Interactivethe interface, live · not a screenshot

aikonic · clarity Search processes, sensors, drives… Ctrl+K Mini-mode
Active.
The system is working through a busy moment. Nothing alarming. 34 reading
Hardware · Last 1 h 5m 1h 24h 7d 30d 90d 1y
history · Control
CPU37%
Memory82%
GPU39%
3600 samples · 1s cadence
CPU detail
Load
37%
4.7 GHz · 63°C
Temperature
63°C
limit unknown
Frequency
4,700 MHz
Package Power
74 W
Top CPU processes
  • firefox.exepid 65683.2%
  • dwm.exepid 12881.1%
  • explorer.exepid 20440.6%
  • steam.exepid 51200.4%
  • aikonic.exepid 41120.2%
Load
39%
52°C · 96 W
Temperature
52°C
VRAM
3,277 MB
of 8,192 MB
Power
96 W
Top GPU processes
  • dwm.exepid 12884.1%
  • firefox.exepid 65682.3%
Load
82%
Used
26,744 MB
of 32,701 MB
Pressure
86%
Swap
2,458 MB
Top memory processes
  • firefox.exepid 65681.6 GB
  • code.exepid 7788842 MB
  • steam.exepid 5120512 MB
  • dwm.exepid 1288246 MB
  • aikonic.exepid 411262 MB
Load
C:4%D:1%
active time, per disk
Throughput
12.4 MB/s
Queue
0.1
Drives
  • C:\
    591 GB / 931 GB
  • D:\
    764 GB / 1.8 TB
Download
124 KB/s
Upload
48 KB/s
Peak ↓
0.8 MB/s
recent window
Peak ↑
0.1 MB/s
recent window
Trend
32 samples · 1s cadence
Machine
DESKTOP-J4K2
native
Operating system
Windows 11 Home
build 26200
Last boot
Fri 23 Oct, 15:14
Process count
200
Processes
Filter by name or PID…
ProcessPIDCPU ↓MemoryGPUI/O
firefox.exe 6568 3.2% 306 MB 1.8% 312 KB/s ⋯
aikonic.exe 4112 0.2% 48 MB 0.1% 2 KB/s ⋯
Sensors · Live
CPU
CPU Usage37%
CPU Temperature63°C
CPU Cores16
CPU Clock4,700 MHz
CPU Power74 W
System specs
CPU
AMD Ryzen 7 5800X
Cores / Threads
8 cores / 16 threads
Default Clock
3.80 GHz
Current Clock
4.70 GHz
Socket
AM4
L3 Cache
32 MB
GPU
NVIDIA GeForce RTX 3070
Manufacturer
NVIDIA
VRAM
8 GB
Driver
31.0.15.5222
Motherboard
Gigabyte Technology Co., Ltd. · X570 AORUS ELITE
BIOS Version
F37
BIOS Release
12 May 2023
Memory
Corsair · CMK32GX4M2E3200C16
Capacity
16 GB
Speed
3200 MT/s (standard speed 2133 MT/s)
Slot
DIMM_A2
Corsair · CMK32GX4M2E3200C16
Capacity
16 GB
Speed
3200 MT/s (standard speed 2133 MT/s)
Slot
DIMM_B2
Storage
Samsung SSD 980 PRO 1TB
Capacity
932 GB
Media
SSD
Interface
NVMe
Operating system
Microsoft Windows 11 Home
Version
10.0.26200
Build
26200
Architecture
64-bit
Sensors
Every reading, by device
Minimum, maximum and average cover the readings taken since 14:20, while Aikonic's window or Mini mode was open. Kept in memory only, they start again when Aikonic restarts or its metric history is cleared in Settings.
Search by name, device or source DeviceAll devices StatusAny status
CPUAMD58 readings
ReadingStatusNowMinimumMaximumAverageSource
Temperatures
Core (Tctl/Tdie)Live63°C48°C74°C61°CSensor service
Load and usage
CPU UsageLive37%8%62%31%Windows
CPU TotalLive36%7%61%30%Sensor service
Clocks
CPU ClockLive4,700 MHz3,550 MHz4,850 MHz4,610 MHzWindows performance counters
Power
PackageLive74 W42 W110 W71 WSensor service
GPUNVIDIA GeForce RTX 307041 readings
FansLive
Fan #1 · CPU cooler · board
1,182rpm
last minute
Fan #2 · board
811rpm
last minute
Fan #3 · board
796rpm
last minute
GPU Fan · NVIDIA GeForce RTX 3070
stopped
last minute
Aikonic can drive the fans on this board after a short Find my fans run. Curves and fixed speeds are part of Control. 2 headers without a fan · Show
Tools
System verification Include load tests (~2 min) Clear results Run verification
Last run 25/10/2026, 20:12:41 · v1.1.34 · Windows build 26200 · AMD Ryzen 7 5800X · NVIDIA GeForce RTX 3070
15 pass 1 warn 0 fail 1 n/a
