Remote PC Optimization Service for Competitive Gaming
- PC Optimization for Gaming | Reduce Input Lag | Boost FPS - UltimateMove
Advanced PC Optimization Service | REMOTE SERVICE | UltimateMove
400,00 zł 90 minutes Book - PC Optimization for Gaming | Reduce Input Lag | Boost FPS - UltimateMove
Gaming PC Troubleshooting | Remote Service | UltimateMove
150,00 zł 60 minutes Book - PC Optimization for Gaming | Reduce Input Lag | Boost FPS - UltimateMove
Windows 11 Gaming Optimization | REMOTE SERVICE | MustHave for E-sports | UltimateMove
200,00 zł 60 minutes Book
PC Optimization Service
Get the most FPS and minimal input lag out of your PC without random tweaks from YouTube or TikTok.
More FPS, stable 1% lows and lower input lag - measured before and after, on your own games. No magic .exe, no random YouTube tweaks. A technician goes through your entire chain live: BIOS, Windows, drivers, memory, network.
Backup-first & fully reversible · Anti-cheat safe (no game files touched) · Results benchmarked live on your PC · Remote - you watch everything
Your PC is quietly leaving performance on the table
Most gaming computers - including brand-new, expensive systems - never reach their full potential. Not because the hardware is bad, but because no one has configured the chain of events between a mouse click and the monitor. Here are a few examples that independent tests consistently confirm:
Windows security features tax your FPS Windows 11 ships (and silently re-enables after updates) Virtualization-Based Security and Memory Integrity. Independent testing across 15 games measured an average framerate hit of roughly 5% at 1080p, with worst cases around 11%, and Tom's Hardware recorded penalties as high as 15% - even on an RTX 4090. Useful protection for an office laptop; a pure handicap on a tournament rig. We decide together what stays on, based on how you use your PC.
Your RAM is probably running below the speed you paid for Out of the box, memory runs at slow JEDEC defaults, not the speed printed on the box. And it's sneaky: average FPS can look fine while frametime consistency quietly suffers. igor'sLAB's DDR5 scaling tests show what proper memory configuration and tuning are worth - up to +12% in 1% lows on Arrow Lake and +7% in 1% lows even on a 9800X3D, a CPU whose giant cache normally hides memory differences. 1% lows are exactly the stutters you feel in teamfights.
High FPS doesn't mean low input lag Input lag is a chain: mouse → USB polling → OS scheduling → render queue → GPU → display. An FPS counter only sees the middle of it. Photodetector (click-to-photon) measurements show how much is on the table: TechSpot measured total system latency dropping from ~104 ms to under 50 ms in a GPU-bound scenario just from proper render-queue configuration (NVIDIA Reflex), and NVIDIA's own THE FINALS testing shows 56 → 27 → 14 ms as latency features are enabled and configured correctly. Configuration - not new hardware - is where most of those milliseconds live.
None of the numbers above are ours - they're independent published tests, linked in the sources. We put them here for one reason: to show that optimization is measurable engineering, not placebo. And measurable is exactly how we work.
Your computer has potential you don't yet see in games.
Ultimate Optimization (like Basic) is a handcrafted software and hardware configuration for your PC that:
- eliminates stuttering (if it results from the configuration rather than the game engine or physical hardware limitations),
- improves FPS stability and 1% lows,
- reduces latency/input lag,
- sets up a network under stable hitregs, not just “low ping on paper,”
- makes the mouse and the whole feel of the game finally predictable.
This is not just another “magic optimizer.EXE ” – it is a personalized optimization of your system.
Our Clients Results
How the remote optimization works, step by step
- Step 1 (optional) - Get a free scan - available on Discord, no strings attached; at least you’ll know something – the tool is still being developed but has its limitations, so it’s not a 100% accurate diagnostic tool.
- Step 2 - Baseline benchmark on YOUR games At the start of the session we measure your current state: average FPS, 1% and 0.1% lows, frametime consistency - in the games you actually play, on the settings you actually use. This is the "before" that everything gets compared against. No synthetic-benchmark theater.
- Step 3 - Backup and restore point Before we touch anything, we create a full backup and system restore point. Every change we make is documented and reversible. This is non-negotiable and included in every package.
- Step 4 - The optimization session (60–90 min, you watch live) You connect with a technician over a remote session and watch every step on your own screen. Depending on the package, we work through the entire chain:
- BIOS/UEFI - memory profiles and timings, power settings, disabling features that cost FPS and add latency, PCIe link verification (yes, GPUs really do end up in the wrong slot or wrong bandwidth mode).
- Windows - debloat done surgically, background services, scheduler and power plan, timer behavior, security features weighed case-by-case (see the VBS chart above), driver cleanup and correct NVIDIA/AMD panel configuration.
- Memory - enabling and stabilizing the profile you paid for; on Ultimate, manual tuning beyond the profile where the silicon allows.
- Overclocking (Ultimate) - CPU/GPU/RAM within safe, tested limits, with stability testing before we call it done.
- Network system and adapter settings tuned for stable hit registration and consistent ping, not just a pretty number in the corner.
- Mouse & input polling, DPI/sensitivity sanity check, removing the OS-level factors that make aim feel "floaty" on some days.
- Step 5 - The "after" benchmark, side by side Same games, same settings, same scenes. You see the before/after numbers yourself, live, before the session ends. That's the whole point of steps 2 and 5: you never have to take our word for anything.
