Internal Developer Platforms
A platform teams build on top of, covering environments, deployment and the common services every application needs.
Platform Engineering
The shared foundation your product teams build on, so each one stops solving the same problems.
Overview
Once more than one team is shipping software, the same concerns appear repeatedly — environments, deployment, identity, observability, shared services. Solved separately, they diverge and multiply. Nextherrion builds the internal platform that solves them once, with paved paths teams choose because they are faster, not because they are mandated.
Internal platforms, shared services, developer tooling and the golden paths that make the sensible route through them the easy one.
Shared Services & Components
Authentication, notification, audit, file handling — implemented once and consumed, rather than rebuilt per application.
Golden Paths & Templates
Opinionated starting points for new services, so a team begins with logging, testing and deployment already in place.
WHAT WE DO
Platform Engineering Services We Offer
Environment Management
Consistent, reproducible environments, so the difference between staging and production stops being a source of surprises.
Developer Experience Tooling
Reducing the friction between writing a change and seeing it run — usually the largest unmeasured cost in an engineering organization.
Platform Observability
Making the platform itself inspectable, so teams can see what their services are doing without building monitoring per application.
Self-Service Provisioning
Letting teams obtain what they need — a database, a queue, an environment — without a ticket and a wait.
Platform Governance
Standards for security, access and compliance built into the platform, so following them is the default rather than a checklist.
OUTCOMES
What a Platform Changes
A platform works when teams adopt it because it is faster than the alternative. If adoption has to be enforced, the platform is the problem.
- Common problems solved once
- Faster path from change to production
- Consistency without policing
- Standards built in, not bolted on
- Less duplicated infrastructure work
- New services started in hours
FAQ
Frequently Asked Questions
When does a platform make sense?
Usually past three or four teams shipping independently. Below that the coordination cost of a platform outweighs the duplication it removes.
Is this the same as DevOps?
Related but not identical. DevOps is a way of working; platform engineering is building the product that makes that way of working the easy one.
Will teams actually use it?
Only if it is faster than what they do now. We build around the friction teams report rather than the standards an architecture group would prefer.
Do we need Kubernetes?
Not necessarily. It suits some estates and is substantial operational overhead for others. That is an assessment, not a default.
How long before it is useful?
The first paved path can be usable early. A platform delivered complete before anyone uses it usually solves problems teams did not have.
Who runs the platform afterwards?
Ideally your own team, which is why handover and documentation are part of the build rather than something at the end.
TECHNOLOGY
Built on Industry Leading Technology
AI and Generative AI, agent frameworks, cloud platforms, data tooling and modern application stacks — chosen per problem rather than per preference.
HOW WE DELIVER
Platform Engineering Process
- 01Team & Workflow Discovery
- 02Friction Assessment
- 03Platform Scope Definition
- 04Architecture & Standards
- 05Build & Onboard First Team
- 06Iterate on Adoption
- 07Operate & Extend
Are your teams solving the same problems separately?
Start with a friction assessment — what actually slows a change from written to running.