Even after almost 2 months since its launch, VALORANT players are still uncovering fresh glitches with this agent.
In the history of VALORANT releases, Iso might be considered the most controversial agent. Since its debut, this character has caused quite a stir among gamers due to numerous serious glitches. Of particular note is the virtual shield mechanism from the E ability - Double Tap. When activated, Iso enters combat mode. During a short period, any enemies he eliminates or supports will drop an energy orb. Bursting the orb will provide a shield that completely blocks one instance of damage from any source.

However, it's from this very 'shield' that a host of issues have arisen, leading to Iso being repeatedly mentioned in recent game bugs. Previously, many players discovered that this agent's shield stats exceeded the norm, almost giving him more than 150 health. More recently, gamers even found that Iso's shield could block explosion damage from Spike. Clearly, this is unprecedented in VALORANT's history, making Iso a truly 'immortal' character.

Due to its short duration and the fact that not every round ends with Spike detonation, Iso's peculiar condition has only recently been noticed. Essentially, this mechanism doesn't significantly impact the outcome of the match since once Spike detonates, the result is already decided. Therefore, many gamers see this as a hidden mechanism exclusive to Iso. In reality, this situation is quite understandable because clearly, the developers have noted that the shield from Double Tap can block damage. However, many didn't expect that the ultimate damage from Spike would also fall under that description.

“He can block bombs too?”;
“Yet he still gets caught in Raz's ultimate...”;
“It actually makes sense...I just never thought about this scenario before”;...
Currently, Riot has not provided any response to this information. It's unclear if they plan to alter Iso's 'survival' mechanism in the future. However, it's certain that this unusual situation has made Iso the most unique agent to date.