We Start With the Process, Not the Software
Most failed enterprise projects automated a broken process faithfully. Discovery maps how work actually happens — including the workarounds — before anything is designed.
SaaS Development
Software sold to many customers at once — tenancy, billing, onboarding and usage metering designed at the start, because retrofitting multi-tenancy later is close to a rewrite.
- Multi-tenant data isolation
- Subscription billing and plan logic
- Self-serve onboarding and trials
- Usage metering and quotas
What This Covers
SaaS Product Engineering
Software sold to many customers at once — tenancy, billing, onboarding and usage metering designed at the start, because retrofitting multi-tenancy later is close to a rewrite.
- Multi-tenant data isolation
- Subscription billing and plan logic
- Self-serve onboarding and trials
- Usage metering and quotas
- Tenant-level configuration
- Scalable release and rollout process
“AptenTech brought clarity to the entire development process. The team understood what we wanted, communicated consistently, and delivered a product that was both polished and practical to use.”
“The team was responsive whenever priorities changed and always explained the available options clearly. We appreciated their attention to detail and the smooth experience from development through launch.”
“AptenTech worked closely with our team instead of simply following a specification. Their suggestions helped improve several parts of the platform, and the final delivery matched our business requirements well.”
How We Deliver
Stage 01 of 06
Discovery & Process Mapping
How the work actually happens today, including the spreadsheets and workarounds. We define the MVP boundary, name what is deliberately out of scope, and agree how success will be measured.
Process mapFeature scopeOut-of-scope list
Technology We Use
JAJava Spring Boot
.N.NET Core
NONode.js
PYPython
GOGo
PHPHP / Laravel
Why Teams Choose Us
Architecture Decisions Made for Year Three
Service boundaries and data models are the choices that are expensive to reverse. We make them deliberately rather than defaulting to whatever ships fastest in week one.
Adoption Treated As an Engineering Concern
Enterprise software fails on adoption more often than on features. The people who will use the system daily are in design sessions, not just in UAT at the end.
Testing That Makes Change Safe
Unit, integration and end-to-end tests in the pipeline are what let a large system be changed frequently without fear. Without them, velocity becomes a defect backlog.
You Own Everything
Code, infrastructure, design files, runbooks and documentation are yours from day one, with a handover that leaves your team self-sufficient.
One Accountable Team
Strategy, design and engineering in one place — no gap between vendors where responsibility quietly disappears.
Questions We Are Asked
It depends on scope, integration surface and compliance requirements far more than on technology. A focused internal tool sits at the lower end; a platform replacing a core system with several integrations and an audit requirement sits considerably higher. We break every estimate down by workstream so you can see what each part costs and defer what is not needed for the first release.
A focused first release typically runs four to six months. Systems replacing core operations with multiple integrations usually run nine to eighteen months, delivered in phases rather than as one launch. We give a range with the assumptions written down rather than a single optimistic number.
Buy when your process is genuinely standard and a product fits without heavy configuration. Build when the process is a competitive advantage, when configuration cost approaches build cost, or when no product covers the integration surface. We assess this honestly in consulting — and we have told clients to buy.
Yes, and that is usually the only realistic option. We use a strangler pattern: characterisation tests against existing behaviour, then module-by-module replacement behind the interfaces people already use, so the business keeps running throughout.
Through an API-first integration layer with data mapping, idempotent processing and proper error handling. ERP, CRM, HRIS and legacy systems each get assessed during architecture, because integration is where enterprise projects most often overrun.
Threat modelling before code, then OWASP controls, secrets management, least-privilege access, encryption and dependency scanning in the pipeline. Regulatory requirements translate to specific technical controls, and we scope those in architecture rather than after a failed review.
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