We connect the applications your business already uses, improve how information moves between systems, and modernize outdated software in manageable stages.
As businesses grow, they add new applications without connecting the old ones. Teams end up moving information by hand, checking several systems and working around tools that were never designed to operate together.
Employees enter the same customer, order or financial information into several applications.
A possible direction: connect the relevant systems so approved data can be exchanged automatically.
Departments produce reports that disagree because their systems hold inconsistent information.
A possible direction: define the right data sources, mappings, validation rules and synchronization.
An important application still works but has become hard to maintain, extend or integrate.
A possible direction: decide which components remain, which improve and which may need replacing.
A process crosses several applications, with people transferring information between them.
A possible direction: design workflows that coordinate information and actions between supported systems.
See how information can move between business applications without forcing every department to give up the tools it already uses.
A fictional supplier runs a Sales CRM, an accounting application and an operations system. Orders are exported weekly and re-keyed by finance, work orders are forwarded by email, and status is chased by phone. Each system uses a different customer identifier.
Approved orders pass from the CRM to an integration layer that validates required fields, maps identifiers, creates an invoice request in accounting and a work order in operations, and returns status to the CRM according to agreed rules. Failed validations are held for review instead of being sent onward.
The interactive version of this scenario needs JavaScript. Actual integration designs depend on system capabilities, data requirements and business processes.
Whether two applications need to exchange information or a larger system needs to evolve over time, we help assess and implement a suitable technical approach.
Connect business applications so they exchange approved information and support coordinated workflows. The options depend on the interfaces each application provides.
API design and integration · authentication · third-party services · internal application connectivity
Reduce manual data movement and improve consistency through mapping, validation and synchronization designed for how current the data needs to be.
Mapping and transformation · scheduled or event-driven exchange · validation · reconciliation
Improve outdated applications in stages while preserving the business capabilities that still provide value. Modernization does not always mean a rewrite.
Architecture assessment · API enablement · interface modernization · refactoring · incremental replacement
Connect actions across systems, such as status updates, notifications and cross-system approvals, so important work does not depend entirely on manual handoffs.
Assess opportunities to improve architecture, deployment, hosting or maintainability. Not every application should move to the cloud.
Plan and carry out agreed data movement when applications are replaced, consolidated or upgraded, starting from an assessment of the source data.
We assess the available APIs, data structures, access requirements and technical constraints of each application before recommending an approach. These are categories, not certified vendor integrations.
Reliable integrations need more than an API connection. They need a clear understanding of data, business rules, access controls, failure handling and how the connected systems will operate over time.
send approved changes through supported interfaces
deliver checked, mapped data to the systems that need it
Field mapping, format transformation, duplicate handling, reconciliation and exception processing, because inconsistent data causes problems in every connected system.
Failure detection, retries with backoff, idempotent processing where required, exception queues and manual review. Payments and irreversible actions need extra controls, not blind retries.
Service authentication, least-privilege access, protected credentials, encryption where appropriate and clear data-access boundaries.
Dependency assessment, staged rollout, parallel validation where appropriate, cutover planning and rollback or contingency plans.
Health checks, error reporting, logs, processing status and alerting where configured. Ongoing support follows the agreed arrangement.
Undocumented dependencies, older technology, complex rules and limited APIs. An assessment finds the safest practical route; age alone is not a reason to rewrite.
The scenario above is illustrative. The work below is real, described only as far as it goes.
A corporate public website connected to content management and publishing tools, with an on-site digital assistant. Relevant here as platform and content integration work.
Not a core-banking, ERP or data-migration engagement, and not presented as one.
Read the Bank of Africa UK projectAdjacent engineering: NjiaOps, shown in the hero, is an operations platform we built. It shows how we structure operational data and interfaces; it is not a railway-infrastructure integration. Explore NjiaOps
We start by understanding your existing systems, then plan, test and introduce changes to suit the technical and operational needs of the project.
Applications, dependencies, data movement, processes, constraints and risks.
You review: systems inventory, dependency map and initial findings
Target architecture, methods, mappings, security, validation, deployment and rollback.
You review: solution design and implementation priorities
An agreed first component, tested for data exchange, rules, permissions and failure cases with protected data.
You review: an integration demonstration and test results
Release preparation, configuration, migration if required, cutover, operational checks and contingency.
You review: deployment readiness and cutover plan
Agreed monitoring, error resolution, maintenance, enhancements and documentation updates.
You review: handover documentation and the support arrangement
Deliverables depend on the agreed scope. Some engagements stop after the assessment. How we work
Not necessarily. We start by understanding which systems still meet your needs and which limitations must be addressed. Integration or incremental modernization is often more appropriate than complete replacement.
Yes. We work with internal technology teams to understand existing systems, coordinate requirements and implement agreed changes. Responsibilities and access are defined during the engagement.
Potentially. It depends on the application’s interfaces, architecture, data access and constraints. We assess those before recommending an approach.
We evaluate the options available, which may include supported data interfaces, file-based exchange, middleware or application changes. Direct database access or unsupported automation is not assumed to be safe; the right approach depends on the system.
We assess dependencies, plan stages, test critical workflows and define deployment and contingency procedures. The approach depends on the systems involved and how much disruption the business can tolerate.
Migration planning can include mapping, validation, reconciliation, testing and a controlled cutover. The checks are defined from the source and destination systems and the agreed scope.
Solutions can include logging, monitoring, error handling and recovery mechanisms. Support and incident-response responsibilities are set as part of the engagement.
Yes. We can provide agreed maintenance, monitoring, troubleshooting and enhancements, based on the systems involved and the support arrangement.
Tell us which applications you use, where information gets stuck and what you want to improve. We will help you explore a practical integration or modernization approach.
Not sure where the problem sits yet? Request a strategic review