random.flameit.io
checking Infinite Noise TRNG
RAMwaiting for stats
HDDwaiting for stats

PUBLIC HARDWARE ENTROPY ENDPOINT

Random bytes.
One URL.

Fresh, single-use random data from an Infinite Noise hardware TRNG, cryptographically conditioned by Keccak and delivered through a dedicated Go service.

source
Infinite Noise TRNG
transport
HTTPS
default
512 B / 4096 bit
proof
Ed25519 available
SERVICE 01

Conditioned byte stream

GET
bytes
4,096 bits
curl -fsS 'https://random.flameit.io/get/?bytes=512' -o entropy.bin

Binary response · application/octet-stream · Cache-Control: no-store

AUTHENTICATED TRNG DELIVERY

Elliptic-curve Ed25519 signatures

Download a signed JSON response or a streaming TAR bundle. The public verification key is available through HTTPS and DNS TXT; the complete OpenSSL workflow is documented separately.

SERVICE 02 · /password/

Passwords and tokens

Unbiased character selection driven by the same single-use Infinite Noise TRNG buffer. Generate credentials, PINs or machine tokens without placing the generated value in the request URL.

  • secure passwords up to 256 characters
  • memorable multi-word phrases
  • numeric PIN, hex and Base64URL tokens
  • JSON or plain-text API response
Character sets
— bits each

Choose options and click Generate.

SERVICE 03 · /dice/

Hardware dice

Roll between 1 and 12 six-sided dice. For d4, d8, d10, d12, d20, d100, mixed pools and advantage rolls, open the full RPG Dice service →

Only aggregate statistics are retained in browser localStorage.

Choose the number of dice and roll.

Local game statistics
Rounds
0
Dice rolled
0
Total pips
0
Average die
102030405060

SERVICE 04 · /img/

Random PNG images

Generate a solid random color or independent random pixels. PNG data is encoded row by row, without the GD extension.

×

2,073,600 pixels · maximum 16,777,216

Image preview

/img/?type=solid&width=1920&height=1080Download PNG

TECHNICAL REFERENCE

How the entropy service works

Read about Infinite Noise, Keccak conditioning, byte-to-bit conversion, signed delivery, DNS key discovery and tested Bash workflows.

Open documentation →

LIVE SERVICE STATUS · /health/

Service health

Live status of the Go server, Infinite Noise TRNG process and both entropy buffers.

checkingWaiting for the first update
Current Infinite Noise TRNG service health and statistics
Go service
Status
Server started
Current uptime
Lifetime uptime
Persistent statistics
Response signing
Infinite Noise TRNG source
Source process
Process started
Last random byte
Keccak multiplier
Process starts (total)
Bytes received from source
Last source error
Entropy buffers
Transfer block
Combined buffer
RAM buffer
HDD reserve
Bytes accepted into buffers
Bytes served to clients