Apex Legends Cheats — Aimbot, ESP, Wallhack & DMA Hacks

Undetected Hacks for APEX : Breach. Updated within hours of every patch. Aimbot, ESP, triggerbot, radar, and DMA hardware

Apex Cheats That Match the Movement, the Meta, and the Millisecond Fights

Apex Legends is the most mechanically demanding battle royale on the market, and the skill ceiling keeps climbing faster than most players can follow. It doesn't just test your aim — it tests whether you can slide-jump a corner, wall-bounce off a building, land a Wingman headshot mid-air, and grapple to a new angle before your opponent finishes a reload. That's why Fortnite players, Rust veterans, and CS2 grinders all describe Apex as a different kind of hard. Our Apex Legends cheats close that gap with a full arsenal — aimbot, ESP, wallhack, triggerbot, radar, and external DMA hardware — tuned to the live weapon meta and updated within hours of every patch.

Whether you're grinding Platinum, pushing for Diamond, or surviving lobbies that play like mini-ALGS tournaments, these Apex Legends hacks turn information and reaction time into wins. ESP and radar erase the information gaps that cause bad rotations; aimbot and triggerbot tighten your fights when time-to-kill is measured in milliseconds; and for ranked grinders who want the strongest long-term detection profile, a two-PC DMA setup reads the game from outside the machine entirely. Everything below breaks down each feature, how Easy Anti-Cheat actually catches players, and how to configure every tool to stay inside the statistical ranges legitimate players occupy.

Apex Hacks for Controller, Mouse & Keyboard, and Console

The first thing to settle, because half the lobby gets it wrong: Apex already ships a form of legal aim help, but only on controller. Rotational aim assist slows your reticle and drags it slightly toward a target when an enemy moves inside the bubble — that's the "auto aim" people ask about, and on PC it sits around 0.4 magnetism while consoles run a stronger value. It is real, it is built in, and it is nowhere near an aimbot. RAA tracks one nearby body at close range and goes dead the instant the enemy breaks the radius or you fight past ten meters; it does nothing for a Wingman flick across Skyhook or a 30-meter Flatline beam down a Broken Moon gondola line. So when a roller player asks whether they even need Apex hacks because they already have aim assist, the honest answer is that aim assist closes maybe a tenth of the gap a mouse player owns — an actual aimbot is what closes the rest, and our build layers on top of RAA rather than fighting it. The same toolset adapts to your input instead of assuming everyone's on a mouse. On mouse & keyboard you run a tighter FOV and lean on smoothing, because your raw precision is already there and the only thing you're buying is a guaranteed lock the half-second a target peeks a Fragment doorway. On controller you can open the FOV wider and lower smoothing slightly, because the stick's natural sluggishness already disguises the assisted motion — the cheat's pull blends into the deadzone curve a kill-cam viewer expects from a pad.

Console is its own conversation, and this is where the marketing on most sites quietly lies to PS5, PS4, Xbox One, and Xbox Series X players. A PlayStation or Xbox is a locked box — you cannot inject a process, run an overlay, or flash a driver onto a platform that won't let unsigned code near the system, which means a software aimbot or ESP that loads on a gaming PC simply has nowhere to live on a console. Anyone selling you a downloadable "Apex aimbot for PS5" that installs on the console itself is selling you a ban or a scam. The path that genuinely works on console is the same external hardware covered in the DMA section: you feed the console's video out into a capture setup, render ESP and radar on a second screen the box never sees, and route assisted input back through a KMBox or fuser so the console reads it as an ordinary controller. To Apex it looks like a player on a pad with good gamesense — nothing runs on the machine because nothing can. That's the trade for console: no cheap software tier, a higher hardware buy-in, but a detection profile that sidesteps the whole software-scanning layer because there's no software to scan. Whatever input you're on, the account-safety thresholds don't move — a controller player still has to keep that headshot rate inside the 25–35% band ALGS pros live in, because RAA-shaped numbers and aimbot-shaped numbers read very differently to the behavioral models even when the gun in your hands is the same.

