be stronger than a production technology that will never be activated again. Treat technology as an investment with a payoff horizon, not a badge of progress.

15. Missions and milestones: score them before your final Pass

Mission cards and public milestones are limited additional actions. Their requirements and costs must be met, and they can only be executed before or after a protocol, not in the middle of it. Once you Pass, you have no remaining opportunity to take another additional action that round.

This means a mission can create a timing trap. You may have all the required material, vehicle placement or shelter conditions but accidentally Pass before claiming it. A simple practice is to look over your hand and the public achievement display every time you are considering Pass.

Some missions require a shelter to be powered in a sector no higher than the current round, while others depend on vehicle position in an eligible sector. Positioning your vehicle for a mission may overlap with rescue and radiation objectives. When possible, select missions whose prerequisites are already close to complete instead of taking cards that force expensive detours.

Milestones can advance shared knowledge discs and award points based on their conditions, so they can change not only your immediate score but also Phoenix’s later multiplier. However, milestones are limited and opponents may claim spaces before you do. Weigh a small immediate reward against how it affects the shared track and what you give up to satisfy the achievement.

16. A practical round-by-round ASHES strategy plan

Round one: build an economy you can reuse

Prioritize production improvements, sensible rescue access, income-generating shelter pods and enough anti-rad doses to recover the workers you intend to use. Look at the Phoenix scoring tiles before specializing. A cheap early upgrade can provide a useful technology and direct VP, but shelter infrastructure or material production may be just as important. Build a plan that can function through rounds two and three.

Round two: start converting your engine into scoring

You now have more information about opponent investments, shared milestone availability and the next wave of radiation. Evaluate whether open shelters should remain productive or close into columns you can repeatedly score. Compare your two best Pass-area choices; if a third area would be substantial, consider the relevant upgrade. Your Phoenix specialization should be taking shape rather than consisting of unrelated purchases.

Round three: cash out efficiently and protect the final happiness score

There is no future round to justify a long production payoff. Complete realistic missions, claim remaining good milestones, make Phoenix upgrades that yield immediate points or uncapped final-scoring value, and close shelters when that wins more than keeping their last income. Position vehicles with the final radiation step in mind, and do not carry resources that could have produced more value if spent before the final conversion.

This is a planning framework, not a compulsory script. A special character with an unusual activation, an attractive Phoenix tile or a very strong early scoring opportunity may justify a different order. Adjust to the resources and spaces actually available.

17. Three worked scoring examples (illustrative, not playtest data)

A. Two closed shelters versus one productive open card

Suppose a single column has two closed shelters, worth 6 VP whenever selected at Pass. If that same column is chosen on the final two Pass protocols, it yields 12 VP across those two selections. An open shelter might instead provide useful income twice. The relevant comparison is what that income enables plus any other points, versus the reliable repeatable score—not an automatic rule that closure wins.

B. An upgrade that does not improve the Phoenix capped row

Assume a row already has three upgrades, four qualifying scoring-tile matches and a knowledge value of three. Its raw product would be 3 × 4 × 3 = 36 VP, but it scores 24. Adding a fourth upgrade raises the raw product, yet not the capped endgame row score. It may still be worthwhile for the technology, immediate installation points and knowledge progression; assess those separately.

C. A recovered worker versus excess endgame resources

Suppose one anti-rad dose can recover an active worker that you need in the next round. Keeping the dose untouched at endgame would contribute to the combined fuel/data/dose conversion only if it helps form a full set of three. Recovering the worker may preserve happiness and future production. This is why resource value changes with timing and remaining rounds.

These examples use the official numeric scoring rules but invent the game states. They do not imply that those board positions occurred in a real match or that any one play is always optimal.

18. Solo strategy: adjust to the rival’s action-card pressure

The official solo mode uses 12 rival action cards and three difficulty cards. The rival does not collect or pay ordinary resources and has no happiness track. Its cards determine construction, rescue and Phoenix actions using positional parameters rather than the same resource optimization problems as a human opponent.

Against the rival, optimize your own economy first. You still need a strong Pass schedule, recoverable workers, scoring shelters and coherent Phoenix rows. But watch the rival’s visible developments and any contested milestones or construction spaces; its predetermined action can remove a particularly attractive target before your next opportunity.

The different difficulties affect how the rival marker advances and therefore how many cards and actions it can resolve before Passing. A higher-difficulty game can create more pressure on scarce board positions, even though the rival does not face your fuel or material constraints. That can make resilient, flexible plans more useful than very narrow strategies requiring one exact installation space.

Do not invent opponent resource limits to make the solo game easier. Follow the rival cards’ sector and numerical parameters and the rulebook’s fallback rules. This article offers planning advice, not a replacement for the official solo diagrams on printed pages 16–19.

