Managed to get Boss vs Boss fights working in God of War.
Baldur vs Sigrun fight turned out pretty epic!
Grenade evasion in FPS AI shows how complex threat response can be.
F.E.A.R. AI escapes the blast radius by diving through window frames, and Half-Life 2 Combine AI uses spatial awareness to point out live explosives before retreating.
Two great examples of organic AI behavior.
MW2 (2009) vs MWII (2022) AI side by side.
2009 NPCs rely on pure speed and raw pressure. 2022 NPCs add tactical sandbox utility using smoke to break line of sight, snapshot grenades to reveal enemies, and thermite area denial.
Cool seeing how NPC logic evolved over 13 years.
Helldivers 2 adding specialized SEAF Troopers changes squad dynamics completely.
Medics prioritize wounded AI and seek out damaged Helldivers to heal, while Squad Leaders direct frontline infantry.
It turns standard spawn waves into a genuinely responsive fireteam.
The MW2022 beta had AI soldiers that could revive each other mid-fight without any player input.
DMZ pushed it further — AI calling in killstreaks, holding positions, coordinating under pressure.
No other extraction game has come close to that level of NPC systemic behavior. If DMZ 2.0 builds on that foundation instead of stripping it back, it could be something genuinely different.
The Advanced AI in Modern Warfare II rarely gets the appreciation it deserves for its tactical depth.
Instead of relying entirely on rigidly scripted events, the AI actively assesses threats, prioritizes room-clearing, and organically pushes the frontline.
When two AI groups fight each other, the engine generates a completely unscripted, chaotic firefight that feels incredibly real.
The squad tactics here are brilliant.
NPC Universe✨ retweeted
Modern squad mechanics usually rely on rigid command wheels.
Ubisoft recently shared an R&D project replacing static menus with natural language processing.
The player speaks directly to the NPCs to coordinate tactical positioning and the AI interprets the intent based on the environment. (1/3)
Modern squad mechanics usually rely on rigid command wheels.
Ubisoft recently shared an R&D project replacing static menus with natural language processing.
The player speaks directly to the NPCs to coordinate tactical positioning and the AI interprets the intent based on the environment. (1/3)
The primary hurdle for this technology is latency.
If an NPC takes three seconds to process a flank command, the tactical advantage is lost.
The engineering team had to optimize the speech-to-text and generation pipeline down to 1.5 seconds to maintain combat pacing. (3/3)
The implications of this technology for emergent gameplay are massive.
While fully systemic, unscripted AI battles (like classic Halo) remain the gold standard, integrating real-time language models could completely redefine how we command squads in the sandbox.
You can watch the full technical breakdown from the Ubisoft R&D team at GTC here: youtu.be/y6uBzRpqT3w?si=oj4o…
Running an endless simulation on High Noon reveals how adaptable the old combat systems are.
A community creator managed to script dynamic dropships and custom weapons into a continuous loop.
Because the engagement distances are so short, you get a really clear look at how different Covenant ranks prioritize targets under heavy fire.
It's that time of the year to remember this epic clip.
We are not watching this enough... Repost so everyone can see this badass Marine!
Pitting grunt mules against grunt ultras is genuinely one of the most interesting experiments you can run in Halo Infinite.
The mule has zero business being in a frontline fight. it keeps trying to hand out weapons while getting absolutely destroyed by a unit that was built purely to absorb and return damage.
The voice lines alone tell you everything about how the engine reads the pressure difference between these two.
Pitting the Warthog against the Prowler is a great test of continuous fire versus heavy burst damage.
The Warthog relies on keeping its distance to keep the chain gun locked on target.
The Prowler AI counters this by using its heavy chassis to close the gap and ram the target, making large-scale engagements incredibly destructive for the UNSC.
Something interesting happens to Marine pathing when they are forced to engage the Flood.
Standard infantry logic is built around tactical shootouts. But since the parasite relies on swarming and reanimating fallen units, the Marines have to constantly recalculate their threat priority on the fly.
They end up abandoning their organized defensive positions just to survive the sheer volume of enemies pushing the line.
Putting Marines against Brute Berserkers tests the engine's ability to handle extreme gap-closing speed.
Marines rely on holding a static firing line to suppress their targets.
Berserkers are programmed to completely ignore incoming fire and rush the perimeter.
The AI has to calculate rapid repositioning to avoid getting completely wiped out by the physical impact.

