Create secure, quantum-resistant applications with our comprehensive developer tools and APIs. Join the future of mobile security.
pip install qwamos-sdk qwamos init my-secure-app cd my-secure-app
from qwamos import VM
vm = VM("my-app")
vm.configure(memory=2048, cores=2)
vm.start()
qwamos build --target arm64 qwamos sign --key release.key qwamos deploy
from qwamos.security import Crypto, KeyStore
# Generate quantum-safe keypair
crypto = Crypto()
keypair = crypto.generate_keypair(
algorithm="ML-DSA-87"
)
# Store securely
keystore = KeyStore()
keystore.store(keypair, "my-app-key")
# Sign data
signature = crypto.sign(
data=app_binary,
key=keypair.private_key
)
# Verify signature
valid = crypto.verify(
data=app_binary,
signature=signature,
key=keypair.public_key
)
from qwamos.vm import VMManager, VMConfig
# Configure VM
config = VMConfig()
config.memory = 4096 # MB
config.cores = 2
config.network = "isolated"
config.storage = "encrypted"
# Create and start VM
manager = VMManager()
vm = manager.create_vm("dev-env", config)
vm.start()
# Monitor resources
stats = vm.get_stats()
print(f"CPU: {stats.cpu_usage}%")
print(f"Memory: {stats.memory_usage}MB")
# Snapshot VM state
snapshot = vm.create_snapshot("v1.0")
vm.restore_snapshot(snapshot)
Command-line interface for building, testing, and deploying QWAMOS applications.
qwamos init # Create new project qwamos build # Build application qwamos test # Run security tests qwamos deploy # Deploy to device qwamos monitor # Real-time monitoring
Automated security analysis and vulnerability scanning for QWAMOS applications.
• Fuzzing framework • Memory leak detection • Cryptography validation • VM escape testing • Network isolation checks
Profile and optimize your applications for the QWAMOS virtualized environment.
• CPU utilization • Memory allocation • I/O operations • Network latency • Crypto performance
End-to-end encrypted messaging with post-quantum cryptography.
from qwamos.apps import SecureApp
from qwamos.crypto import E2EEncryption
class SecureMessenger(SecureApp):
def __init__(self):
super().__init__("secure-messenger")
self.encryption = E2EEncryption()
def send_message(self, recipient, message):
# Generate ephemeral keys
session_key = self.encryption.generate_session()
# Encrypt message with Kyber-1024
encrypted = self.encryption.encrypt(
message,
recipient.public_key,
session_key
)
# Sign with ML-DSA-87
signature = self.sign_data(encrypted)
# Send through Tor
self.network.send_anonymous(
recipient.onion_address,
encrypted,
signature
)