Enterprise Software Development Services for US & EU Operators

Yes. We sign Master Services Agreements with US and EU procurement teams as standard, including DPAs under GDPR Article 28, BAAs on request for HIPAA workloads, and standard contractual clauses for cross-border data. We complete vendor security assessments (CAIQ, SIG Lite, custom questionnaires), supply evidence packs for ISO 27001 controls, and accept enterprise-specific clauses on IP assignment, audit rights, sub-processor approval, insurance, and termination. Average legal cycle for a Fortune 1000 MSA is four to six weeks.

GDPR-aligned across all delivery: EU data residency, named DPO contact, breach notification SLAs in writing. ISO 27001 ready with an internal ISMS, asset register, access reviews, and quarterly risk assessment. SOC 2 Type II is in progress with a Big-Four-grade auditor. For your engagement we map controls one-to-one against your own SOC 2 or ISO scope, run engineers on managed endpoints with SSO, MFA, encrypted disks, and isolated repositories, and feed evidence directly into your audit workpapers.

We staff integration engineers who have shipped to SAP S/4HANA (OData, IDoc, BAPI), Salesforce (Apex, Platform Events, Connect), Workday (RaaS, REST), Okta (SCIM, SAML, OAuth2), and Active Directory / Entra ID. Standard pattern is an event-driven integration layer (Kafka or RabbitMQ) with idempotent consumers, schema registry, and a dedicated integration test suite that runs against vendor sandboxes. We respect change windows, freeze periods, and your existing iPaaS (MuleSoft, Boomi, Workato) where one is in place.

Yes. We design and operate platforms with stated RTO and RPO targets, multi-region active-active or active-passive deployments on AWS, Azure, or GCP, and DR runbooks tested on a quarterly cadence. Standard primitives: Kubernetes across two regions, managed Postgres or Aurora with cross-region replication, Kafka MirrorMaker 2, infrastructure as code in Terraform, secrets in Vault, observability via Datadog or Splunk. On-call coverage is 24/7 with documented incident severities and post-incident reviews.

Every change is traceable from ticket to production: signed commits, mandatory code review with separation of duties, automated security scans (SAST, SCA, container, IaC), CI/CD gates, and approvals recorded in Jira and Git. Production deploys require dual approval and are logged with timestamp, actor, and artifact hash. We integrate with your change advisory board, respect freeze windows, and produce evidence on demand for SOX, SOC 2, ISO 27001, PCI DSS, and HIPAA audits without slowing the release train.

Enterprise work is fixed-scope and quoted all-in in USD, tiered by weight. An integration or enhancement engagement runs from $9,200 (4–8 weeks); a custom enterprise system from $28,700 (10–18 weeks); an ERP or complex multi-system platform from $68,900 (20–32 weeks). What moves the number is the integration surface, the compliance scope (PCI DSS, HIPAA, ISO 27001, SOC 2), the availability target and the seniority mix. You see the line-item budget at the end of discovery and sign off before any code is written. There is no recruitment markup, no tool surcharges and no hidden fees; cloud fees run on your own accounts, so you keep the cost lever.

Multi-entity billing is an architectural concern that must be addressed in the data model, not bolted on later. We design the entity, legal entity, and cost-centre hierarchy in discovery and implement it as a first-class domain concept: transactions are tagged to a legal entity at creation, currency conversion is applied at a defined rate source (ECB daily rates, bank mid-market, or a treasury-managed rate table), and the revenue recognition output is partitioned by entity and currency for import into NetSuite, SAP FI, or Oracle Financials. Intercompany eliminations and cross-entity transfer pricing are handled at the reporting layer with documented rules, not manual journal entries. For subscription and usage-based billing we integrate Stripe Billing or Chargebee with a multi-entity accounting adapter so revenue is recognised against the correct legal entity without a manual reconciliation step. For enterprise procurement billing — purchase orders, invoices, 30/60/90 net terms, early payment discounts — we implement the accounts-receivable workflow as a domain module with configurable dunning, credit-hold rules, and an audit trail suitable for SOX or IFRS 15 compliance.

Zero-downtime database migrations require the migration to be backward-compatible with the running application version, which means the migration and the application deployment are planned and executed as a two-phase operation. Phase one: deploy the migration that is backward-compatible with the current application (add a column with a nullable default, add an index concurrently, backfill data in a background job with a configurable batch size). Phase two: deploy the application code that uses the new schema, then clean up the compatibility shim in a subsequent migration once the old application version is fully retired. We enforce this pattern through a migration review checklist in every sprint: no migration that locks a table for more than 50 milliseconds ships without a documented alternative, and long-running migrations are always run outside the deploy pipeline against a production-scale data clone before the production execution window. For PostgreSQL we use concurrent index creation, partial backfills, and the pg_repack extension for table rewrites; for MySQL/MariaDB we use gh-ost or pt-online-schema-change where table locks would otherwise block production traffic.

We treat your internal IT and security teams as stakeholders with sign-off authority at defined checkpoints, not as compliance reviewers at the end of the project. In discovery, we run a joint architecture review with your security officer, solution architect, and internal IT lead to validate the hosting topology, integration patterns, and access model before any code is written. During the build, we run managed endpoints for all engineers (encrypted disks, SSO, MDM), operate in isolated repositories with per-engineer access logs, and provide monthly evidence exports for your vendor security posture tracking. At the hardening phase, we run a joint security review against your internal security framework — whether that is NIST CSF, ISO 27001, CIS Controls, or a proprietary checklist — and resolve findings within the agreed remediation SLA. For vendor security assessments (CAIQ, SIG Lite, custom questionnaires), we complete them within the procurement window and escalate questions to our internal security officer within 24 hours. We have aligned with Fortune 1000 and FTSE 250 security teams on enterprise builds and understand that the internal security process is not a checkbox — it is a shared operating requirement.

Yes — structured knowledge transfer is a named phase in every enterprise engagement, not an afterthought. We plan the transfer sprint at the project scoping stage: the length and depth depend on the system complexity and your team's existing knowledge of the codebase. A typical transfer includes pair sessions between our engineers and your team on the three to five most operationally complex areas (typically the integration layer, the data migration tooling, and the observability runbooks), a recorded architecture walkthrough covering the C4 model and the key architecture decision records, and a handover checklist signed off by both parties before the engagement closes. For platforms where your team will own on-call from day one, we run a simulated incident exercise with your engineers before handover: we introduce a synthetic failure in a non-production environment and walk through the detection, diagnosis, and remediation process together. This is the same discipline that produced the Warehouse WMS handover, where the client's operations team ran the system independently from day one of post-handover production.