CoreExo significantly reduces software running costs by automatically optimizing the software binaries you already deploy — without needing access to the source code or the working environment.
Already have access? Analyze a binary →
Built for cloud-heavy software, infrastructure teams, vendors, and performance-sensitive systems
No source code required. CoreExo handles the entire optimization process — from analyzing the binaries and automatically creating a simulated execution environment, through profiling and identifying optimization opportunities, to optimizing and validating the resulting binary. We deliver the optimized binary.
We do everything for you, offline and automatically.
We automatically build a simulated environment and execute your binaries to understand real behavior and resource usage.
We identify optimization opportunities and automatically optimize the binary to use less CPU and memory.
We verify correctness and measure the improvements. You receive the optimized binary, ready for controlled deployment.
Upload your executables, binaries, or zip files — we’ll handle the rest.
Upload executables, binaries, or zip files for early-access analysis of resource usage and optimization potential.
Enter your access code, then select a binary to begin automated performance and optimization analysis.
Reduce CPU and memory consumption and lower your infrastructure bill.
Run more workloads on the same infrastructure.
Smaller resource usage means lower power and better efficiency.
Works on compiled binaries — even when source code is unavailable.
CoreExo helps AI systems make better use of fixed memory and compute budgets. By observing real workload behavior, we identify avoidable resource pressure so organizations can run larger local models and longer contexts—without changing source code or exposing sensitive workloads externally.
Protect memory needed for active model weights and KV cache.
Prioritize active workloads while safely reducing cold-memory pressure.
Built for on-prem and regulated environments where software and data must stay local.