Custom Software
Web platforms, mobile apps, APIs, and internal tools — architected for scale and built to be maintained.
We design, prototype and deploy software, AI systems, automations, 3D-printed hardware, and robotics — end-to-end, across silicon and atoms. One team, one pipeline, five disciplines.
Most vendors operate in a single lane. ATMAS links the full stack — from a line of TypeScript to a servo on a CNC-milled frame. That's how we ship products that feel impossible from the outside.
Web platforms, mobile apps, APIs, and internal tools — architected for scale and built to be maintained.
From LLM-powered copilots to computer-vision pipelines and forecasting models — shipped, not demo'd.
Workflow engineering that replaces manual ops with reliable, observable pipelines. Hours back per week.
CAD-to-part in days. FDM, SLA, and SLS for functional prototypes, enclosures, fixtures, and small-run production.
Embedded firmware, motion control, and computer-vision-guided systems — integrated with your software stack.
Every project starts fuzzy. Our four-phase process resolves that fuzziness into a product — with the same team accountable from first whiteboard to final deploy.
Research, stakeholder workshops, constraints mapping. We codify what "done" means before writing code.
System architecture, UX flows, CAD models, and prototypes. Decisions become artifacts, not slides.
Weekly builds, cross-discipline standups, and a single shared backlog across software, ML, and hardware.
Staged rollout, monitoring, handoff. We don't disappear after launch — we measure, iterate, and hand you the keys.
A sample across the five disciplines. Anonymized where required. Every project listed was deployed to production — no concept work, no deck-ware.
ATMAS is a small, senior team of software engineers, ML researchers, mechanical designers and roboticists. We take on projects that sit across disciplines — where the bottleneck isn't a single skill but the integration of many.
We believe the next decade of technology will be won by teams that can move fluently between silicon and atoms. That's the bet we're making, and it's the team we've assembled.
A sample of public repositories from github.com/Atmas — libraries, toolchains and references we use every day.
Tell us the problem, not the spec. We'll come back within 48 hours with questions, a rough timeline, and whether we think ATMAS is the right shop for what you need.