Adaptive Subnets

Scalable and Flexible Subnets

Altica leverages Adaptive Subnets and offers customizable blockchain environments tailored to modern application needs. Each subnet operates autonomously with adjustable consensus mechanisms and dynamic resource control, providing a scalable, modular foundation for a wide range of use cases, from real-time gaming to complex financial platforms.

Load Balancing

Even distribution of activity prevents congestion and maximizes throughput.

Elastic Scaling

Subnets automatically scale CPU, memory, and storage based on real-time demand.

Developer Friendly

Create and deploy on infrastructure that flexibly adjusts to your needs.

Instant Adaptation

Whether traffic spikes or slows, resources adjust instantly to keep your app running fast.

Scalability Reimagined

Adaptive Subnets offer flexible resource scaling for a variety of use cases, from decentralized finance platforms to gaming and enterprise solutions, ensuring top performance.

Built for Peak Moments

From high-traffic events to quiet periods, your subnet scales automatically. Whether you’re launching a token or running a game tournament, Elastic Scaling adjusts in real time.

Enterprise Applications of Adaptive Subnets

Enterprise solutions often demand high availability, reliability, and scalability. Adaptive Subnets deliver all three. Imagine a logistics company using a subnet during the holiday shipping rush. Elastic Scaling ensures the system can handle the increased load without delay.

Performance Optimization

Elastic Scaling ensures each subnet maintains low latency and high throughput, even during high-demand events. Resources scale automatically in real time, preventing congestion and keeping dApps fast, responsive, and reliable. As demand drops, excess capacity is removed to optimize cost and efficiency.

Consult our white paper to learn more about Adaptive Subnets and discover other innovative solutions from Aerion, with additional insights into our economic model and the long-term vision behind our ecosystem.

Unlike fixed shard models or Layer 2s that offload execution, Adaptive Subnets are independent, fully customizable blockchain instances with autonomous scaling and consensus selection.

Elastic Scaling is powered by decentralized orchestration protocols that monitor telemetry data (e.g., CPU load, memory usage, TPS) and trigger scaling operations through containerized validator deployment or horizontal replication within the subnet.

State transitions are managed using checkpointing and deterministic replay. Subnet state is cryptographically verified, and new nodes sync using fast state propagation protocols with fraud-proofing mechanisms.

Elastic Scaling preemptively allocates resources based on predictive modeling of usage trends, preventing congestion by provisioning validators before load thresholds are breached.