SEC.01 // DIRECTIVE
CLIENT SANDBOXING & WEBENGINE ISOLATION
All real-time code executions operate strictly within browser sandbox boundaries with zero elevated permissions.
- ▸WebAssembly (WASM) modules operate within strict linear memory heaps with bounds-checking to eliminate memory corruption vectors.
- ▸WebGL and WebGPU contexts are isolated per DOM canvas and cannot access host filesystem or external hardware sensors.
- ▸Zero native browser extensions or external binary plugins are required to run Kyro Forge engines.
SEC.02 // DIRECTIVE
WEBGPU COMPUTE & SHADER HARDENING
Custom shaders and compute kernels undergo rigorous validation before compilation to GPU hardware.
- ▸WGSL (WebGPU Shading Language) shaders are statically analyzed to prevent infinite execution loops and GPU device-loss crashes (TDRs).
- ▸Texture dimensions and vertex buffer allocations are strictly bounded to prevent host VRAM exhaustion.
- ▸Shader pipelines fall back gracefully to standard WebGL 2.0 or headless SVG representations if hardware faults occur.
SEC.03 // DIRECTIVE
NETWORK INTEGRITY & ENCRYPTED NETCODE
Multiplayer systems utilize cryptographic session establishment and server-authoritative state replication.
- ▸All WebRTC DataChannels are encrypted using DTLS 1.3 with AES-128-GCM cipher suites.
- ▸Game state is reconciled by authoritative servers; client inputs are validated against physical velocity invariants before acceptance.
- ▸Rate-limiting and packet size caps mitigate UDP amplification and packet flood vectors.
SEC.04 // DIRECTIVE
RESPONSIBLE VULNERABILITY DISCLOSURE
We welcome coordinated disclosure from the global security research community and pledge safe harbor for good-faith testing.
- ▸If you discover a potential vulnerability across our site, open-source libraries, or deployed demonstrators, please transmit details to: security@kyroforge.studio.
- ▸We commit to acknowledging all verified security reports within 4 hours.
- ▸We will not pursue legal action against researchers who test within our public scope without disrupting active services or accessing client data.
SEC.05 // DIRECTIVE
INFRASTRUCTURE HARDENING & DDoS SHIELD
Our web deployment layer operates across global edge networks with real-time DDoS mitigation and automated certificate renewal.
- ▸Edge routing protects origins against Layer 3/4 network floods and Layer 7 HTTP flood anomalies.
- ▸TLS 1.3 is enforced with HSTS (HTTP Strict Transport Security) preloaded.
- ▸Internal development environments require hardware-backed WebAuthn/FIDO2 MFA for all engineer access.
SYS.REPORT // VULNERABILITY DISCLOSURE
REPORT A SECURITY ANOMALY OR VULNERABILITY
Direct high-priority security transmissions to security@kyroforge.studio. Include proof-of-concept steps and target environment details.
TRANSMIT SECURITY DISCLOSURE→