End-to-end software development company

ForgeOps LABS

Software engineering for companies that need complete products: web apps, mobile apps, backend systems, cloud infrastructure, identity integrations, and the deployment discipline to keep them running.

Open-source systemsiOS productsCloud deploymentsIdentity platforms

Software development services

Complete software systems, not disconnected handoffs

ForgeOps LABS is shaped around the work already visible in the portfolio: systems programming, enterprise integrations, cloud deployment, product UI, and native app development.

End-to-end software development

Customer portals, internal tools, dashboards, admin surfaces, and full-stack product builds from idea to production.

Service details

Rust backend and systems engineering

Rust and Java services, APIs, workers, CLI tools, event pipelines, and performance-sensitive platform components.

Service details

Cloud, DevOps, and deployment automation

AWS, Cloudflare, containers, CI/CD, Terraform, observability, and repeatable deployment foundations.

Service details

iOS app development

Native iPhone products with polished user flows, offline-friendly data handling, and App Store support surfaces.

Service details

Identity and access platforms

Keycloak, LDAP, OIDC, DID, wallet-signed flows, authorization models, and enterprise access integrations.

Service details

Developer platforms and internal tooling

Feature management, SDKs, automation, testable release workflows, and tooling that makes teams move faster.

Service details

Engineering proof

A company story backed by real repositories

These projects show the delivery range ForgeOps LABS can bring to customer work: product surfaces, backend control planes, security protocols, data tooling, cloud deployment, and iOS apps.

GitHub profile

Programming language

AICore

Agent-native, IR-first programming language with deterministic tooling, structured diagnostics, contracts, and an LLVM backend.

RustLLVMCompilers

Feature management

FluxGate

Feature flag control plane, low-latency evaluation, approvals, rollout governance, metrics, and Spring Boot integration.

RustActixJava

Decentralized identity

Digital Trust Graph DID

Rust-first DID platform with lifecycle flows, wallet custody, OIDC/OIDC4 bridges, VC services, and chain integration paths.

DIDVCPolkadot

Directory services

OpenDR

Open-source LDAP server work that fits ForgeOps LABS' identity, directory, and enterprise integration depth.

RustLDAPIdentity
KCLI project visual

Developer tooling

KCLI

Kafka cluster inspection CLI for topics, brokers, consumer groups, tailing messages, and day-to-day platform debugging.

RustKafkaCLI
Audivella Audio Books project visual

iOS product

Audivella Audio Books

Audiobook product with a SwiftUI app, Rust backend, purchase-aware catalog access, offline chapter playback, reading insights, recommendations, and a static support site.

SwiftUIRustAWSStoreKit

iOS product

SpendTrail

Expense tracking app for iPhone and Apple Watch with quick entry, category trends, optional location context, iCloud sync, support, and privacy surfaces.

SwiftUISwiftDataCloudKitWatchKit
PlainHealth project visual

iOS product

PlainHealth

Privacy-first iPhone wellness app that turns approved Apple Health data into calm daily and weekly plain-English summaries.

SwiftUIHealthKitStoreKitLocal-first

Delivery model

From idea to deployed system

The operating model is pragmatic: understand the customer workflow, design the right architecture, build across the full stack, and leave deployment repeatable.

01

Clarify the business flow

Map users, data, integrations, constraints, and the first production milestone before writing unnecessary code.

02

Design the operating model

Choose the right architecture, deployment path, observability baseline, and ownership boundaries for the system.

03

Build the product surface

Deliver usable frontend, backend, mobile, infrastructure, and automation together instead of treating them as separate silos.

04

Ship and harden

Deploy through repeatable pipelines, verify behavior, document operations, and leave the system ready for the next release.

Practical software stack

Technology choices grounded in the project

RustJavaSpring BootReactSwiftUITypeScriptPostgreSQLKafkaLDAPOIDCAWSCloudflareTerraformDockerKubernetesGitHub Actions

Direct answers

Clear answers for buyers and answer engines

These concise answers make the service offering easy to understand, quote, and compare.

What does ForgeOps LABS build?

ForgeOps LABS builds end-to-end software for companies, including web applications, iOS apps, backend services, cloud infrastructure, identity integrations, and developer platforms.

Can ForgeOps LABS handle frontend, backend, and deployment together?

Yes. ForgeOps LABS can deliver React frontends, Rust or Java backends, databases, AWS and Cloudflare infrastructure, Terraform, GitHub Actions, and deployment verification together.

Does ForgeOps LABS build iOS applications?

Yes. ForgeOps LABS builds native iOS applications with SwiftUI and can also create support, privacy, and product websites for launch.

What technologies does ForgeOps LABS use?

ForgeOps LABS works with Rust, Java, Spring Boot, React, TypeScript, SwiftUI, PostgreSQL, Kafka, LDAP, OIDC, AWS, Cloudflare, Terraform, Docker, Kubernetes, and GitHub Actions.

Start the conversation

Bring the business problem. ForgeOps LABS can shape the software path.