Helios
Secure, sandboxed agentic runtime. Recursive language models that write code, run it in a live interpreter, then call themselves.
View on GitHubForward-deployed strike teams. We design and build your critical software and agentic systems, from architecture to deployment. We just love building. No bloat. No slop.
Faster than traditional agencies
Capital to engineering
Talent floor
First deployment
Decades of tenure at platforms the world runs on. Now deployed in the most regulated stacks in the world.
Most enterprises run on 100+ disconnected tools. Fragmented data. Retrofitted AI. Workflows frozen by what each vendor will permit. The architecture is the bottleneck, not the tooling.
The Solution
Semantics, reasoning, surface. Each composable, each yours.
Every source: EHRs, claims, transactions, SKUs. One queryable graph modeled the way your domain actually works. Not the way each vendor permits.
Agents that use recursive, code-based reasoning. A harness that is predictive, real-time, replayable. Built to be audited, not trusted on faith.
A unified workspace that adapts to the signal. Most cases auto-route in milliseconds. Edge cases route to humans with the audit chain attached. One surface, every decision.
Forward-deployed strike teams shipping AI-native, composable platforms to production. Healthcare and finance.
Six modules on a unified platform.
A unified, AI-native control plane across the trial lifecycle. Authoring, review, and analytics with humans in the loop at every step that matters.
12 wk to first deployment · 36 wk to Phase 1 live
Digital phenotyping infrastructure.
Hardened mobile data collection, high-speed ingestion, and an Auto-ML baseline. Production-grade infrastructure for behavioral signals at scale.
13 wk to MVP · 4 milestones · ready to scale
Forward-deployed work doesn’t run on off-the-shelf stacks. We built our own. Helios runs our agents. Sail provisions our dev environments. MIT-licensed, from the first commit.
Secure, sandboxed agentic runtime. Recursive language models that write code, run it in a live interpreter, then call themselves.
View on GitHubProvisions bare-metal servers and isolates AI coding agents in declarative dev environments. Blast radius: one container. Recovery: ninety seconds from a YAML file.
View on GitHubField Intelligence
Engineering notes, research commentary, and lessons from production deployments.
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How Singular uses system containers, rootless Podman, and declarative YAML configs to run isolated, multi-project AI agent environments on a single $50/month bare-metal server.
Read log
Study notes on why LLMs produce different outputs for the same prompt—even at temperature 0—and the batch invariance solutions that achieve 100% reproducibility.
Read log
In this blog post, we will discuss how to fine-tune Llama 2 7B pre-trained model using the PEFT library and QLoRa method. We'll use a custom instructional dataset to build a sentiment analysis model.
Read log