Silicon & architecture
Dataflow, memory hierarchy, fabric, and programmability shaped around AI workloads.
HOLYCORESABOUT HOLYCORES
Rebuilding compute for the intelligence era.
Open architecture and full-stack co-design from cloud to edge.
ABOUT HOLYCORES
Open compute for the intelligence era.
HOLYCORES is a systems technology company focused on AI compute. Open architecture and full-stack co-design connect cloud, datacenter, and edge so silicon, systems, software, and real workloads can evolve as one platform.Cards & systems
Compute, networking, power, cooling, and management combined into verifiable products.
Software platform
HOLYFLOW connects models, compilers, operators, runtime, analysis, and deployment.
Solutions engineering
Evidence-led platform choices and adoption paths beginning with customer workloads.
OUR THESIS
Compute will not happen in one place.
Intelligence needs cloud scale, datacenter control, and immediate response in the field. HOLYCORES treats them as one continuum connected by common architecture, software, and engineering methods.
From cloud, to edge. Let compute follow the constraints of data, models, and the physical world.
MISSION · VISION · VALUES
Long-term thinking in every engineering decision.
Mission sets direction, values constrain the method, and verifiable outcomes measure progress.Make open compute a shared foundation for intelligent society.
Lower barriers to advanced AI computing and help more organizations build durable capability.
Be the open AI compute platform from cloud to edge.
Connect developers, customers, and partners through programmable architecture, complete software, and trusted engineering.
Truth, openness, ownership, and the long view.
Respect evidence and boundaries, share interfaces and knowledge, own outcomes, and choose durable technical paths.
INNOVATION SYSTEM
Innovation is a loop, not a single breakthrough.
HOLYCORES connects architecture, product, software, and customer validation in one learning system.Research
Turn model, algorithm, system, and semiconductor trends into testable architecture hypotheses.
Product definition
Translate workloads, markets, and engineering constraints into boundaries and success criteria.
Co-design
Iterate silicon, cards, systems, compilers, and runtime in parallel to expose cross-layer issues early.
Validation learning
Use models and real scenarios to build baselines and feed evidence into the next decision.
Open interfacesGive customers and developers room to extend
Hardware-software co-designOptimize system outcomes, not isolated peaks
Evidence ledPut data, conditions, and boundaries before claims
Learn quicklyUse focused validation to reduce long-term risk
SPECTESTTRACEIMPROVE
QUALITY & RELIABILITY
Quality is not final inspection. It is a lifecycle system.
Quality begins in requirements, architecture, and design. Traceable validation, change control, and closed-loop problem solving make reliability part of product definition.
- Design qualityRequirements, risk analysis, design rules, and testability
- Validation qualityAccuracy, performance, power, stability, and compatibility baselines
- Supply qualityPartner qualification, material traceability, and change control
- Customer qualityResponse, root cause, corrective action, and learning feedback
Certifications, production status, and reliability data are published only after the relevant audits and validation are complete.
RESPONSIBLE INNOVATION
Technology and responsibility must advance together.
Environmental impact, people, safety, supply chains, and business ethics belong in product and operating decisions.Energy and resource efficiency
Evaluate task-level system energy, utilization, and lifecycle efficiency—not peak power alone.
Safety, health, and inclusion
Build a workplace that respects differences, encourages speaking up, and protects wellbeing.
Responsible supply chain
Consider compliance, environment, labor, information security, and continuity alongside quality and delivery.
Talent and access
Use developer resources, industry collaboration, and education to create broader long-term value.
PARTNER ECOSYSTEM
Complex technology requires open collaboration.
Advanced compute depends on global, specialized coordination. We seek transparent, stable, and sustainable relationships across foundry, packaging, cards, servers, networking, software, models, and industries.
EDA & IPSILICONPACKAGINGSYSTEMSSOFTWAREMODELSHOLYCORES
OPEN COMPUTE
OPEN COMPUTE
PEOPLE & CULTURE
Great people solving genuinely hard problems.
We want a team driven by engineering judgment, shared goals, and mutual trust. Technical depth and cross-disciplinary collaboration matter equally; asking the right question and delivering a reliable result matter equally.
Stay curiousKeep learning architecture, software, and the real worldDebate honestlyPut facts and reasoning above hierarchy and habitOwn end to endCarry a problem from definition to user outcomeGrow togetherCreate durable paths for experts and leaders
Join HOLYCORES →GOVERNANCE & TRUST
Trust is foundational in a technology company.
Governance will mature with the company. Its principles begin on day one.Follow applicable laws and business standards; reject bribery, fraud, conflicts, and unfair competition.
Respect innovation and licensing boundaries with clear management of code, data, patents, and third-party rights.
Protect customer and company information through least privilege, data classification, secure development, supply-chain risk, and incident response.
Describe product status, validation conditions, capability boundaries, and risk accurately—never present a plan as a finished result.
FAQ
Meet HOLYCORES.
What kind of company is HOLYCORES?+
HOLYCORES builds open AI compute platforms spanning silicon, systems, software, and solutions engineering from cloud to edge.
What information is public today?+
This site presents technical direction, product planning, software architecture, engineering methods, and careers. Production, certifications, compatibility, and performance data will be published by maturity.
How can organizations work with HOLYCORES?+
Share a non-confidential workload, deployment environment, current baseline, and decision goal. We will define the right technical discussion or validation path together.
READY TO BUILD?