Sensor service pipe · PassConnected, authenticated, and read a snapshot: connect 2 ms · handshake 3 ms · snapshot 6 ms
Storage SMART · WarnSMART read path works (2 of 2 drives readable), but 1 drive(s) report wear or errors: a drive condition, not an install fault; see detail
CPU boost residency
Loads every core for about 30 seconds and reads the clock your CPU sustains under load, plus the peak it reaches. Compute-only: nothing is written. Residency against the chip’s rated turbo ceiling arrives in a later update.
Sustained 4380 MHz under all-core load, peaked 4650 MHz; rated boost clock unavailable
Rated boost
n/a
Peak
4650 MHz
Sustained
4380 MHz
Residency
n/a
Run boost test
Memory running at spec
Reads what the board reports about each memory module and checks the three things that quietly cost you memory performance: running speed vs the kit’s rating, multi-channel interleave, and a matched kit. A reading, not a benchmark.
Running at spec: 32 GB DDR4-3200
Rated speedConfigured 3200 of the 3200 MT/s marked on the part number
Channel config2-channel, 2 modules interleaved
Kit matchAll 2 modules share one spec
Check memory
Storage SMART health
Reads each drive’s own SMART / NVMe health (wear, power-on hours, and reallocated sectors) and tells you whether to back up. Read-only; nothing is written to any drive.
1 of 2 drives need attention: back up soon
Samsung SSD 980 PRO 1TB · NVME4% wear · 8,412 power-on hours · 0 data integrity errors · healthy
ST2000DM008-2FR102 · SATABack up soon: 21,904 power-on hours · 3 reallocated sectors
Check drives
Battery health
Compares the current full-charge capacity against the battery’s design capacity: how much of the original capacity is left. A desktop with no battery is reported as such, not an error.
No battery present: desktop system
Check battery
Settings
Refresh rate
How often Aikonic asks the sensor service for its latest reading. The service takes its readings once a second on its own clock; slower settings are lighter on the CPU.
1 sEvery reading as it lands
2 sBalanced (default)
5 sBattery-saver / background
At 1 s, Aikonic asks for the latest reading about 60 times a minute, roughly 3,600 across the one-hour live view. The sensor service takes its readings once a second on its own clock; asking more often shows a new reading sooner, asking less often is lighter on the CPU. A reading is only ever recorded once, however often it is asked for.
Your choice applies immediately and is remembered across launches.
Appearance
Theme, Mini Mode, the accent colour, and whether Aikonic remembers your GPU adapter choice.
LightWarm paper
DarkWarm charcoal
SystemFollows Windows
Mini Mode
Open a small always-on-top companion window with live metrics; it sits on a second monitor while the dashboard runs here.
Close button hides to tray
Closing the window keeps Aikonic running in the tray by the clock, with live readings a hover away; quit from the tray menu. Off makes the close button quit outright.
Temperatures in the tray
Shows CPU and GPU temperature as their own icons beside the Aikonic mark, tinted amber or red when a reading is elevated. A reading that is unavailable shows a dash rather than a number.
Remember GPU adapter selection
Keep the dGPU/iGPU toggle position across launches. Off keeps it per-session.
Accent recolours the accent only; status colours are reserved. Pick a preset, paste a hex code, or leave it on the default ember.
Custom hex#e8500a
StatusLive · polling 1s · native ScopeDESKTOP-J4K2 Metrics34 Footprint0.2% · 47.5 MB v1.1.34

