Skayl provides an open‑architecture integration platform that embeds a Configurable Infrastructure Capability (CinC) across defense mission systems, enabling new sensors, payloads, and data links to be added through configuration rather than custom code.
Funding
Funding not disclosed
Founders
Product
Problem
Defense mission systems often require extensive custom code and full recertification for each new sensor, payload, or data link integration, leading to long development cycles, high costs, and delayed capability delivery.
Solution
Skayl offers an open‑architecture integration platform that embeds a Configurable Infrastructure Capability (CinC) across mission systems, allowing new functionalities to be added through configuration rather than code changes. The platform mediates data and protocol differences, provides model‑driven routing, and aligns with industry standards to maintain a certifiable infrastructure. By keeping existing OEM software untouched, upgrades can be deployed in days instead of months, reducing the need for repeated recertification and minimizing schedule slip. The deterministic integration approach scales linearly as additional systems are added, avoiding the exponential complexity of traditional application‑centric or message‑centric architectures.
Target Audience
Primary customers are defense contractors, system integrators, and military program offices responsible for integrating, upgrading, and maintaining complex mission‑critical platforms such as aircraft, ships, and unmanned systems.
Features
- Data mediation layer that normalizes heterogeneous sensor and payload formats
- Protocol mediation supporting multiple defense communication standards
- Model‑driven routing engine that automates message flow based on system models
- Standards‑aligned design ensuring continued certification compliance
- Configuration‑only integration workflow that eliminates the need for custom code
- Embedded substrate (CinC) that operates across existing mission system baselines