19. Eight common strategic mistakes in ASHES

1. Passing without an anti-rad recovery plan. Lost workers can cost happiness and future options.
2. Forgetting income thresholds. Occupied shelter pods above your current happiness marker do not automatically pay.
3. Closing every shelter immediately. You may sacrifice valuable recurring income for a scoring column you cannot select.
4. Building five scoring engines with only two Pass slots. Choose areas that complement your current area limit.
5. Overfilling a Phoenix row. Once it would hit 24 final points, additional installations need a different justification.
6. Crafting materials without a target. Higher levels can remove cubes that already support a scoring tile or materials area.
7. Ignoring shared radiation damage. A neglected high-sector area may hurt all colonies’ happiness.
8. Passing before claiming ready missions and milestones. Additional actions cannot be used once Pass has ended your round.

The recurring theme is opportunity cost. Every action should produce points, strengthen a later scoring event or prevent a consequential loss. When a play does none of those things, check whether another protocol or immediate action offers more.

ASHES: Blackout Protocol strategy FAQ

What is a good first-round strategy?

Build a sustainable combination of worker recovery, production and shelter income while learning the displayed Phoenix scoring tiles. No universal best opening is established without the setup and character powers.

Should I Pass early or late?

Pass when the remaining useful actions are worth less than the benefits of worker recovery, income, current scoring and your available turn-order position. Passing early gives up the rest of your round.

What should I check before Passing?

Anti-rad doses for activated workers, happiness thresholds for shelter income, your strongest two colony scoring areas, ready missions or milestones, and the available future turn-order rewards.

Is closing shelters better than keeping them open?

It depends on remaining Pass opportunities. Open shelters can supply occupied-pod income; a closed shelter can provide 3 VP when its scoring column is selected, potentially on more than one Pass.

How many colony areas can I score when I Pass?

Initially up to two out of five. Relevant colony upgrades can raise the number, which becomes useful when you have additional high-scoring areas.

How do materials score at Pass?

Level II materials award 2 VP each and level III materials 4 VP each, subject to the area’s displayed scoring cap and any character-specific changes.

How does Phoenix Project scoring work?

For each row, multiply your installed upgrade count by the number of matches for its scoring tile and the knowledge-disc value. Each row is capped at 24 final VP.

Is another Phoenix upgrade wasted if a row is already capped?

Not automatically. It may still award immediate VP, a useful technology and knowledge-disc progress, but it does not increase that particular capped row’s final total.

What are Phoenix installation rewards?

Levels I, II and III give 2, 6 and 12 immediate VP respectively, alongside a technology and knowledge movement. Resources and prerequisites differ.

What is the best use of an evacuation vehicle?

Look for journeys that combine survivor logistics, useful area activation, mission positioning and protection from the next radiation check. Each normal movement protocol costs two fuel.

Does radiation hurt every player?

Yes. For each exposed survivor removed from an unprotected area in a radiation step, every player loses the corresponding happiness. Vehicle-occupied areas are protected.

When should I prepare for radiation?

Before round-two setup, round-three setup and the final post-round-three check. The game does not resolve radiation after every turn.

How important is happiness?

It governs access to income tiers, produces one VP per remaining happiness at endgame and can create additional VP penalties if lost while already at the track minimum.

Should I always convert materials to level III?

No. Higher-level material is useful for expensive Phoenix upgrades, but level II cubes can contribute to Pass-area scoring and certain variable Phoenix scoring tiles.

Can I take a mission after Passing?

No. Pass ends all remaining actions that round, including additional mission and milestone actions.

How does solo change the strategy?

The rival follows action cards and does not use ordinary resources or happiness. Prioritize robust scoring plans while watching its contested spaces and achievement timing.

Is this a tested strongest-strategy ranking?

No. This is source-grounded analysis of published rules and original examples, not a database of match results or verified dominant strategies.

Official sources and editorial scope

Primary rules source: Perro Loko Games — ASHES: Blackout Protocol English rulebook (June 2026). Specific systems: happiness and radiation (printed pages 8–9), Pass and income (10–11), production and Phoenix (12–13), additional actions (14–15), final scoring (16–17), solo rival (16–19), with special character and upgrade details in appendices. The publisher’s product page provides the official product description.

Independent context: BoardGameGeek’s game entry and the September 2026 Tabletopping review describe the shelter income, Phoenix and Pass decisions. This article’s decisions and examples are independently authored and do not reproduce another reviewer’s assessment as a first-person play experience.

Editorial note: Prepared 2 November 2026. Rules-dependent facts come from the publisher’s English manual; tactical conclusions are interpretations, not guaranteed best plays. All numerical example board states are hypothetical. No copied rulebook artwork, embedded Adsterra code or third-party advertising scripts appear here. Read the how-to-play rules guide for procedures and main ASHES game page for availability. Corrections: editorial policy.