Explore it. The rail changes pages; any vitals card opens its detail. Each page follows the free app's own wording and layout.live study · simulated data

Clarity · free

Clarity, the free live monitor.

Clarity is free. It is not a trial and it never asks you to upgrade. It shows live readings from the sensors your machine exposes and keeps the last hour in memory. Control adds history that survives restarts.

Download for Windows See Control Free to download. No account required.

By design

What's deliberate.

  • History lives in memory. Clarity keeps a rolling hour of history in memory. Close the app and that history is gone: none of it is written to disk. Only your preferences and a cached last snapshot persist, so the dashboard paints instantly next launch.
  • Read-only fans. Live RPM for every fan that reports a real tachometer: desktop headers through the motherboard sensor chip, ASUS laptops through the vendor firmware interface. Other laptops expose no tachometer at all, and Clarity says so rather than showing a blank. Monitoring only; fan control arrives in a later release.
  • Every gap has a reason. Every absent value carries its reason, on the free tier too.

Features

What's inside.

Live readings

CPU usage and per-core load, memory and page file, per-drive storage, network throughput, GPU identity and usage, plus a sortable process list you can end or reprioritise. Package power and CPU die temperature read through Aikonic’s own signed driver; what it does not cover reads as unavailable.

Sensor sources

Every value names the sensor and provider behind it. A reading taken from a fallback sensor is marked with a ~ and says why, so a die temperature and a board zone are never presented as the same thing. Crashes, unexpected shutdowns and hardware errors show on a card, read from the records Windows itself keeps.

Tools that measure

Storage SMART health, battery wear on laptops, a display dead-pixel test, and CPU boost-residency and memory-at-spec checks read from real hardware.

System specs

An accurate inventory (VRAM, media and bus types, CPU code-name) plus a read-only view of startup apps.

Interface

Light and dark themes, Mini Mode, command palette (Ctrl+K), keyboard shortcuts, quiet error states with a technical-detail drawer.

Verification

A built-in system verification smoke-test with an exportable JSON report, so you can confirm your install reads what it claims.

Principles

Measurement integrity.

Every value on a Clarity screen was read from a sensor. Where a value cannot be read, Clarity renders the gap with the reason instead of an estimate. The full argument, and the accuracy bar behind it, live on the principles page.

CPU package temp, before our driver

Unavailable

Before Aikonic 1.1 this value read as unavailable, because the kernel driver path most tools rely on is blocked on modern Windows. Aikonic now ships its own signed driver that reads the die directly. Why the temperature went missing.

verdict: unavailable · reason: kernel driver blocked by OS policy

Questions

Things people usually ask.

What does Clarity do?

Clarity reads the sensors your machine exposes and shows them in real time: CPU and GPU load, live clock speeds, memory, storage, network and fan speeds on one calm screen. Package power and CPU die temperature read through Aikonic’s own signed, Microsoft-attested driver, which ships with the app; readings the driver does not cover are shown as unavailable rather than estimated. It is free, with no account and no telemetry.

What's the difference between Clarity and Control?

Clarity is the free real-time monitor: live readings and the last hour of history in memory, fresh each session. Control is a one-time purchase that adds persistent local history (24H, 7D, 30D) that survives restarts, and insights with the readings behind them. Control is not on sale yet: Clarity is out now, and Control arrives once its checkout opens later this year.

Why not just use the tool that came with my motherboard?

You can. Most vendor tools work. They just tend to bring installers, accounts and update services along for the ride. Clarity does the monitoring well and stops there.

Does it phone home?

Two connections, both narrow, and neither carries anything about you. A licence check on first launch sends a non-reversible install fingerprint, the product identifier and the app's version; Clarity makes no further call after that. An update check asks aikonic.app for a small version file carrying only the app's version number, and Aikonic never downloads or installs an update on its own: it shows a banner, and installs only when you choose to. No telemetry, no analytics, no account. The full list, including a heartbeat fault fixed in 1.1.34, is on the security and privacy pages.

Why might my CPU temperature show as unavailable?

On Windows 11 24H2 and later, the kernel driver path most monitoring tools historically used is blocked by operating-system policy, which is why so many tools show temperature as unavailable, or guess. Since Aikonic 1.1, our own signed, Microsoft-attested driver reads CPU die temperature directly. Anything that still cannot be read on your particular hardware shows as unavailable, with the reason.

Which hardware is supported?

The two machines we build and test on: an Intel desktop (a Core i9-9900K on a Gigabyte Z390 board, with NVIDIA graphics) and an AMD desktop (a Ryzen 5 5500 on a Gigabyte B550M board, with AMD graphics), on Windows 11. On other hardware Aikonic reads what the LibreHardwareMonitor library can read there, and shows what it cannot as unavailable, with the reason. Intel systems come first in our testing, AMD second.

Will there be a Linux or macOS version?

Not at launch. Windows sensor APIs are the bulk of the work; porting elsewhere would mean rewriting that layer. Maybe later.

Download

Download Clarity.

Free, no account, no telemetry. Windows 10 or 11, 64-bit. Signed installer, published checksum.

Download for Windows Verify our claims Free · no account required · signed by Hancock Technologies