True Random Numbers You Can Verify
Get physically unpredictable, pure and true randomness from self-altering-entropic-mixed, distributed hardware sources, gathered in a continuously streaming and hashed pool with full audit trails for Blockchain, nonces, tokenization, API's, LLM's, gaming, design, casinos, provably fair betting, fintech, and security applications.
Trusted Features
Quantum Computer Proof
✅ Truly Unpredictable
Scalable
✅ From Digital API > Hardware TRNG
True Entropy
✅ Physically unpredictable (distributed and mixed variable hardware sources)
Regulator-Ready
✅ Verifiable (/verify endpoint with timestamps)
⚡ Experience True Randomness Live
See our TRNG in action with these interactive demos. No registration required.
Provably Fair Casino
Slots & Roulette powered by physical entropy
Watch true randomness determine slot reel combinations and roulette outcomes. Every spin is backed by camera entropy and cryptographically verified.
Cryptographic Tools
Nonces, API keys & audit draws from physical entropy
Generate cryptographic nonces, secure API keys, and verifiable audit draws—all from the same physical entropy source.
Why Choose Aegis Optikon
Randomness is the foundation of trust in modern systems. Most random number generators are either pseudo‑random math functions or opaque hardware boxes you're told to trust. We're changing that.
Physical Entropy Sources
Real-world noise, not deterministic algorithms. True unpredictability from the physical world.
BLAKE3 Cryptographic Mixing
Military-grade hashing creates irreversible, tamper-evident chains of randomness.
Full Transparency
Query pool states, inspect history, verify outputs. No black boxes, just provable randomness.
Casino-Grade Reliability
Built for high-stakes environments with audit trails and regulatory compliance in mind.
Who Needs True Randomness?
Fintech & Blockchain
Cryptographic keys, nonces, tokens. Should never depend on single-source or pseudo randomness. Essential for banking, trading, wallets and secure communications.
Casinos & iGaming
Provably fair draws and game outcomes backed by verifiable TRNG that regulators can audit. Perfect for slot machines, card shuffling, and lottery systems.
Developers & Platforms
Simple HTTPS API for secure randomness in apps, games, services, and internal tooling. Scalable from hobby projects to enterprise platforms.
Live Transparency
See our True Random Number Generator in action. This is what makes Aegis Optikon different.
Current Pool State
Loading current pool state…
Updates every 5 secondsRecent Entropy Contributions
Loading recent history…
Verification Endpoints
Use these endpoints to verify randomness authenticity:
GET /verify?entropy=...×tamp=...&bytes=...&counter=...
POST /verify-stream for batch verification
How It Works
Aegis Optikon is a layered True Random Number Generator made from sensor camera entropy. True unpredictability designed for transparency from day one.
Layer 1: Bad camera pixels (true entropy source)
↓
Layer 2: Self-modifying cipher with Key1/Key2
• Keys refresh unpredictably based on entropic values
• Mixing algorithm itself changes during operation
• Fresh entropy constantly re-keys the system
↓
Layer 3: Blake3 (cryptographic hash)
↓
Layer 4: Output to server & Self-modifying Mix with other entropy sources
↓
Step 5: You get variable size requests with your personal API
Step 1: Physical Entropy Collection
Distributed camera sensors capture real-world noise from "bad pixels" — physical imperfections in camera sensors that create true quantum-level unpredictability. This physical randomness is the foundation of our True Random Number Generator.
Step 2: Self-Modifying Cipher with Dynamic Keys
Our proprietary innovation: a self-modifying cipher that uses Key1 and Key2 which refresh unpredictably based on entropic values. The mixing algorithm itself changes during operation, with fresh entropy constantly re-keying the system. This creates a moving target that's impossible to predict or reverse-engineer.
Step 3: BLAKE3 Cryptographic Mixing
Each contribution is mixed using BLAKE3, creating irreversible chains of cryptographic security. This military-grade hashing ensures that even if someone knew the pool state, they couldn't work backwards to determine inputs.
