Sabi designs your multi-agent systems and deploys them on your infrastructure, on the fleet and security layer we already operate. The hard part is built, so you ship in weeks instead of two quarters.
Runs on-prem, in your VPC, or air-gapped, built for enterprises operating agents under real compliance constraints.
The production fleet your agents run on: sandboxing, state, lifecycle, and channels, operated as one system instead of stitched together per project.
Network-layer containment for agent fleets: credentials, policy, and audit enforced on the wire, below the SDK, where a compromised agent can’t reach them.
Live, hands-on demonstrations, not slideware, with leaders across technology and capital.
Covered in WIRED, Decoder, and the New York Post. 5.7M views on the launch post.
With Accel, Initialized, and Kevin Weil. Scout checks from Greylock, a16z, Sequoia, General Catalyst, and Kleiner Perkins.
A 70K-sensor neural wearable, and the largest non-invasive neural dataset on record.
From Carnegie Mellon ML, Stanford and MIT AI labs, Meta, Magnus Medical, Ray-Ban Meta, Motiv, GoPro, Amazfit, and Kraft Heinz.
Intelligence isn’t the bottleneck. Frontier models are good enough. The runtime is: months of fleet plumbing between a working demo and a system in production. Five problems every team hits at scale.
Per-tenant sandboxes and credential boundaries. In regulated industries, not a feature but a legal requirement.
Memory that survives sessions, restarts, and infra changes. Most agents forget, or remember wrong.
Lifecycle for thousands of environments: provisioning, idle teardown, state backup, and restore on any machine.
Web, Slack, Teams, API. Each speaks differently. One agent, three integrations to build and maintain.
Per-token billing breaks at fleet scale. The right architecture runs 4–10× cheaper at the same quality.
You choose the agent; we run everything beneath it: sandboxing, state, lifecycle, channels, and SDK plumbing. It’s the same layer our engineers use to put custom agents into production inside enterprises, fast.
We map agentic opportunities across your business units and rank them by impact, feasibility, and risk, before anyone writes code.
Our engineers embed with your team to build the system (tool-use, evals, and guardrails) in your codebase.
Live in your VPC or on-prem on open-source models. Variable API spend becomes fixed, owned capacity. No egress, no lock-in.
Every deployment runs inside your network. No customer data crosses the line, by design.
Open-source LLMs fine-tuned on your data: accuracy you own, sovereignty by construction.
Run-rate a fraction of the commercial API path, at the same quality bar.
Compute isolation isn’t credential isolation. An agent’s keys live in the same sandbox the agent runs in. One prompt injection and they’re gone. Sabi moves them out: secrets stay in a vault and are injected on the wire, below the SDK, where a compromised agent has no path to them.
No secrets in the sandbox. Keys live in a vault and are injected per request, on the wire.
Every outbound connection routes through the gateway. There is no path around it.
A tamper-resistant record of every call, ready for SOC 2 and HIPAA review.
Allow/deny lists, per-API rate limits, and PII detection, enforced at the wire.
Runs in front of E2B, Modal, Docker, or Kubernetes. Provider-independent.
A multi-agent swarm for the hard tail of customer issues: triage, reconcile order, vendor, and delivery data, apply refund policy within guardrails, then execute and close. Built in their AWS VPC on open-source models.
Autonomous paid-media operations across thousands of client accounts: bidding, audiences, creative, anomaly detection, and weekly reporting. Five specialist agents per account, each isolated, every action logged.
Indexed run-rate cost per million tokens on an equivalent reasoning task, measured across 2026 deployments. Same agent, same quality bar. An order of magnitude apart on cost.
You’ll meet the engineers who’d actually build it. In 60 minutes we scope your highest-ROI use case and walk a live reference architecture, on your stack, with your constraints.