Path of Exile 2 has earned a reputation for its complex systems and deep theorycrafting, but a group of dedicated players recently took endgame min-maxing to a literal game-breaking extreme. By spending an astronomical amount of in-game currency on specialized minion gear, prominent streamer Empyriangaming and his crew coordinated a massive summoning experiment that completely overwhelmed the game engine. This level of optimization is rarely seen, transforming what should have been a standard dungeon crawl into a technical benchmark test. The technical experiment quickly escalated into a hilarious community prank, highlighting both the sheer scaling potential of the game and the processing limits of its current build.
▲ Official Cover Art (Source: IGDB)
| Experiment Lead | Empyriangaming |
| Total Skeletons Summoned | Over 2,000 active minions |
| Core Modifier Mode | Trial of the Sekhemas |
| Performance Result | Severe frame rate drop and input lag |
The Mechanics Behind the Skeleton Army
Normally, a minion-focused build in Path of Exile 2 caps out around 10 to 15 skeletal companions to keep performance stable. To bypass these standard limitations, the theorycrafters calculated a method to reduce the individual resource cost of summoning each skeletal priest down to single digits while stacking resource pools to their absolute maximum. Each player had to invest immense wealth to secure top-tier gear, highlighting the sheer scale of investment required for this stunt. However, they quickly discovered a hard-coded developer safeguard: the game automatically deletes all active minions and resets the counter to zero if a single player attempts to summon more than 255 of one type. Undeterred, Empyriangaming recruited five other highly geared players to bypass this threshold, pooling their resources to field a collective army.
How Path of Exile 2 Handled the Trial of the Sekhemas
To push the experiment even further, the six-player group ventured into the roguelike Trial of the Sekhemas mode, where unique, powerful modifiers are active. One specific environmental buff in this mode effectively doubles the total number of minions each player can have active at once. With all variables aligned, the group managed to summon a staggering collective total of 2,000 skeletons simultaneously, causing the screen to devolve into a chaotic, glowing mass. The performance of Path of Exile 2 immediately buckled, reducing the frame rate graph to a volatile zig-zag and turning active gameplay into a literal slideshow where basic actions like dodge rolling took up to a minute to execute.
▲ Official Artwork (Source: IGDB)
The Hideout Trade Trap and Community Reaction
Once the limits of the map engine were thoroughly tested, the group returned to Empyriangaming’s hideout to conduct one final social experiment. By continuing to spam their massive skeleton armies, they successfully created a localized zone of extreme lag. The streamer then listed a highly valuable in-game item on the public trade website for a ridiculously low price, acting as irresistible bait for both bargain-hunting players and automated trading bots. Unsuspecting players loading into the hideout to complete the transaction were instantly greeted by hundreds of skeletal warriors, sending their frame rates into single digits and leaving many frozen in confusion.
The Future of Performance and Minion Balance
While the entire sequence was played for laughs, it raises interesting questions regarding the technical boundaries of the current engine. Action RPGs like Path of Exile 2 often struggle with projectile and entity clutter, and this experiment proves that extreme coordinate coordination can still force server-side desync. Developers will likely look closely at how these edge-case scenarios impact public instances, especially as players continue to find creative ways to optimize resource costs. For now, the event stands as a legendary community moment that showcases the wild sandbox nature of endgame building.
Engine scalability pushed to the absolute brink in Path of Exile 2
This massive skeleton summoning experiment proves that player creativity will always outpace initial engine boundaries. While the game provides incredible mathematical freedom to scale build properties, server-side limits and rendering bottlenecks remain the ultimate gatekeepers of the endgame meta. Developers must constantly balance this mechanical complexity with visual optimization to prevent cooperative play from devolving into a literal slideshow.
Final Pulse Score: 8.5 / 10
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