Apex Legends Aimbot — Configured for the Current Weapon Meta

The live weapon meta has shifted hard toward close-quarters combat. The EVA-8 got Double Tap Trigger back, producing devastating burst damage at close range. The Mastiff received the Dual Shell hop-up for faster reloads. The Peacekeeper now accepts Disruptor Rounds, which shred shields before pellet damage kicks in. Meanwhile, marksman rifles got nerfed across the board — the G7 Scout, once one of the most popular weapons by kills, moved to the Care Package. The Bocek Bow, 30-30 Repeater, and Triple Take all received damage or handling reductions. Shotguns and pistols are the stars of the current meta, and your Apex Legends aimbot configuration needs to match.

FOV (Field of View) settings determine how large a detection cone the aimbot scans for targets. For shotgun fights — which now dominate building engagements thanks to Hardlight Mesh breaching — a wide FOV between 120 and 180 degrees ensures the lock catches targets even when they appear suddenly from destroyed windows or flanking angles. For the R-301 or Flatline at mid-range, a tighter FOV between 60 and 90 degrees prevents the aimbot from pulling toward unintended targets in multi-squad fights. Smoothing controls the speed of crosshair movement toward the target. High smoothing values produce gradual, human-looking aim transitions — critical for Apex, where spectators and kill-cam viewers can watch your crosshair movement in real time.

Bone targeting varies by weapon and engagement type. Headshot targeting maximizes damage per shot with the Wingman and Peacekeeper, where a single well-placed shot can deal over 100 damage. Body targeting with the R-99 and Flatline produces more consistent damage output during spray fights where head hitboxes bounce rapidly due to Apex's movement speed. Prediction systems compensate for the projectile travel time that most Apex weapons have — unlike hitscan-heavy games like Counter-Strike 2, nearly every Apex weapon fires projectiles with travel time and bullet drop, meaning a stationary lock-on point isn't enough. The aimbot must predict where the target will be when the projectile arrives, and that calculation changes with distance, weapon type, and barrel attachment.

Apex Legends ESP & Wallhack — Map Awareness Across World's Edge, Broken Moon, and E-District

The current map rotation runs three maps: World's Edge, Broken Moon, and E-District. Each has distinct layouts that create different information problems. World's Edge is defined by Fragment East and West — the most contested landing zone in Apex history — where multi-story buildings, narrow ziplines, and tight corridors create chaotic multi-squad fights where knowing who's on which floor decides whether you survive. Skyhook and Lava Siphon offer longer sightlines but require awareness of teams rotating through choke points. Broken Moon features wide-open terrain connected by gondola systems, with POIs like Eternal Gardens and Production Yard creating predictable rotation paths. E-District was redesigned with a daytime skybox for improved visual clarity — dense urban environments with stacked buildings, neon signage, and multiple vertical levels.

Apex Legends ESP renders every enemy through walls, buildings, and terrain with configurable visual overlays. Box ESP draws rectangular outlines around enemy players, making them visible at any range through any surface. Skeleton ESP displays the exact bone structure and body posture — critical for knowing whether an enemy is crouching, healing, aiming down sights, or mid-slide. Health and shield bars show exact damage states, letting you prioritize cracked opponents for easy finishes over full-health squads. Distance tags calculate exact meters to every visible player, helping you decide engagement range. Weapon display shows what each enemy is carrying — essential information when you're deciding whether to push a team holding Peacekeepers at point blank versus a squad running Triple Takes at distance.

Loot and item ESP is especially relevant because of the current inventory changes. Knockdown shields have been removed from floor loot entirely — they now scale with your Evo level. White backpacks were also removed, with every player spawning with one. These changes simplify early looting, but the remaining loot pool means finding Evo shields, weapons, and attachments quickly is more competitive. Loot ESP highlights every item through walls and floors, letting you drop on the exact building that has the weapon you want. On World's Edge, this means knowing which building in Fragment has the purple shield before you land. On E-District, it means seeing the high-tier gear inside stacked buildings without clearing every floor. The store offers multiple products with different ESP configurations, from streamlined player-only overlays to comprehensive displays with item, health, weapon, and movement data.

Apex Legends Wallhack

An Apex Legends wallhack is the see-through-walls layer of ESP: every enemy outline, health bar, and weapon stays visible through buildings, terrain, and Hardlight panels, so you're never blind to a player holding an angle on the other side of a wall. Where box and skeleton ESP tell you posture and position, the wallhack guarantees you see the enemy before they can see you — the single biggest information edge in a game built around third-partying, vertical fights, and squads stacking floors inside a single Fragment building. It works identically on every map and through every surface, including the reinforced Hardlight a Controller legend rebuilds mid-fight.

