Why teams are
switching to TAHO

Built for modern AI, edge, and high-throughput systems.

Next-gen infra software
Legacy orchestration platform
Startup Time
Microseconds
Seconds to minutes
Setup Complexity
Low (No containers/scripts)
High (YAML, Helm, etc.)
Efficiency
Optimized GPU/vCPU usage
Often inefficient
Deployment Options
Runs on cloud, on-prem, and edge
Primarily cloud-based
Ease of Use
Simple
Complex

FAQs

What exactly is TAHO?

TAHO is a high-performance infrastructure software. It radically accelerates workloads, significantly slashing your cost of compute.

How is TAHO different from Kubernetes or serverless runtimes?

TAHO isn’t another orchestrator. It’s a high-efficiency compute layer built for HPC, AI/ML, and always-on workloads. No cold starts, no YAML forests, and no orchestration sprawl. It takes your computing from seconds to milliseconds. Faster execution. Simpler scaling. Less overhead.

Can I deploy TAHO without rewriting everything?

Yes. TAHO runs alongside your existing workflows without interrupting them. To validate TAHO, you start with one workload, without disrupting your existing systems, then expand at your own pace. No major migration required, just add TAHO incrementally and watch the gains pour in.

Is TAHO Secure?

Yes. TAHO is secure by design with sandboxed execution and runtime isolation. It runs within your existing environment, adopting your current security posture. All node-to-node communication uses encrypted peer-to-peer networking, and data in transit is encrypted by default across edge, cloud, and hybrid deployments.

Who is TAHO best for?

TAHO is best for high-throughput, always-on compute. It excels at AI training and inference across multi-threaded workloads, LLMs, and simulation pipelines. It’s also ideal for infra leaders driving scale, speed, and performance. In plain speak, TAHO delivers significant cost savings by reducing compute waste and maximizing hardware utilization.

When is TAHO not the right fit?

TAHO isn't built for simple web apps, basic APIs, or projects with light, intermittent compute needs. It's designed for sustained, high-throughput workloads where performance and efficiency directly impact your bottom line. If you're not pushing serious compute, you don't need TAHO.

What are the performance gains I can expect?

You will see up to 10x the performance at 10% of the cost compared to legacy orchestration. TAHO is especially powerful on large, distributed, or always-on workloads like AI/ML, simulation, and data pipelines where compute never stops.

Do I have to replace all of my infra software at once?

No. TAHO plays nice with existing software and can run on the same machines as your current clusters and containers without disruption. This allows you to deploy across your infrastructure at your own pace. Start small, scale when ready.

Still have questions? Get in touch.

hi@taho.is