- Step 6 - Final Step + Six Months of Post-Service Support – During the session (throughout our call), you can ask why something was changed and what the benefit is; you’ll also receive tips on how to maintain this state (Windows updates tend to roll back beneficial changes - see: VBS automatically re-enabling itself). If anything seems off after we’re done, contact us on Discord, and we’ll help!
What does this look like using the most comprehensive package as an example?
Using the example of “ULTIMATE Optimization”
During the session, we go through the entire chain, from the BIOS to the network, in various orders depending on the situation:
- Overclocking (OC) CPU, GPU, RAM – safely increase clock speeds and settings to exploit the true potential of your hardware.
- BIOS/UEFI settings – we disable unnecessary features, improve timing, enable/disable options that have a real impact on FPS and input lag.
- PCI-E line configuration/verification – we make sure that the graphics card is working in the correct slot and bandwidth, and is not being “stifled” by incorrect configuration.
- Windows and driver optimization – We remove junk files, background processes, and incorrect settings from Nvidia/AMD panels that cause stuttering.
- Improvement of 1% lows and overall FPS – We aim not only for “nice numbers on the overlay,” but also for stability, no drops, and no micro-stutters.
- Network optimization – router, network card, and system settings so that you have stable ping and the best possible hitreg (especially in ranked games).
- Better mouse feel – tuning for sensitivity, DPI, polling rate, and system settings so that movement is repeatable rather than “floating” and random.
From the start, we do Backup and test System stability, so you can always go back if necessary – the entire process is designed as Safe and Reversible.
Case Study:
CS2 - An incredibly poorly optimized game
Performance on a top-of-the-line PC 2025
Performance at UltimateMove PC:
How is that possible!? What does KaRzye have in his computer?
Same settings. Same resolution (as the timestamp on the video). I'll hurry with my answer:
CPU – Ryzen 7 9800X3D
32 GB RAM 6400 Mhz CL34
And a GPU that is about three times weaker – Radeon 6800 XT 16Gb
+ Optymalizacja ULTIMATE
This means an average of 2-3 times less energy consumption with significantly higher FPS.
It really stirs up extreme emotions, doesn't it? Just to remind you, the RTX 5090 costs around 2780 $
The cost of the RX 6800 XT is around 547-355 $
*The situation is, of course, most likely impossible in games that are GPU bound only.
*Questions? Check - FAQ
Claim Your Performance!
Choose The Right Package
- Every package is a live, personalized session with a technician - never a script, never automated.
- Windows 11 Optimization for Gaming – $60 / 60 min Essential tweaks for esports. Windows system, drivers, graphics card settings, background processes, Everything advanced like ISRs/DPCs, Affinity etc. and the basics of input device configuration. The best solution if: you have decent hardware, but your system has never been properly configured.
- Troubleshooting Gaming PC Issues – $50 / 60 min Something isn't right and you want to figure out what it is: stuttering, FPS drops, crashes, or sudden input lag after an update. A diagnostic session focuses on identifying and resolving a specific issue.
- Ultimate Optimization – $120 / 90 min Full system optimization, from BIOS to networking: everything that Windows 11 gaming optimization has to offer, plus BIOS/UEFI configuration, safe CPU/GPU/RAM overclocking, memory tuning, PCIe verification, network optimization for stable hitreg, and comprehensive before-and-after benchmarking. Ideal if: you compete in gaming or simply want to get the most out of your hardware.
Not sure which option is right for you? Run the free scanner - or chat with us - info@ultimatemove.eu
Once you run the scanner, you'll be on Discord anyway - we're there - so say hi!
"Trust me bro" is not a benchmark
Every session is scored on numbers, not vibes. Depending on package and hardware we measure and show you:
- Average FPS and, more importantly, 1% and 0.1% lows - the difference between smooth and stuttery Frametime consistency - because 200 average FPS with spikes feels worse than a stable 144
- DPC/ISR latency - the driver-level delays behind micro-stutter and audio crackle
- Input signal responsiveness - (this is actually the first thing customers notice), but unfortunately, we can't measure it remotely.
- Network stability - jitter and consistency that decide whether your shots register
If a number can't be improved on your hardware, we tell you that too - and what upgrade would actually move it, in order of value. (Sometimes the honest answer is "your GPU is the wall" - and it's better to hear that than pay for placebo.)
Safe, reversible, anti-cheat clean
- Backups come first, always. Create a system restore point before making any changes.
- No modifications to sensitive game files (unless it's possible), no code injection, no kernel hacks. We configure your system and hardware - we never touch the game code or memory. Nothing we do causes issues with VAC, Vanguard, Ricochet, FACEIT, or ESEA.
- Overclocking within tested limits. Tested for stability before delivery; we don’t chase benchmark clock speeds that cause the system to crash during the third game - you can do it yourself - we’ll provide you with instructions.
- You watch everything. - It's a live remote session on your screen. You can interrupt, ask, or end it at any moment.
- We don't look at your private files. – We only look at what we need for our work.
Optimized for the games you grind
Different engines bottleneck differently, and we've done the homework per title:
CS2 - extremely sensitive to CPU and memory; an example of a problem with 1% frame rate drops. [Read: our CS2 settings guide →]
Deadlock - Source 2 is currently in active development, and performance varies from patch to patch. [Read: Deadlock FPS configuration guide →]
Valorant on UE5 - it already runs fast; what matters here are input latency, desynchronization, and packet synchronization. [Read: Desynchronization and Packet Rate in Valorant →]
Fortnite / Warzone / Apex - mixed CPU/GPU load, big gains from render-queue and memory work.
Escape from Tarkov - the 1% lows nightmare; memory tuning and background-process work shine here.