Apex Legends Triggerbot — Frame-Perfect Timing as TTK Drops

In an earlier update, Time to Kill was deliberately reduced across the entire game. Helmets were removed from the loot pool and integrated into the Evo system, weapon damage was buffed across most categories, and the overall result is that fights resolve faster than at any point in Apex's history. The current meta accelerated this further by buffing shotguns and adding Hardlight Mesh — a mechanic that literally creates new peek windows where they didn't exist before. When you break a Hardlight panel, you have a brief window to fire through the gap before the enemy repositions or a Controller legend rebuilds it. That window might be 300 to 500 milliseconds. Miss it, and the Hardlight starts rebuilding.

An Apex Legends triggerbot fires automatically when your crosshair passes over an enemy hitbox. Unlike an aimbot, which moves your crosshair to the target, a triggerbot relies on your own aim placement but ensures the shot fires at the exact frame your crosshair touches the enemy. In the Hardlight Mesh meta, this is devastatingly effective. You peek through a breached window, your crosshair crosses an enemy's body, and the triggerbot fires the Peacekeeper before you could manually react. The reaction time advantage — typically 50 to 150 milliseconds over human reaction — doesn't sound like much until you realize that Apex fights at close range last roughly 1 to 2 seconds. Saving 100 milliseconds on every peek means getting one extra shot off, which in a game where shotguns can deal 100+ damage per shot, is often the difference between a knock and getting knocked.

Triggerbot delay settings add randomized millisecond pauses between crosshair contact and shot firing to prevent perfectly consistent reaction times that trigger statistical detection. A delay range of 30 to 80 milliseconds simulates fast human reaction while still being significantly quicker than the average player's 180 to 250 millisecond reaction time. The triggerbot also pairs naturally with recoil compensation: with a no recoil profile holding your spray pattern flat, the triggerbot ensures every burst starts at the exact moment the crosshair is on the hitbox, producing maximum damage efficiency. Check the status page for current feature availability and update timings across all products.

Apex Legends Radar — Real-Time Squad Tracking in 60-Player Lobbies

Apex Legends drops 60 players — 20 squads of three — into each match. By mid-game, surviving squads are rotating through predictable paths toward the next ring, and third-partying is the dominant strategy at every rank from Gold to Predator. Knowing where other squads are before they know where you are is the single most impactful piece of information in any Apex match. Sound design improvements — including split enemy and geo bullet impact audio — help somewhat, but audio only works at close range and can be masked by ability effects, ring damage, and gunfire from other fights.

The Apex Legends radar overlay displays all enemy positions on a real-time minimap, updated continuously. You see not just where enemies are, but which direction they're moving and at what speed — enough to predict rotation paths and third-party timing. On World's Edge, radar reveals squads rotating through Harvester before they appear at your building in Fragment. On Broken Moon, it shows teams taking gondolas between POIs, giving you time to set up an ambush at the destination. On E-District, where vertical layering creates complex three-dimensional positioning, radar flattens the information problem — you always know if a squad is above, below, or on your level.

In endgame circles — typically the last 3 to 5 squads in a shrinking ring — radar becomes decisive. ALGS professionals spend hundreds of hours studying final ring positions and rotation options. With radar, every player gets that information in real time. You know exactly which squads are alive, where they're positioned relative to the ring, and whether they're fighting each other or holding position. This lets you decide whether to push an ongoing fight for easy kills, hold position and let other squads eliminate each other, or rotate early to claim the strongest position for the final ring. The status page shows which products currently include radar functionality and their real-time operational status.

Apex DMA Cheats & Hacks — Reading the Game From Outside EAC

Easy Anti-Cheat runs at the kernel level, monitoring everything inside Windows — which is exactly why Apex DMA cheats are the hardest class of tool for it to see. A DMA setup reads the game's memory from outside the operating system entirely: a separate device on the PCIe bus pulls player positions, health, and loot straight out of memory, with zero code, overlay, or injected process on the machine running Apex. To EAC's kernel driver, the gaming PC looks completely clean. That's why Apex DMA hacks are the go-to for ranked grinders who want the strongest long-term detection profile against a kernel-level anti-cheat.