Step 4: Server Mixing & Multi-Source Entropy
Outputs feed into our server infrastructure where they undergo additional self-modifying mixing with other entropy sources. This distributed approach ensures no single point of failure and maximum unpredictability.
Step 5: Your Personal API Output
Finally, you receive variable-size random outputs through your personal API key. Whether you need 8 bytes or 8KB, each request delivers pure, verifiable true randomness from our multi-layered TRNG engine.
Simple, Transparent Pricing
Start with our free tier (no credit card), scale as your needs grow. All plans use the same high-quality True Random Number Generator engine.
See All Plans & Detailed ComparisonFree Tier
1MB/month • Perfect for testing
$0/month
Per-Request Tier
No total data or total request limit
$0.00032 per 32-byte request
Starter Tier
1 GB/month
$15/month
Get Started in Minutes
Register for a free API key and start getting true random numbers immediately.
curl "https://api.aegisoptikon.com/random?bytes=32" \ -H "x-api-key: YOUR_API_KEY"
fetch("https://api.aegisoptikon.com/random?bytes=32", {
headers: { "x-api-key": "YOUR_API_KEY" }
})
.then(r => r.json())
.then(data => console.log(data.randomness));
import requests
response = requests.get(
"https://api.aegisoptikon.com/random",
params={"bytes": 32},
headers={"x-api-key": "YOUR_API_KEY"}
)
print(response.json())
const apiKey = "YOUR_API_KEY";
const res = await fetch("https://aegisoptikon.com/random?bytes=32", {
headers: { "x-api-key": apiKey }
});
console.log(await res.json());
package main
import (
"fmt"
"io/ioutil"
"net/http"
)
func main() {
req, _ := http.NewRequest("GET",
"https://aegisoptikon.com/random?bytes=32", nil)
req.Header.Set("x-api-key", "YOUR_API_KEY")
res, _ := http.DefaultClient.Do(req)
body, _ := ioutil.ReadAll(res.Body)
fmt.Println(string(body))
}
use reqwest::header::HeaderMap;
#[tokio::main]
async fn main() {
let mut headers = HeaderMap::new();
headers.insert("x-api-key", "YOUR_API_KEY".parse().unwrap());
let res = reqwest::Client::new()
.get("https://aegisoptikon.com/random?bytes=32")
.headers(headers)
.send()
.await
.unwrap()
.text()
.await
.unwrap();
println!("{}", res);
}
$apiKey = "YOUR_API_KEY";
$url = "https://aegisoptikon.com/random?bytes=32";
$opts = [
"http" => [
"header" => "x-api-key: $apiKey"
]
];
echo file_get_contents($url, false, stream_context_create($opts));
?>
Frequently Asked Questions
How is Aegis Optikon different from Random.org?
1) We use physical entropy sources with cryptographic mixing and
2) provide full transparency APIs. You can verify every random number,
3) we're more affordable
Is it suitable for regulated casinos?
Yes! Our architecture is designed specifically for regulatory compliance with full audit trails and verification capabilities.
Can I verify the randomness myself?
Absolutely. Every output comes with cryptographic proofs that can be independently verified using our public verification endpoints.Read More
What's the free tier limit?
Free tier includes 8-16-32-byte-requests until 1MB/month of true entropy is used up. Perfect for testing and small projects. No credit card required.
On‑Prem Licensing
Some environments cannot depend on any external True Random Number Generator, no matter how transparent the API is. For casinos, fintech, security, and government use‑cases, Aegis Optikon soon offers engine licensing and tailored deployments.
On‑Prem & Private Cloud
Deploy the Aegis Optikon engine inside your own infrastructure, including air‑gapped and regulated environments.
Custom Integrations
Integrate the True Random Number Generator core into existing platforms, hardware RNG stacks, or internal services.
Certification‑Ready
Designed with auditability and verification in mind, to support casino RNG certification and other regulatory frameworks.
For On-Prem licensing and in‑house engine integration, contact us to discuss architecture, requirements, and deployment models.
This image was made from a prompt with Copilot.
Ready for Truly Random Numbers?
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