Same cluster. More throughput.

Same cluster. More throughput.

argentic runs inside the Spark, Hadoop, or other infrastructure you already have— no migration, no rewrites. Jobs that once processed but a fraction of your data, now process all of it.

argentic runs inside the Spark, Hadoop, or other infrastructure you already have— no migration, no rewrites. Jobs that once processed but a fraction of your data, now process all of it.

Infrastructure performance

Throughput — before

Throughput — with argentic

Same pipeline. Same data. Same infrastructure.

Measured results. See the data sheet.

Built for you: organisations with big data needs— financial services, life sciences, retail, and media.

Built by experts: distributed systems, high performance computing, and irregular computations.

Accelerate anywhere: retain your existing framework, residency, pipelines, and compliance.

Built for you: organisations with big data needs— financial services, life sciences, retail, and media.

Built by experts: distributed systems, high performance computing, and irregular computations.

Accelerate anywhere: retain your existing framework, residency, pipelines, and compliance.

The problem.

The problem.

The more my data grows, the narrower my pipelines' windows into the data become, the less accurate my results, and the harder my data is to move. Scaling infrastructure is not the answer. Software is.

How it works.

How it works.

argentic runs inside the infrastructure already deployed: Spark, Hadoop, and others. No data migration. No pipeline rewrites. No new hardware. The same cluster processes significantly more data, achieving throughput beyond what stock Spark reaches— across workloads, and without the scale-out costs.

your stack

argentic

Step change

Under the hood.

Data sovereignty, retained.

argentic accelerates in place. No separate cluster, no custom hardware, no migration path, no additional I/O. Retain industry compliance (FINMA, DORA), retain valuable data confidentiality.

Graph and irregular data, on one platform.

argentic is structure-agnostic: it makes no assumptions about the shape of your data. Its irregular computation engine, based on GraphBLAS, automatically parallelises and scales your workloads.

Data locality, capitalised.

argentic changes how data and work are distributed across your infrastructure. Through improved locality, nodes perform more useful work, driving the resulting step change in throughput.

Learns from usage. The advantage compounds.

argentic adapts to your data and your workloads— every run refines its partitioning and scheduling. Spark and Hadoop cluster utilisation rises, cost does not: same infrastructure, more data.

What argentic is not.

argentic is not a replacement for Spark, Hadoop, etc. It runs inside them, with no migration required.

argentic is not incremental. It claims improved infrastructure efficiency at one order of magnitude*.

argentic is not either cloud or on-premise. It scales equally well on both.

* For exact figures, baselines and cluster configuration, request the data sheet.

Knowingly built.

Knowingly built.

Rising utilisation. Falling cost.

Beyond improving your infrastructure's throughput, argentic learns from your workloads. The resulting compound gap cannot be closed by switching platforms— it can only be earned, by using argentic.

Data analysis requires regular and irregular computations, on structured and graph-shaped data. Today, this means two separate, incompatible tools— doubling infrastructure and scaling costs. argentic unifies both.

Making irregular, graph-shaped workloads run fast and scale out requires rare algorithmic and system expertise. Building custom solutions means redirecting your best engineers for years toward infrastructure, instead of the problem you set out to solve.

The compound advantage is part of why an early design partnership matters. What is shaped in the first months accrues for years.

with argentic

compound advantage

without argentic

usage over time →

↑ Throughput

without argentic

with argentic

compound advantage

↑ performance

usage over time →

Built for.

Financial services:
regulated data infrastructure

Data accumulating faster than infrastructure scales. Fraud and counterparty graphs requiring ever-larger clusters and narrower analytics windows. Outsourcing obligations (FINMA, DORA) make migration burdensome and in-place throughput gains valuable.

Life sciences:
sensitive data infrastructure

Genomic and clinical data accumulating faster than infrastructure scales. Drug-target networks requiring more capacity with each expansion— or narrower analysis than the research demands. Sensitive proprietary data, where on-premise scaling is the natural fit.

Retail and media:
real-time data infrastructure

Recommendation engine scaling that demands larger clusters as catalogue and user base grow. Real-time serving built on increasingly rough approximations as full-graph analysis becomes cost-prohibitive. A resource footprint that grows faster than the business justifies.

Seed programme.

Seed programme.

argentic is selecting a small number of enterprises as design partners— one to three, to begin.

This is not a sales process. It is an invitation to shape what gets built, from the inside, before anyone else has access to it.

We are reviewing registrations, with particular interest from financial services, life sciences, retail, and media organisations.

As an early-stage partner, you get

  • Early access ahead of general availability

  • Direct access to the team

  • Input into the product roadmap

  • Preferred terms as the platform matures

  • A head start on the compounding advantage.

the data sheet.

Our latest data sheet: throughput gains by workload class, with baselines and cluster configuration. Your email is all we need.