A standard DMA build uses two machines — the clean PC running Apex, and a second PC that processes the memory feed and renders ESP on its own screen — so the game PC shows nothing for anti-cheat to flag. It's worth being honest about the detection picture, though: DMA is not magically undetectable. EAC actively scans the PCIe bus for known DMA device signatures, so staying invisible is a firmware race, not a permanent free pass — a card running stock firmware gets caught, while properly configured custom firmware stays ahead by spoofing the device's identifiers. Treat DMA as the strongest available profile, not an absolute guarantee.

The hardware side — picking a card, flashing anti-cheat-safe custom firmware, and wiring a second-PC or fuser/KMBox input setup — is a deep topic of its own. Our DMA firmware guide covers the firmware layer that keeps a card invisible to EAC and the other kernel-level anti-cheats, including device compatibility and flashing steps for Apex-specific builds.

Apex Legends HWID Spoofer — Surviving a Hardware Ban

Apex's most aggressive enforcement layer is the HWID ban. When Easy Anti-Cheat flags an account, it builds a fingerprint from your machine's hardware and issues a hardware-level block — one that keeps that entire PC out of Apex even with a new account, a new email, and a different IP. The only ways past it are a full hardware swap or an Apex Legends HWID spoofer that rewrites the identifiers EAC reads before the game launches. For anyone running software-based cheats, a spoofer is the baseline safety layer: if an account ever gets flagged, it stops the ban from cascading onto your hardware and dragging future accounts down with it. Our HWID spoofer guide covers how spoofing works, what it resets, and how to pair it with a clean account. DMA users generally don't need one — reading the game from external hardware never trips the software-level detection that leads to HWID bans in the first place.

How Apex's Layered Anti-Cheat Actually Works

Apex Legends runs Easy Anti-Cheat at the kernel level, meaning EAC loads a driver before the game starts and monitors system memory, running processes, driver integrity, and file modifications in real time. But EAC alone isn't the full picture. Multiple proprietary detection layers sit on top of EAC and operate server-side, analyzing gameplay data across millions of matches to identify statistical anomalies. This layered approach — kernel-level client monitoring combined with server-side behavioral analytics — is what makes Apex's anti-cheat more complex than what most players assume. Compared to Valorant's Vanguard, which relies heavily on always-on kernel monitoring, Apex's system distributes detection across both client and server, making it harder to bypass with any single technique.

The numbers are staggering. Over 6 million accounts have been banned since launch, with an average exceeding 100,000 bans per month. In an earlier season, all Linux devices were banned from Apex entirely, producing an immediate drop in match infection rate. That decision was controversial — Linux represents only about 3% of Steam users — but the anti-cheat team's data showed that a disproportionate number of cheat tools were operating through Linux-based environments to avoid kernel-level detection. The anti-cheat now targets specific categories with its ban waves: automated detection systems handle known cheat signatures, a behavioral analysis system flags players based on gameplay indicators like impossible gamesense and anti-recoil patterns, and a dedicated teaming/botting detection model has reduced Reports Per User by 62% for teaming and 58% for botting year-over-year.

HWID (Hardware ID) bans represent the anti-cheat's most aggressive enforcement layer. When an account is flagged and banned, EAC creates a hardware fingerprint from the player's CPU, GPU, motherboard, storage drives, and network interfaces. If the system detects repeated violations from the same hardware — even with new accounts, new emails, and different IPs — it issues a hardware-level ban that blocks the entire machine from running Apex. The anti-cheat team has also expanded with 24/7 monitoring and dedicated staff in Asia-Pacific, where cheating activity has historically been most concentrated. The official roadmap explicitly names anti-cheat as a top priority, with ongoing updates to EAC client-integrity checks designed to detect manipulated game clients before cheaters even enter a match.

Five Scenarios Where the Right Tools Change the Outcome

Scenario 1 — Fragment Hot Drop, Three Squads on Your Building. You land Fragment East on World's Edge. Two other squads dropped on the same building. Without ESP, you're running blind through hallways listening for footsteps that blend with ability sounds and other squad fights. With player ESP, you see exactly how many enemies are on each floor, their health states, and what weapons they've found. You push the squad that landed poorly — one player still has a P2020 and another is unarmed. Meanwhile, radar shows the third squad is fighting across the street, giving you time to loot before the rotation.

