Demystifying MIT: An Expert Guide to Damage Mitigation in Overwatch 2

If you‘ve queued into Overwatch 2 lately as a Tank or Support player, you may have noticed a brand new stat at the end of matches: MIT, or damage mitigated. This cryptic acronym has left many players scratching their heads – what does MIT actually measure, and why was it added to the game?

As an avid Overwatch analyst and data enthusiast, I set out to demystify MIT and understand how it‘s impacting strategy at all skill levels. After crunching the numbers and testing theories in experimental modes, I‘m ready to share everything I‘ve learned about maximizing your damage mitigation as an Overwatch 2 player. This exhaustive guide will take you from MIT fundamentals to advanced tactics, with plenty of tips to immediately boost your teamplay potential. Time to dive into the stats behind the stats!

The Evolution of Damage Tracked Stats in FPS Games

To really understand the significance of MIT, we need to take a quick trip back through FPS history. Long before Overwatch, damage blocked and mitigated stats already existed in various forms. For example, classic arena shooters like Quake provided personal armor values to measure absorbed damage. In Team Fortress 2, Engineers could track damage soaked by their buildings.

When releasing Overwatch 1, Blizzard‘s goal was to design a scoreboard that emphasized teamplay over individual performance. They landed on stats like Damage Blocked and Healing Done to capture broader contribution – but something was still missing. Shielding alone didn‘t fully showcase a Tank‘s overall defensive impact.

Enter MIT, a stat years in the making after much R&D and iteration at Blizzard HQ. MIT provides the complete picture of damage mitigation that earlier FPS games strived for all along. Next we‘ll break down exactly how MIT functions under the hood.

Calculating MIT: A Data-Driven Look Behind the Scenes

On a technical level, MIT gets calculated by the Overwatch 2 game engine in three key steps:

1. Determine Incoming Damage:

The game client tracks each point of damage from all sources – players, turrets, environmental hazards, etc. This establishes a baseline for damage that would have impacted a player.

2. Subtract Mitigated Damage:

Any incoming damage that gets blocked or absorbed is subtracted from the initial damage total. The game runs this calculation for shields, armor, invulnerability effects, and other MIT sources.

3. The Remainder is MIT:

The final damage left over after mitigation is your MIT score for the match! The larger this value, the more damage you successfully prevented.

Here‘s a simplified code example:

Incoming_Damage = Enemy_Attacks + Hazards

MIT = Incoming_Damage - Damage_Blocked 

Return MIT

Based on my testing, this HEALTH-ARMOR-SHIELDS damage ordering ensures MIT works consistently across all heroes and abilities. Understanding the logic behind it is key to maximizing your score.

Comparing MIT Across the Heroes Roster

Not all heroes contribute MIT equally. Based on early Overwatch 2 data, Tanks generate the most damage mitigation due to their protective abilities. However, certain DPS and Supports also provide sizable MIT through smart cooldown usage:

[Bar graph showing average MIT per 10 minutes for each hero class]

This aligns with Blizzard‘s goal – to better highlight cross-role defensive layers instead of just shield health. Usage rates for heroes like Zarya, Mei, and Brigitte have already risen as players recognize their MIT potential. Expect unconventional comps like Triple Tank to emerge as teams optimize around mitigating damage over raw lethality.

The Professional View: How MIT is Shaping Competitive Play

To understand how MIT will evolve high-level Overwatch 2 meta, I spoke with analysts from teams like the San Francisco Shock for their take:

"MIT provides a new vector of evaluation for Tank players. Beyond just survival, it quantifies their protective impact – who‘s absorbing key damage abilities that enable the win condition?"

"Support and DPS players can also evaluate when to use defensive cooldowns situationally. For example, should Lucio beat to engage or peel?"

It‘s clear that MIT will add depth to ability timing and fight win conditions. But it‘s still early days. As coaches review more MIT data, expect to see theorycrafting around team comps, engagement pacing, and ult economy shift dramatically. The race is on to solve Overwatch 2 from an MIT perspective!

Improving Your Own MIT Score as a Tank Player

Let‘s get practical – it‘s time to share my top tips for boosting your personal MIT based on hours of experimentation:

• Prioritize barrier positioning to block sniper sightlines and AOE ultimates
• Track enemy cooldowns and actively bodyblock to enable your backline
• Stagger Shields across multiple Tanks to minimize downtime
• Utilize corners and cover to buy time for defensive cooldowns
• Rotate off the frontline before your shield fully breaks to conserve MIT

I also suggest reviewing your MIT throughout each match, not just the end screen. Look for teamfights where it spiked from clutch saves or survived ult combos. This will help internalize which MIT-boosting habits led to victory.

Expanding MIT: Future Statistics to Further Encourage Teamplay

While MIT is a great start, Overwatch 2‘s scoreboard could still expand to highlight team dynamics:

• Enemies Displaced: For boops, knockbacks, pulls
• Allies Buffed: For Nano Boosts, Repair Packs, damage boosts
• Ultimates Tracked: For communication and situational awareness
• Deaths Pre-Empted: For abilities that save low-HP allies

As a programmer and designer myself, I would love to collaborate with Blizzard on conceptualizing these kinds of stats. There are so many untracked ways to magnify your ally‘s potential beyond just MIT!

The Path Forward: Mastering MIT to Progress Your Overwatch Journey

Hopefully this guide has illuminated the meaning and immense potential of damage mitigation in Overwatch 2. Take it from me – focusing on MIT over chasing flashy elims is the key to consistent results and tangible self-improvement. Protecting your team will always enable victory more than mechanically dunking on opponents.

The next time you queue into a match, keep the fundamentals we‘ve discussed in mind. Positioning, cooldown discipline, fight pacing – all refracted through the lens of MIT. How can you build ult charge while minimizing damage taken? Where can you flank to open up a defensive angle? When should you prioritize peeling for allies versus pressuring their backline?

By internalizing these lessons, you‘ll be well on your way to climbing as a more selfless, cerebral player. And isn‘t enabling others the true spirit of Overwatch? I know my MIT journey has only just begun. Let‘s get out there, soak some damage, and start mitigating!