Scenario 2 — Hardlight Mesh Breach on Broken Moon. Your squad approaches a building where a team has fortified with Catalyst's reinforced Hardlight windows. Without tools, you commit explosives and time to break the mesh, then enter blind. With ESP, you see exactly where all three defenders are positioned behind the Hardlight — one is healing behind the far wall, one is ADS aimed at the breach point, one is on the second floor. You break the Hardlight from an angle that avoids the ADS player, triggerbot lands the first Peacekeeper shot through the new opening, and your team pushes while the third player is still upstairs.

Scenario 3 — Ranked Endgame, Final Three Squads. Ring 5 closing on E-District. Three squads alive. You're in a building, but you don't know where the other two squads are. Radar shows one squad is 40 meters east, holding inside a stacked building. The other is 60 meters south, already fighting the ring. You hold position, let the southern squad take ring damage and rotate into the eastern squad's line of fire. They fight. You push the survivors. That sequence — reading positions, predicting rotations, timing your engagement — is exactly what ALGS teams practice for weeks. Radar delivers it instantly.

Scenario 4 — Third-Party Read on World's Edge. You hear gunfire at Harvester while rotating from Lava Siphon. Without information, pushing is a coinflip — the fight might be almost over with one squad cracked and easy to clean up, or both squads might be healthy and you're walking into a 3v3v3. Radar shows both squads' positions and ESP shows their health states. One squad is at full health, dominating the fight. The other has two players knocked. You rush the knocked squad for quick finishes, then use their deathboxes for heals before the healthy squad rotates to you.

Scenario 5 — Climbing Ranked Through Platinum. Platinum is where most Apex players stall. The lobbies contain a mix of legitimate Diamond-level players grinding back up and hardstuck Platinum players making desperate pushes. With aimbot configured conservatively — moderate smoothing, body targeting, 80-degree FOV — your gun skill matches the lobby. ESP removes information gaps that cause bad rotations. Radar prevents third-party ambushes. The result isn't rage-level domination; it's consistent top-5 finishes with positive kill participation, which is exactly the profile that climbs through Platinum without triggering behavioral detection flags.

Choosing the Right Product for Your Playstyle

BurgerCheats offers multiple products for Apex Legends, each designed for different use cases. Software-based solutions run on your gaming PC and provide the full feature set — aimbot, ESP, triggerbot, radar, and recoil control — through an overlay that renders on your main display. These are the most cost-effective option and offer the fastest configuration changes between features. The tradeoff is that any software running on the target machine exists within EAC's detection scope, which means ongoing updates are essential to stay ahead of detection waves.

DMA hardware solutions move all detection-relevant processing to an external device, eliminating software presence entirely on the gaming PC. The upfront cost is higher — the DMA hardware setup requires a compatible capture card and either a second monitor or a second PC. But the detection profile is fundamentally different because there's nothing for EAC to scan on the target system. For ranked grinders who plan to invest significant time in a single account, DMA provides the strongest long-term safety profile.

For aggressive players who want maximum impact — aimbot, triggerbot, and full ESP running simultaneously — a software product with daily status monitoring through the status page offers the best combination of power and convenience. For passive players who primarily want information advantages — radar positioning, player health data, and loot locations without aim assistance — a lightweight ESP-only configuration draws less attention from both spectators and behavioral detection systems. The store lists all available products with current feature matrices and compatibility information.

Staying Off the Kill-Cam Radar — Playing Numbers the Anti-Cheat Can't Flag

Here's the part nobody wants to hear after a 12-kill game: the signature scan was never your biggest threat. The anti-cheat's server-side layer is sitting in the bleachers of every match you've ever played, stacking your patterns across thousands of games, and it's hunting for performance that simply doesn't exist in nature. You can run a perfectly patched build and still get swept if your stat line reads like a robot wrote it. The players who survive months in ranked aren't the ones with the tightest aimbot — they're the ones who understand exactly where the legitimate-player envelope ends and play to live inside it.

Start with headshot percentage, because that's the metric the anti-cheat watches hardest. The best aimers on the planet — ALGS pros lasering you on the main stage — live somewhere between 20% and 30% depending on whether they favor the Wingman or hold an R-301. So when your account starts cracking heads above 35% on automatic weapons, you've walked yourself into a manual review queue, and a human is now watching your clips. Push past 45% and you don't even get the human — the system auto-flags you and moves on. The move is to set your bone targeting to mix head and chest instead of nailing skulls every spray, landing your overall headshot rate in the 25% to 35% pocket. That's high enough to win your fights and low enough that you look like a genuinely cracked player, not a math problem.

Then there's your K/D, and this is where impatience gets accounts deleted. If your history reads 1.2 and you log off one session sitting at 4.0, that jump gets logged the second it happens — nobody triples their lifetime K/D in an evening without help, and the system knows it. Climb the way a real player climbs instead: 1.2 to 1.5 over a week, then drift up to 1.8 over the next couple. That curve is indistinguishable from someone who finally figured out their movement and started winning fights, which is the entire story you want your account to tell. The same logic governs your accuracy across weapons. A player who hits 60% with the R-301, 60% with the Flatline, 60% with the Wingman, and 60% with the EVA-8 doesn't exist — a hipfired shotgun and a long-range Wingman peek produce wildly different numbers in real hands. Run a different aimbot preset per weapon so your stat sheet shows the organic spread of a human, not the dead-flat line of a script.

And don't sleep on the report button — those tickets feed straight into the behavioral models. Stack up three or more reports on one account inside 28 days and you've earned yourself elevated monitoring. The "Wallhacking/Impossible Gamesense" report option exists for exactly one reason: to catch ESP plays that make no sense without seeing through walls. So play with discipline. Don't pre-aim a Peacekeeper at a guy you can only "see" through a Fragment wall. Don't track a squad your character has no business knowing about. And when radar tells you to rotate, sell it — make the move look like you heard their footsteps or read the ring, not like a minimap whispered in your ear. Play loud enough to win, quiet enough that the squad spectating your kill-cam shrugs and queues up again instead of typing a report. And keep an HWID spoofer as your baseline safety layer underneath all of it — if an account ever does get flagged despite the discipline, the spoofer stops the ban from cascading down onto your hardware and dragging every future account with it.

Frequently Asked Questions

Are these tools compatible with the latest season?
Yes. All products are updated within hours of every patch — Every new season is supported from day one, with every tool operational at launch. The status page shows real-time update progress and current operational status for every product.

Does Hardlight Mesh affect ESP visibility?
No. ESP renders through all surfaces regardless of game state — Hardlight Mesh, standard walls, terrain, and structures are all transparent to the ESP overlay. You see every player and item through Hardlight the same way you see through any other surface.

What's the difference between software and DMA solutions?
Software runs on your gaming PC and provides the full feature set with an on-screen overlay. DMA uses external hardware to read game memory without any software on your system, making it invisible to kernel-level anti-cheat. Software is cheaper and easier to set up. DMA offers stronger long-term detection resistance at a higher price point.

Can I use these in Ranked without getting banned?
Yes, with proper configuration. Conservative aimbot settings (moderate smoothing, body targeting, narrow FOV), natural-looking ESP usage (don't pre-aim through walls), and gradual stat progression all reduce detection risk. The Account Safety section above covers specific thresholds.

Does the aimbot work with all weapons in the current loot pool?
Yes. The aimbot supports every weapon in the current loot pool, including the new hop-up configurations — EVA-8 with Double Tap, Mastiff with Dual Shell, and Peacekeeper with Disruptor Rounds. Prediction systems account for projectile speed and bullet drop per weapon type.

How fast are updates after a new patch?
Typically within hours for minor patches and within 24 hours for major seasonal updates. During update windows, the status page displays real-time progress. You receive automated notifications through the store dashboard when your product is back online.

Do I need an HWID spoofer?
Strongly recommended for all software users. Apex's anti-cheat issues HWID bans that persist across accounts and IP changes. An HWID spoofer prevents hardware-level bans from blocking your entire system. DMA users typically don't need a spoofer because the hardware approach doesn't trigger software-level detection.

What maps does ESP cover?
All maps in the current rotation — World's Edge, Broken Moon, and E-District — plus any map that enters rotation through future updates. ESP operates independently of map geometry and works identically across all environments, including the Firing Range and Wildcard modes.

Start Winning in the Apex Games

Apex Legends is still the most mechanically demanding battle royale in the world. The movement ceiling keeps rising, the weapon meta shifts every season, and Hardlight Mesh has added an entirely new dimension to building fights. Whether you're grinding through Platinum, pushing for Diamond, or trying to compete in lobbies that play like mini ALGS tournaments, the tools you need are available now — updated for the latest season, configured for the current weapon meta, and backed by 24/7 support.

Browse available products in the store, check real-time operational status on the status page, and start playing Apex the way it's meant to be played — with every advantage on your side.